From nobody Fri Nov 1 02:06:31 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 15B3B120152 for ; Fri, 1 Nov 2019 02:06:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.997 X-Spam-Level: X-Spam-Status: No, score=-1.997 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, HTML_MESSAGE=0.001, MIME_QP_LONG_LINE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=forgerock.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JD_J0Jkjxz_c for ; Fri, 1 Nov 2019 02:06:26 -0700 (PDT) Received: from mail-wm1-x333.google.com (mail-wm1-x333.google.com [IPv6:2a00:1450:4864:20::333]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 8AEC412012E for ; Fri, 1 Nov 2019 02:06:25 -0700 (PDT) Received: by mail-wm1-x333.google.com with SMTP id 8so1405836wmo.0 for ; Fri, 01 Nov 2019 02:06:25 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=forgerock.com; s=google; h=content-transfer-encoding:from:mime-version:subject:message-id:date :cc:to; bh=SV34MieBGahjsaNFfJQShsOXpym3D3y3v9kqoHMBIYE=; b=W2O58ecG2FIeset/NmmWnA/0khLcJexK1P1G1tlGOcWjrgIfqpONPM+u63Cz4P7xeF loasr1YrbhF0OIeINOFgY4+6sueIPo9eF9g8nPRW6Uul7N6isFiiKMWRRJBenvEFrDNK dX3U5L6FsjwKOPqK9i1CFPktO4M641YlIdCqU= X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:content-transfer-encoding:from:mime-version :subject:message-id:date:cc:to; bh=SV34MieBGahjsaNFfJQShsOXpym3D3y3v9kqoHMBIYE=; b=ff2TCfwiYU/HVzaQMuyc5o0IVlWPYovzvcEKE6lblwJY/rbDuYW+g+ChJGQ4bv6UDp V+M9dJaGjI8fpOO53SvWBh0HYfSWL/hI6Aegpa2LN/xzwQDlQLFW1Lpld82u6PP2q8kF Ntn0vNXr3Y0krBXsV/gOwcaPqxqxmI2dxOAIDj1dNcZ2X/CFNcjd0bWLN999aPwAfW6b X8bfN5hapZMUdvYxVKRXFtmK0+HTvuaeM/be0cA6xDtTRGydtyEh6+PXLs1umTKg3WyO dTh1lXEmqESWLc65Zj2diWuhvBrCQnOHzcEkRFeeB3aVoSmjbBHIo22IwmMlvC/dT5Bz HSMg== X-Gm-Message-State: APjAAAXqZlcx2HVO8ugbVxdwiLpQuSlDdP/aBlEyppuZexDVaDXA8kgW 4bjgpjGlpAP4YOxlCxnFlVpW1ukNIG5HHFfxp029hDrv/tMHqAeETECCBHfePq0b7sWiuOEraoq taHqbsxAr8tywjmymox48mdQ/G4Z+1zFEVyCfsyiQUE7FsrnHWjgbvDvTLQjCiTw= X-Google-Smtp-Source: APXvYqyLbPQ+TUc4jn+2qAAYFCv7SGrMK8m+srUPBQ2rp5HBTf1eaLINzddrUbe86f6hiqs+JavFvw== X-Received: by 2002:a1c:6a1a:: with SMTP id f26mr2325722wmc.19.1572599183297; Fri, 01 Nov 2019 02:06:23 -0700 (PDT) Received: from ?IPv6:2a01:4c8:f:b76f:8df3:da5f:6b92:be99? ([2a01:4c8:f:b76f:8df3:da5f:6b92:be99]) by smtp.gmail.com with ESMTPSA id q14sm8914745wre.27.2019.11.01.02.06.22 (version=TLS1_3 cipher=TLS_AES_128_GCM_SHA256 bits=128/128); Fri, 01 Nov 2019 02:06:22 -0700 (PDT) Content-Type: multipart/alternative; boundary=Apple-Mail-36F29124-5779-4973-AA0D-E72B19D5EDD4 Content-Transfer-Encoding: 7bit From: Neil Madden Mime-Version: 1.0 (1.0) Message-Id: <5B45FBC4-F342-48BD-BE88-C8926673CB51@forgerock.com> Date: Fri, 1 Nov 2019 09:06:20 +0000 Cc: "oauth@ietf.org" To: "Richard Backman, Annabelle" X-Mailer: iPhone Mail (17A878) Archived-At: Subject: Re: [OAUTH-WG] [UNVERIFIED SENDER] Re: client certs and TLS Terminating Reverse Proxies (was Re: I-D Action: draft-ietf-oauth-jwt-introspection-response-08.txt) X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 09:06:28 -0000 --Apple-Mail-36F29124-5779-4973-AA0D-E72B19D5EDD4 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable =EF=BB=BF >=20 >> On 31 Oct 2019, at 21:09, Richard Backman, Annabelle wrote: > =EF=BB=BF > The comparison the bearer tokens is illustrative of the problems I and oth= ers are pointing out: > Bearer tokens are embedded in the value of the header, not the header itse= lf, which partially alleviates the concern I raised regarding request signin= g algorithms. > Bearer tokens are typically relatively short-lived, providing some mitigat= ion against exfiltration through logs. > Bearer tokens are typically dynamically generated, and are therefore less l= ikely to be embedded in source code or config files in a project=E2=80=99s r= epository. > Bearer tokens are called tokens, and are presented as secrets and are alwa= ys expected to be treated as secrets. > =20 > The random header name is effectively an infinite-lifetime, statically def= ined bearer token presented in a way that does not at all make clear and obv= ious that it is a secret that must be protected, and in fact makes it more l= ikely that it will be revealed, rendering it useless. And like all bearer to= kens, even under ideal conditions it by definition CANNOT BE USED TO AUTHENT= ICATE THE SENDER. Are you saying bearer credentials cannot be used for authentication? Passwor= ds? Session cookies? API keys? You can change the header name periodically if you really think it might lea= k. > =20 > There is a certain amount of irony in the idea of the security of a Mutual= TLS deployment ultimately coming down to a bearer-token header name passed b= etween the reverse proxy and the protected service. =F0=9F=98=82 Well if you don=E2=80=99t do this then in the situations where it would come= down to a bearer token, it currently comes down to absolutely nothing at al= l. Let=E2=80=99s have a look at some concrete examples, as they are rather easy= to find.=20 In 2014, Tomcat found and fixed CVE-2014-0099 that was an integer overflow b= ug that allowed arbitrary request smuggling when running behind a reverse pr= oxy, bypassing all request header sanitisation in the RP. If your app was tr= usting an X-SSL-Cert header for authentication then this is likely to lead t= o complete compromise. Here=E2=80=99s an example of some people who spent hours after a DoS attack b= efore they realised all the IP addresses in their server logs were spoofed b= ecause HAProxy hadn=E2=80=99t been configured to strip X-Forwarded-For heade= rs that the backend was trusting. https://serverfault.com/questions/868362/p= revent-x-forwarded-for-spoofing-in-haproxy?noredirect=3D1 Here=E2=80=99s another one with somebody wondering why their logs contain pr= ivate space IP addresses: https://serverfault.com/questions/908724/private-a= ddress-space-ip-found-in-x-forwarded-for Common theme: apps often blindly trust standard header names by default, whi= le reverse proxies/load balancers commonly forward them by default.=20 Here=E2=80=99s a security researcher writing about how to spoof an SSL clien= t certificate header and listing the commonly used header names for several r= everse proxies, along with simple ways to bypass header sanitisation: https:= //medium.com/@d0znpp/https-client-certificate-authentication-security-issues= -part-1-3-ae59514357b1 Here=E2=80=99s an old critical vulnerability in Shibboleth that led to arbit= rary spoofing of security attributes due to ambiguous normalization of heade= r names after filtering: http://shibboleth.net/community/advisories/secadv_2= 0060615.txt Here=E2=80=99s an example of people misconfiguring Envoy=E2=80=99s support f= or client certificate forwarding and then discovering it can be spoofed. htt= ps://www.bountysource.com/issues/70466221-correct-behavior-for-x-forwarded-c= lient-cert=20 Here=E2=80=99s an example of an app being misconfigured when parsing X-Forwa= rded-For headers behind an RP leading to a bypass of API key authentication:= https://github.com/home-assistant/home-assistant/issues/14345 If you search around of google or stack overflow you can easily find dozens m= ore examples of people being bitten by misconfigured RPs and apps trusting h= eaders. There is a good reason why Security Misconfiguration is in the OWASP= top 10.=20 Adding a random string to a header name means that in the majority of cases t= hese all-too-common failures don=E2=80=99t immediately lead to a catastrophi= c compromise of your app. Sure, its not a perfect solution, but it usually s= tops a common vulnerability being immediately exploitable. Wouldn=E2=80=99t y= ou rather that an attacker has to go to a little more trouble than trying a l= ist of a dozen widely used header names in this situation? It is not helpful to tell people not to make such a simple and essentially c= ost-free tweak to their configuration because in some world they might enabl= e trace-level logging of all request headers in a production environment, or= their network engineers might post packet captures in powerpoint presentati= ons, or they might simultaneously be using headers to communicate security i= nformation to the backend while allowing untrusted clients on the same netwo= rk to sniff network traffic in the clear. The alternative at the moment is to do nothing at all, which we know leads t= o potential vulnerabilities because there is ample evidence in the public re= cord. Stack overflow is a catalogue of people confused about configuring rev= erse proxy header forwarding. And yet This One Weird Trick Could Save You =46rom= Reverse Proxy Trusted Header Misconfiguration Vulnerabilities! > =20 > > if you forget to validate the signature *nothing fails* > =20 > Replace the HMAC with encryption and you solve that problem, as it forces t= he service to decrypt the value using the correct key in order to access the= client certificate data. Whether or not that=E2=80=99s worth doing is somet= hing we can debate in the context of an actual proposal. Sure, and if the final proposal for a standard header comes with optional/re= commended support for authenticated encryption of values (and reverse proxy v= endors actually implement it) then I=E2=80=99ll be happy enough. And when th= at finally reaches a good level of adoption I=E2=80=99d advise people to use= it. Just don=E2=80=99t make it a JWT with a choice of a dozen algorithms.=20= =E2=80=94 Neil --Apple-Mail-36F29124-5779-4973-AA0D-E72B19D5EDD4 Content-Type: text/html; charset=utf-8 Content-Transfer-Encoding: quoted-printable
=EF=BB=BF
On 31 Oct 2019, at 21:09, Richard Backman, Annabelle &l= t;richanna@amazon.com> wrote:

=EF=BB=BF

The comparison the bearer tokens is illustrative of t= he problems I and others are pointing out:

  • Bearer tokens are embedded in the value of the header, not the header i= tself, which partially alleviates the concern I raised regarding request sig= ning algorithms.
  • Bearer tokens are typically relatively s= hort-lived, providing some mitigation against exfiltration through logs.
  • Bearer tokens are typically dynamically generated, and are t= herefore less likely to be embedded in source code or config files in a proj= ect=E2=80=99s repository.
  • Bearer tokens are called tokens, and are presented as secrets and are always expected to be tr= eated as secrets.

 

The random header name is effectively an infinite-lif= etime, statically defined bearer token presented in a way that does not at a= ll make clear and obvious that it is a secret that must be protected, and in= fact makes it more likely that it will be revealed, rendering it useless. And like all bearer tokens, even= under ideal conditions it by definition CANNOT BE USED TO AUTHENTICATE THE S= ENDER.


Are you saying bearer credentials cannot be used for authentication? Pass= words? Session cookies? API keys?

You can change the header name periodically if you really think it mig= ht leak.

 

There is a certain amount of irony in the idea of the= security of a Mutual TLS deployment ultimately coming down to a bearer-toke= n header name passed between the reverse proxy and the protected service. =F0=9F=98=82


Well if you don=E2=80= =99t do this then in the situations where it would come down to a bearer tok= en, it currently comes down to absolutely nothing at all.

Let=E2=80=99s have a look at some concrete ex= amples, as they are rather easy to find. 

In 2014, Tomcat found and fixed CVE-2014-0099 that was a= n integer overflow bug that allowed arbitrary request smuggling when running= behind a reverse proxy, bypassing all request header sanitisation in the RP= . If your app was trusting an X-SSL-Cert header for authentication then this= is likely to lead to complete compromise.

<= div dir=3D"ltr">
Here=E2=80=99s an example of some people who spent hour= s after a DoS attack before they realised all the IP addresses in their serv= er logs were spoofed because HAProxy hadn=E2=80=99t been configured to strip= X-Forwarded-For headers that the backend was trusting. https://serverfault.com/questions/868362/prevent-x-forw= arded-for-spoofing-in-haproxy?noredirect=3D1

He= re=E2=80=99s another one with somebody wondering why their logs contain priv= ate space IP addresses: https://serverfault.= com/questions/908724/private-address-space-ip-found-in-x-forwarded-for

Common theme: apps often blindly trust standard head= er names by default, while reverse proxies/load balancers commonly forward t= hem by default. 

Here=E2=80=99s a security res= earcher writing about how to spoof an SSL client certificate header and list= ing the commonly used header names for several reverse proxies, along with s= imple ways to bypass header sanitisation: https://medium.com/@d0znpp/https-client-certificate-authenticati= on-security-issues-part-1-3-ae59514357b1

Here=E2= =80=99s an old critical vulnerability in Shibboleth that led to arbitrary sp= oofing of security attributes due to ambiguous normalization of header names= after filtering: http://shibboleth.net/community/advisories/secadv_2006= 0615.txt

Here=E2=80=99s an example of people mi= sconfiguring Envoy=E2=80=99s support for client certificate forwarding and t= hen discovering it can be spoofed. https://ww= w.bountysource.com/issues/70466221-correct-behavior-for-x-forwarded-client-c= ert 

Here=E2=80=99s an example of an app b= eing misconfigured when parsing X-Forwarded-For headers behind an RP leading= to a bypass of API key authentication: https://github.com/home-assistant= /home-assistant/issues/14345

If you search arou= nd of google or stack overflow you can easily find dozens more examples of p= eople being bitten by misconfigured RPs and apps trusting headers. There is a= good reason why Security Misconfiguration is in the OWASP top 10. 

Adding a random string to a header name means that in t= he majority of cases these all-too-common failures don=E2=80=99t immediately= lead to a catastrophic compromise of your app. Sure, its not a perfect solu= tion, but it usually stops a common vulnerability being immediately exploita= ble. Wouldn=E2=80=99t you rather that an attacker has to go to a little more= trouble than trying a list of a dozen widely used header names in this situ= ation?

It is not helpful to tell people not to make= such a simple and essentially cost-free tweak to their configuration becaus= e in some world they might enable trace-level logging of all request headers= in a production environment, or their network engineers might post packet c= aptures in powerpoint presentations, or they might simultaneously be using h= eaders to communicate security information to the backend while allowing unt= rusted clients on the same network to sniff network traffic in the clear.

The alternative at the moment is to do nothing at all= , which we know leads to potential vulnerabilities because there is ample ev= idence in the public record. Stack overflow is a catalogue of people confuse= d about configuring reverse proxy header forwarding. And yet This One Weird T= rick Could Save You =46rom Reverse Proxy Trusted Header Misconfiguration Vul= nerabilities!

 

> if you forget to validate the signature *nothing= fails*

 

Replace the HMAC with encryption and you solve that p= roblem, as it forces the service to decrypt the value using the correct key i= n order to access the client certificate data. Whether or not that=E2=80=99s= worth doing is something we can debate in the context of an actual proposal.


=
Sure, and if the final proposal for a standard header comes with o= ptional/recommended support for authenticated encryption of values (and reve= rse proxy vendors actually implement it) then I=E2=80=99ll be happy enough. A= nd when that finally reaches a good level of adoption I=E2=80=99d advise peo= ple to use it. Just don=E2=80=99t make it a JWT with a choice of a dozen alg= orithms. 

=E2=80=94 Neil
= --Apple-Mail-36F29124-5779-4973-AA0D-E72B19D5EDD4-- From nobody Fri Nov 1 09:38:08 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 18913120A8C; Fri, 1 Nov 2019 09:38:06 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.996 X-Spam-Level: X-Spam-Status: No, score=-1.996 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_FONT_LOW_CONTRAST=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ECywVNzaKrOc; Fri, 1 Nov 2019 09:38:04 -0700 (PDT) Received: from mail-io1-xd31.google.com (mail-io1-xd31.google.com [IPv6:2607:f8b0:4864:20::d31]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 539CB120A99; Fri, 1 Nov 2019 09:37:58 -0700 (PDT) Received: by mail-io1-xd31.google.com with SMTP id u8so11535590iom.5; Fri, 01 Nov 2019 09:37:58 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20161025; h=mime-version:references:in-reply-to:from:date:message-id:subject:to :cc; bh=OOlWUtdUCsL8iP2nZbYfJ5JLlvrxPaII0wsV218p4c8=; b=UMAZteTv7ZS1IeaqJdb8wwBv75PtkFb45ylJcCLf9FJpEb6Odne20JdVwv7jdP/f4r JTr20Iv9mvsMusB1XLBLf2+pCVnBNagpfJNXpURAwfx2nffy/T6kewGUdoKl6Vv1mibL Gickl9h9xbVLcWI2OhWmaqMDxaFGrxBmXR3Am2o39sfQbpGB0SxGnUcpESgMzJmPpbAj XBWtUIR+kEL9JbGOnNOAXZVvQCGP1jVintm0OCovDWsjbFkb8SHQjn8lE3BpG5IwURSM /QGKXy1v9WXA7+opCyhr5dtaoCLJGSrZapGwdm7H3XvV7y0076VDuQ5PQpOWEc+I85eW SE6g== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:mime-version:references:in-reply-to:from:date :message-id:subject:to:cc; bh=OOlWUtdUCsL8iP2nZbYfJ5JLlvrxPaII0wsV218p4c8=; b=iOdv4XLf9vr07IV9J1M5iNLGb9PMZljCVHFGHPDrI69MARGfHh40M/iBajI/+U5K0q /+VoH0JCwkEr//mhqHENl6FzfHhp5SGuE84m57FMs7TW7nbUHoKm6YE1rF1LcaDItf+V szr/T1Qr+SgkL9SZukf/ohrcvaXo01slL5jLJXZMvZ+PbD1IMaRBsBcRh02gJLgL2SdK LT0wwUFzjIyhMoqGhUVv9/ZzRKopanG7oxQrO+Whh2uD5T4E5ICOV8legRxWPGOUdpvY 6c1sb24zhUg1TSN5TXRpNfGMeYeNoeRUJkV1b+gignBGpx6j1+jPIKzoJu9WOcFKFq/N CPZA== X-Gm-Message-State: APjAAAUKP4vIGHTGeHnLT3+y3lEj/bez0drr54b9wbNveAyIN3dAKANe IK3QvlSD9ShWmd0hmOcDcNLNKWPXiiktkU03IsJIIJ7V X-Google-Smtp-Source: APXvYqytCU6aR7MS6TbZaF9EaK681MQeDoIiUpjE0kEtHtfXABOfTmRisjr4jddfiHiY564orq2pvSZ7LuARXDdbP9k= X-Received: by 2002:a02:1c41:: with SMTP id c62mr8468338jac.132.1572626277520; Fri, 01 Nov 2019 09:37:57 -0700 (PDT) MIME-Version: 1.0 References: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> In-Reply-To: From: Rifaat Shekh-Yusef Date: Fri, 1 Nov 2019 12:37:46 -0400 Message-ID: To: Travis Spencer Cc: oauth , oauth-chairs@ietf.org Content-Type: multipart/alternative; boundary="000000000000a2dbd905964b9669" Archived-At: Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106 X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 16:38:06 -0000 --000000000000a2dbd905964b9669 Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: quoted-printable Hi Spencer Sure. When are yo planning on submitting the draft? Regards, Rifaat On Mon, Oct 14, 2019 at 5:20 AM Travis Spencer wrote: > I would like a slot to talk about a new draft I'm going to submit in the > coming weeks related to claims (i.e., structured scopes). Would that be > possible? > > On Fri, Oct 4, 2019 at 11:15 PM Dick Hardt wrote: > >> I'd like a slot to provide an update on Reciprocal OAuth. >> =E1=90=A7 >> >> On Fri, Oct 4, 2019 at 2:12 PM Brian Campbell > 40pingidentity.com@dmarc.ietf.org> wrote: >> >>> Hello chairs, >>> >>> I'd like to request some agenda time to present on: >>> https://tools.ietf.org/html/draft-fett-oauth-dpop >>> >>> Thank you, >>> Brian >>> >>> On Fri, Oct 4, 2019 at 3:09 PM Torsten Lodderstedt < >>> torsten@lodderstedt.net> wrote: >>> >>>> Hi chairs, >>>> >>>> I would like to request the following slots: >>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-rar >>>> >>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-par >>>> >>>> - Security BCP >>>> >>>> kind regards, >>>> Torsten.. >>>> >>>> Am 04.10.2019 um 11:08 schrieb IETF Meeting Session Request Tool < >>>> session-request@ietf..org >: >>>> >>>> =EF=BB=BF >>>> >>>> A new meeting session request has just been submitted by Hannes >>>> Tschofenig, a Chair of the oauth working group. >>>> >>>> >>>> --------------------------------------------------------- >>>> Working Group Name: Web Authorization Protocol >>>> Area Name: Security Area >>>> Session Requester: Hannes Tschofenig >>>> >>>> Number of Sessions: 2 >>>> Length of Session(s): 1.5 Hours, 1.5 Hours >>>> Number of Attendees: 50 >>>> Conflicts to Avoid: >>>> Chair Conflict: acme tls rats sipcore anima >>>> Technology Overlap: ace secevent teep suit core tokbind saag >>>> >>>> >>>> >>>> People who must be present: >>>> Roman Danyliw >>>> Hannes Tschofenig >>>> Rifaat Shekh-Yusef >>>> >>>> Resources Requested: >>>> >>>> Special Requests: >>>> >>>> --------------------------------------------------------- >>>> >>>> _______________________________________________ >>>> OAuth mailing list >>>> OAuth@ietf.org >>>> https://www.ietf.org/mailman/listinfo/oauth >>>> >>>> _______________________________________________ >>>> OAuth mailing list >>>> OAuth@ietf.org >>>> https://www.ietf.org/mailman/listinfo/oauth >>>> >>> >>> *CONFIDENTIALITY NOTICE: This email may contain confidential and >>> privileged material for the sole use of the intended recipient(s). Any >>> review, use, distribution or disclosure by others is strictly >>> prohibited... If you have received this communication in error, please >>> notify the sender immediately by e-mail and delete the message and any = file >>> attachments from your computer. Thank you.* >>> _______________________________________________ >>> OAuth mailing list >>> OAuth@ietf.org >>> https://www.ietf.org/mailman/listinfo/oauth >>> >> _______________________________________________ >> OAuth mailing list >> OAuth@ietf.org >> https://www.ietf.org/mailman/listinfo/oauth >> > --000000000000a2dbd905964b9669 Content-Type: text/html; charset="UTF-8" Content-Transfer-Encoding: quoted-printable
Hi Spencer

Sure. When = are yo planning on submitting the draft?

Regards,<= /div>
=C2=A0Rifaat


On Mon, Oct 14, 2019 at 5:20 AM = Travis Spencer <travis.spenc= er@curity.io> wrote:
I would like a slot to talk about a new draft = I'm going to submit in the coming weeks related to claims (i.e., struct= ured scopes). Would that be possible?

On Fri, Oct 4, 2019 at 11:15 PM Di= ck Hardt <dick= .hardt@gmail.com> wrote:
I'd like a slot to provide an update o= n Reciprocal OAuth.
3D""=E1=90=A7


On Fri, Oct 4, 2019 at 3:09 PM Torsten Lo= dderstedt <= torsten@lodderstedt.net> wrote:
Hi chairs,
<= div dir=3D"ltr">
I would like to request the foll= owing slots:
<= div dir=3D"ltr">- Security BCP=C2=A0

kind regards,
Torsten..

Am 04.10.2019 um 11:08 schrieb IETF Meeti= ng Session Request Tool <session-request@ietf..org>:

=EF=BB=BF

A new meeting session request has just been submitted by = Hannes Tschofenig, a Chair of the oauth working group.


---------------------------------------------= ------------
Working Group Name: Web Authorization Protocol=
Area Name: Security Area
Session Requester= : Hannes Tschofenig

Number of Sessions: 2<= /span>
Length of Session(s): =C2=A01.5 Hours, 1.5 Hours
= Number of Attendees: 50
Conflicts to Avoid: Chair Conflict: acme tls rats sipcore anima
Techn= ology Overlap: ace secevent teep suit core tokbind saag



People who must be present:=
=C2=A0Roman Danyliw
=C2=A0Hannes Tschofe= nig
=C2=A0Rifaat Shekh-Yusef

Resources Requested:

Special Requests:=

-----------------------------------------= ----------------

_________________________= ______________________
OAuth mailing list
<= a href=3D"mailto:OAuth@ietf.org" target=3D"_blank">OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth

CONFIDENTIALITY NOTICE: This email m= ay contain confidential and privileged material for the sole use of the int= ended recipient(s). Any review, use, distribution or disclosure by others i= s strictly prohibited...=C2=A0 If you have received this communication in e= rror, please notify the sender immediately by e-mail and delete the message= and any file attachments from your computer. Thank you._= ______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth
--000000000000a2dbd905964b9669-- From nobody Fri Nov 1 09:40:23 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4807F1209DA; Fri, 1 Nov 2019 09:40:21 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_MED=-2.3, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id QRFRUv0T1Lol; Fri, 1 Nov 2019 09:40:19 -0700 (PDT) Received: from outgoing.mit.edu (outgoing-auth-1.mit.edu [18.9.28.11]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id BCBCF1209CC; Fri, 1 Nov 2019 09:39:56 -0700 (PDT) Received: from [192.168.1.7] (static-71-174-62-56.bstnma.fios.verizon.net [71.174.62.56]) (authenticated bits=0) (User authenticated as jricher@ATHENA.MIT.EDU) by outgoing.mit.edu (8.14.7/8.12.4) with ESMTP id xA1GdsAn006967 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-GCM-SHA384 bits=256 verify=NOT); Fri, 1 Nov 2019 12:39:55 -0400 Content-Type: text/plain; charset=utf-8 Mime-Version: 1.0 (Mac OS X Mail 12.4 \(3445.104.11\)) From: Justin Richer In-Reply-To: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> Date: Fri, 1 Nov 2019 12:39:54 -0400 Cc: oauth Content-Transfer-Encoding: quoted-printable Message-Id: <54454966-B71A-40AC-8525-4B85F46B5820@mit.edu> References: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> To: oauth-chairs@ietf.org X-Mailer: Apple Mail (2.3445.104.11) Archived-At: Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106 X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 16:40:21 -0000 I=E2=80=99d like to present a readout of the TXAuth BoF, which is = happening earlier in the week.=20 =E2=80=94 Justin > On Oct 4, 2019, at 2:08 PM, IETF Meeting Session Request Tool = wrote: >=20 >=20 >=20 > A new meeting session request has just been submitted by Hannes = Tschofenig, a Chair of the oauth working group. >=20 >=20 > --------------------------------------------------------- > Working Group Name: Web Authorization Protocol > Area Name: Security Area > Session Requester: Hannes Tschofenig >=20 > Number of Sessions: 2 > Length of Session(s): 1.5 Hours, 1.5 Hours > Number of Attendees: 50 > Conflicts to Avoid:=20 > Chair Conflict: acme tls rats sipcore anima > Technology Overlap: ace secevent teep suit core tokbind saag >=20 >=20 >=20 > People who must be present: > Roman Danyliw > Hannes Tschofenig > Rifaat Shekh-Yusef >=20 > Resources Requested: >=20 > Special Requests: >=20 > --------------------------------------------------------- >=20 > _______________________________________________ > OAuth mailing list > OAuth@ietf.org > https://www.ietf.org/mailman/listinfo/oauth From nobody Fri Nov 1 09:42:13 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6718E1209CC; 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Fri, 01 Nov 2019 09:42:07 -0700 (PDT) MIME-Version: 1.0 References: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> <54454966-B71A-40AC-8525-4B85F46B5820@mit.edu> In-Reply-To: <54454966-B71A-40AC-8525-4B85F46B5820@mit.edu> From: Rifaat Shekh-Yusef Date: Fri, 1 Nov 2019 12:41:56 -0400 Message-ID: To: Justin Richer Cc: oauth-chairs@ietf.org, oauth Content-Type: multipart/alternative; boundary="000000000000856e4705964ba5d0" Archived-At: Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106 X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 16:42:12 -0000 --000000000000856e4705964ba5d0 Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: quoted-printable Sure. On Fri, Nov 1, 2019 at 12:40 PM Justin Richer wrote: > I=E2=80=99d like to present a readout of the TXAuth BoF, which is happeni= ng > earlier in the week. > > =E2=80=94 Justin > > > On Oct 4, 2019, at 2:08 PM, IETF Meeting Session Request Tool < > session-request@ietf.org> wrote: > > > > > > > > A new meeting session request has just been submitted by Hannes > Tschofenig, a Chair of the oauth working group. > > > > > > --------------------------------------------------------- > > Working Group Name: Web Authorization Protocol > > Area Name: Security Area > > Session Requester: Hannes Tschofenig > > > > Number of Sessions: 2 > > Length of Session(s): 1.5 Hours, 1.5 Hours > > Number of Attendees: 50 > > Conflicts to Avoid: > > Chair Conflict: acme tls rats sipcore anima > > Technology Overlap: ace secevent teep suit core tokbind saag > > > > > > > > People who must be present: > > Roman Danyliw > > Hannes Tschofenig > > Rifaat Shekh-Yusef > > > > Resources Requested: > > > > Special Requests: > > > > --------------------------------------------------------- > > > > _______________________________________________ > > OAuth mailing list > > OAuth@ietf.org > > https://www.ietf.org/mailman/listinfo/oauth > > --000000000000856e4705964ba5d0 Content-Type: text/html; charset="UTF-8" Content-Transfer-Encoding: quoted-printable
Sure.

On Fri, Nov 1, 2019 at 12:40 PM Justin Richer <jricher@mit.edu> wrote:
I=E2=80=99d like to present = a readout of the TXAuth BoF, which is happening earlier in the week.

=C2=A0=E2=80=94 Justin

> On Oct 4, 2019, at 2:08 PM, IETF Meeting Session Request Tool <session-request@i= etf.org> wrote:
>
>
>
> A new meeting session request has just been submitted by Hannes Tschof= enig, a Chair of the oauth working group.
>
>
> ---------------------------------------------------------
> Working Group Name: Web Authorization Protocol
> Area Name: Security Area
> Session Requester: Hannes Tschofenig
>
> Number of Sessions: 2
> Length of Session(s):=C2=A0 1.5 Hours, 1.5 Hours
> Number of Attendees: 50
> Conflicts to Avoid:
> Chair Conflict: acme tls rats sipcore anima
> Technology Overlap: ace secevent teep suit core tokbind saag
>
>
>
> People who must be present:
>=C2=A0 Roman Danyliw
>=C2=A0 Hannes Tschofenig
>=C2=A0 Rifaat Shekh-Yusef
>
> Resources Requested:
>
> Special Requests:
>
> ---------------------------------------------------------
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org=
> https://www.ietf.org/mailman/listinfo/oauth

--000000000000856e4705964ba5d0-- From nobody Fri Nov 1 09:56:12 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D2398120B64 for ; Fri, 1 Nov 2019 09:56:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.899 X-Spam-Level: X-Spam-Status: No, score=-1.899 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=curity-io.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id hlP9-GinvQjD for ; Fri, 1 Nov 2019 09:56:02 -0700 (PDT) Received: from mail-yw1-xc2b.google.com (mail-yw1-xc2b.google.com [IPv6:2607:f8b0:4864:20::c2b]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 87D9F120B42 for ; Fri, 1 Nov 2019 09:56:02 -0700 (PDT) Received: by mail-yw1-xc2b.google.com with SMTP id d5so3703115ywk.9 for ; Fri, 01 Nov 2019 09:56:02 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=curity-io.20150623.gappssmtp.com; s=20150623; h=mime-version:references:in-reply-to:from:date:message-id:subject:to :cc:content-transfer-encoding; bh=yCW9mm1R4r1JPMLagmT8RYP1KApUGmMv7N0J8QAQKe0=; b=fQjwQLjEa9P5hmyKiMZButYL8dMMwIXNEmma8nWAzjd7TTEGtHQAyy1KgOtyE67GPe wXUUuSD4E5iNzFJ53lTXogO6FqeJCL0C58hLdpscLGya7xZuB+66N00Q5T10khw4izb8 q6TxZsnyBX9zt1y8diDteE6MpGvy1oRZe98LNounNGQHbgUE1xJ23rby5+Fx546++n5/ J7m/HsttidRmwTfgYXfFX2HQGZBKHPJA9tdxUrAA+0/z9Nwyc+5oA9CyAbf056VqcxEi BC7lcOYUm1/cU3M2Qq6VLhVWClkPzwX8++H5URR2TzkBqQo4XR7R/QVXu4TquGn8hogs gCHw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:mime-version:references:in-reply-to:from:date :message-id:subject:to:cc:content-transfer-encoding; bh=yCW9mm1R4r1JPMLagmT8RYP1KApUGmMv7N0J8QAQKe0=; b=WJcRXVe/glSpBvwb9coIY2kxzkLobms4rgYw5lD5bCoiPrEnVkx56JMbpEvddhPKvv 6vm5RRlLb37CP1pq3yYQAC/DyzHHsH6SxIgxF1GRt2pJZ3tMBeEvzPQxXKT9uHoHdHPm cgwgCzJqwKDwRENshhAut+N+mVSEpza7VpxjWr55KGYoq0MMM85fNgkEPZXidRHoz51e Vxi2aXkkUsFFuy+X2smqJtoi7nDveFGK5/UMGdFysPvSZpPeZ+KcpOuvsMjG4BlPKCh4 UoHBvAGOKrVUe3nDADqqQ82CO//h29gLtk4NnwjeE7YinCzs8Ud6onnOAwLd0quwHaUE 2Axw== X-Gm-Message-State: APjAAAUmzev7mne36fLojtavRlV8jtXIsRKowrwrbwC8fPAsrsTcxe+m 3FkM5+HXGrqjoJ682lV2Mqil/OyGHDCh3wxygFxieA== X-Google-Smtp-Source: APXvYqxrP5NyOuVh+lLl9xD64fhPcIqwj3TkDldBqR8o4GKiki3uZiMM6NgoAZjJ0QK7kZvaQC16QtDyM41Jg4DrPaU= X-Received: by 2002:a81:5f8a:: with SMTP id t132mr9477127ywb.43.1572627361690; Fri, 01 Nov 2019 09:56:01 -0700 (PDT) MIME-Version: 1.0 References: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> In-Reply-To: From: Travis Spencer Date: Fri, 1 Nov 2019 17:55:50 +0100 Message-ID: To: Rifaat Shekh-Yusef Cc: oauth , oauth-chairs@ietf.org Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: quoted-printable Archived-At: Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106 X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 16:56:11 -0000 I see that the deadline is Monday.[1] I'll work this weekend, and submit what I have. It won't be as much as I wanted due to other commitments, but the gist will be complete. [1] https://datatracker.ietf.org/meeting/106/important-dates/ On Fri, Nov 1, 2019 at 5:37 PM Rifaat Shekh-Yusef w= rote: > > Hi Spencer > > Sure. When are yo planning on submitting the draft? > > Regards, > Rifaat > > > On Mon, Oct 14, 2019 at 5:20 AM Travis Spencer = wrote: >> >> I would like a slot to talk about a new draft I'm going to submit in the= coming weeks related to claims (i.e., structured scopes). Would that be po= ssible? >> >> On Fri, Oct 4, 2019 at 11:15 PM Dick Hardt wrote: >>> >>> I'd like a slot to provide an update on Reciprocal OAuth. >>> =E1=90=A7 >>> >>> On Fri, Oct 4, 2019 at 2:12 PM Brian Campbell wrote: >>>> >>>> Hello chairs, >>>> >>>> I'd like to request some agenda time to present on: >>>> https://tools.ietf.org/html/draft-fett-oauth-dpop >>>> >>>> Thank you, >>>> Brian >>>> >>>> On Fri, Oct 4, 2019 at 3:09 PM Torsten Lodderstedt wrote: >>>>> >>>>> Hi chairs, >>>>> >>>>> I would like to request the following slots: >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-rar >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-par >>>>> - Security BCP >>>>> >>>>> kind regards, >>>>> Torsten.. >>>>> >>>>> Am 04.10.2019 um 11:08 schrieb IETF Meeting Session Request Tool : >>>>> >>>>> =EF=BB=BF >>>>> >>>>> A new meeting session request has just been submitted by Hannes Tscho= fenig, a Chair of the oauth working group. >>>>> >>>>> >>>>> --------------------------------------------------------- >>>>> Working Group Name: Web Authorization Protocol >>>>> Area Name: Security Area >>>>> Session Requester: Hannes Tschofenig >>>>> >>>>> Number of Sessions: 2 >>>>> Length of Session(s): 1.5 Hours, 1.5 Hours >>>>> Number of Attendees: 50 >>>>> Conflicts to Avoid: >>>>> Chair Conflict: acme tls rats sipcore anima >>>>> Technology Overlap: ace secevent teep suit core tokbind saag >>>>> >>>>> >>>>> >>>>> People who must be present: >>>>> Roman Danyliw >>>>> Hannes Tschofenig >>>>> Rifaat Shekh-Yusef >>>>> >>>>> Resources Requested: >>>>> >>>>> Special Requests: >>>>> >>>>> --------------------------------------------------------- >>>>> >>>>> _______________________________________________ >>>>> OAuth mailing list >>>>> OAuth@ietf.org >>>>> https://www.ietf.org/mailman/listinfo/oauth >>>>> >>>>> _______________________________________________ >>>>> OAuth mailing list >>>>> OAuth@ietf.org >>>>> https://www.ietf.org/mailman/listinfo/oauth >>>> >>>> >>>> CONFIDENTIALITY NOTICE: This email may contain confidential and privil= eged material for the sole use of the intended recipient(s). Any review, us= e, distribution or disclosure by others is strictly prohibited... If you h= ave received this communication in error, please notify the sender immediat= ely by e-mail and delete the message and any file attachments from your com= puter. Thank you._______________________________________________ >>>> OAuth mailing list >>>> OAuth@ietf.org >>>> https://www.ietf.org/mailman/listinfo/oauth >>> >>> _______________________________________________ >>> OAuth mailing list >>> OAuth@ietf.org >>> https://www.ietf.org/mailman/listinfo/oauth From nobody Fri Nov 1 09:57:43 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id DBB6B120A41; Fri, 1 Nov 2019 09:57:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.997 X-Spam-Level: X-Spam-Status: No, score=-1.997 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id g5CAMGFaO3p2; Fri, 1 Nov 2019 09:57:39 -0700 (PDT) Received: from mail-io1-xd32.google.com (mail-io1-xd32.google.com [IPv6:2607:f8b0:4864:20::d32]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 60A37120A30; Fri, 1 Nov 2019 09:57:39 -0700 (PDT) Received: by mail-io1-xd32.google.com with SMTP id h9so11643194ioh.2; Fri, 01 Nov 2019 09:57:39 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20161025; h=mime-version:references:in-reply-to:from:date:message-id:subject:to :cc; bh=JK831yHRa+l3ScDuaoNiWpyJ3J3rn1b/+vDUq0/H55g=; b=hgitlIcCGLNdcjkCm9o9y0KQlUtO4heQg40LkUNu/jDJ3yUtBuCN+FhAZdcBsZhOi0 WWDNgr4ry8BUTbgfIhccUtm06e4ZMoY1VgJPG8Zg2eKUB/V5BxNCEit65yZibAIJWQ9l 7+PcDOV+196LKzWNsoJaup/bCKDYaQXx1p1XX631yEPvOyPnIP0O/C0aGHsEf1IDjvlq vd/e8auiIuOyvcP8pE/sNU9jPV9EQ1D86zm6NwyXZHeFvM9e66OaqUgAV4s1NEs8qS/Y PCYSFas7P20ynreqGBFFr2Ua1QfkGU6JcraqT+40+qeRP8NkL32ryi2XwAUVpK+USV8N dvlg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:mime-version:references:in-reply-to:from:date :message-id:subject:to:cc; bh=JK831yHRa+l3ScDuaoNiWpyJ3J3rn1b/+vDUq0/H55g=; b=rbHd5a3oJ6CrjFDzT/miTJ+mSf46Te5LLOksv4BiMzSpRtizXYXTXEhW9xGL8sttsv LX2ABnnObdBcLYyRdZJo407yvIUPJCYQ9pm3hk1jQdyf2dgOdsicJSdZHRAp3u3Jr+xn w3i/jQJw6aR32Xn/NDPhIWegOqXPSS6fguRzDyXbijLk4aAk4iI7qur2qo3WCWicwywH CWjBVivQVb9QC0Lhne+XY9VXxOHbXh+PZYXlUDZncEFzoYmFGu+uJMBEB9ZnKP65SPaB I2pnpVr+Jub9K9C7HzvO5+iskYDc2wdVKE/ex5AjV0M9N4WZT3/TJ9S0kptqcxVXqV3D qLkQ== X-Gm-Message-State: APjAAAWZXwpuDTBa6iBYV/vmjmDjwRoK2ENvVDyGLru/s45eKkCaMpiU FG+VWUyA64Q6TXKUADYDPx6pkfxC/Btp7p11VNA= X-Google-Smtp-Source: APXvYqwuxFJV3+zGLhj6PRLPX2z8YS/ELIHu0Nn5VQTTOFmNPCED2JMbQvLr8F0Oo0a4okRHQ/QrKW9FFKjEHi9ZiGs= X-Received: by 2002:a02:7829:: with SMTP id p41mr3332025jac.73.1572627458405; Fri, 01 Nov 2019 09:57:38 -0700 (PDT) MIME-Version: 1.0 References: <157021248387.1396.8889788139399592188.idtracker@ietfa.amsl.com> In-Reply-To: From: Rifaat Shekh-Yusef Date: Fri, 1 Nov 2019 12:57:27 -0400 Message-ID: To: Travis Spencer Cc: oauth , oauth-chairs@ietf.org Content-Type: multipart/alternative; boundary="00000000000005baf005964bdd10" Archived-At: Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106 X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 16:57:42 -0000 --00000000000005baf005964bdd10 Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: quoted-printable Sounds good. On Fri, Nov 1, 2019 at 12:56 PM Travis Spencer wrote: > I see that the deadline is Monday.[1] I'll work this weekend, and > submit what I have. It won't be as much as I wanted due to other > commitments, but the gist will be complete. > > [1] https://datatracker.ietf.org/meeting/106/important-dates/ > > On Fri, Nov 1, 2019 at 5:37 PM Rifaat Shekh-Yusef > wrote: > > > > Hi Spencer > > > > Sure. When are yo planning on submitting the draft? > > > > Regards, > > Rifaat > > > > > > On Mon, Oct 14, 2019 at 5:20 AM Travis Spencer > wrote: > >> > >> I would like a slot to talk about a new draft I'm going to submit in > the coming weeks related to claims (i.e., structured scopes). Would that = be > possible? > >> > >> On Fri, Oct 4, 2019 at 11:15 PM Dick Hardt > wrote: > >>> > >>> I'd like a slot to provide an update on Reciprocal OAuth. > >>> =E1=90=A7 > >>> > >>> On Fri, Oct 4, 2019 at 2:12 PM Brian Campbell 40pingidentity.com@dmarc.ietf.org> wrote: > >>>> > >>>> Hello chairs, > >>>> > >>>> I'd like to request some agenda time to present on: > >>>> https://tools.ietf.org/html/draft-fett-oauth-dpop > >>>> > >>>> Thank you, > >>>> Brian > >>>> > >>>> On Fri, Oct 4, 2019 at 3:09 PM Torsten Lodderstedt < > torsten@lodderstedt.net> wrote: > >>>>> > >>>>> Hi chairs, > >>>>> > >>>>> I would like to request the following slots: > >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-rar > >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-par > >>>>> - Security BCP > >>>>> > >>>>> kind regards, > >>>>> Torsten.. > >>>>> > >>>>> Am 04.10.2019 um 11:08 schrieb IETF Meeting Session Request Tool > : > >>>>> > >>>>> =EF=BB=BF > >>>>> > >>>>> A new meeting session request has just been submitted by Hannes > Tschofenig, a Chair of the oauth working group. > >>>>> > >>>>> > >>>>> --------------------------------------------------------- > >>>>> Working Group Name: Web Authorization Protocol > >>>>> Area Name: Security Area > >>>>> Session Requester: Hannes Tschofenig > >>>>> > >>>>> Number of Sessions: 2 > >>>>> Length of Session(s): 1.5 Hours, 1.5 Hours > >>>>> Number of Attendees: 50 > >>>>> Conflicts to Avoid: > >>>>> Chair Conflict: acme tls rats sipcore anima > >>>>> Technology Overlap: ace secevent teep suit core tokbind saag > >>>>> > >>>>> > >>>>> > >>>>> People who must be present: > >>>>> Roman Danyliw > >>>>> Hannes Tschofenig > >>>>> Rifaat Shekh-Yusef > >>>>> > >>>>> Resources Requested: > >>>>> > >>>>> Special Requests: > >>>>> > >>>>> --------------------------------------------------------- > >>>>> > >>>>> _______________________________________________ > >>>>> OAuth mailing list > >>>>> OAuth@ietf.org > >>>>> https://www.ietf.org/mailman/listinfo/oauth > >>>>> > >>>>> _______________________________________________ > >>>>> OAuth mailing list > >>>>> OAuth@ietf.org > >>>>> https://www.ietf.org/mailman/listinfo/oauth > >>>> > >>>> > >>>> CONFIDENTIALITY NOTICE: This email may contain confidential and > privileged material for the sole use of the intended recipient(s). Any > review, use, distribution or disclosure by others is strictly > prohibited... If you have received this communication in error, please > notify the sender immediately by e-mail and delete the message and any fi= le > attachments from your computer. Thank > you._______________________________________________ > >>>> OAuth mailing list > >>>> OAuth@ietf.org > >>>> https://www.ietf.org/mailman/listinfo/oauth > >>> > >>> _______________________________________________ > >>> OAuth mailing list > >>> OAuth@ietf.org > >>> https://www.ietf.org/mailman/listinfo/oauth > --00000000000005baf005964bdd10 Content-Type: text/html; charset="UTF-8" Content-Transfer-Encoding: quoted-printable
Sounds good.=C2=A0

On Fri, Nov 1, 2019 at 12:56 PM Trav= is Spencer <travis.spencer@c= urity.io> wrote:
I see that the deadline is Monday.[1] I'll work this weekend, a= nd
submit what I have. It won't be as much as I wanted due to other
commitments, but the gist will be complete.

[1] https://datatracker.ietf.org/meeting/10= 6/important-dates/

On Fri, Nov 1, 2019 at 5:37 PM Rifaat Shekh-Yusef <rifaat.ietf@gmail.com> wrote:<= br> >
> Hi Spencer
>
> Sure. When are yo planning on submitting the draft?
>
> Regards,
>=C2=A0 Rifaat
>
>
> On Mon, Oct 14, 2019 at 5:20 AM Travis Spencer <travis.spencer@curity.io>= wrote:
>>
>> I would like a slot to talk about a new draft I'm going to sub= mit in the coming weeks related to claims (i.e., structured scopes). Would = that be possible?
>>
>> On Fri, Oct 4, 2019 at 11:15 PM Dick Hardt <dick.hardt@gmail.com> wrote:<= br> >>>
>>> I'd like a slot to provide an update on Reciprocal OAuth.<= br> >>> =E1=90=A7
>>>
>>> On Fri, Oct 4, 2019 at 2:12 PM Brian Campbell <bcampbell=3D= 40pi= ngidentity.com@dmarc.ietf.org> wrote:
>>>>
>>>> Hello chairs,
>>>>
>>>> I'd like to request some agenda time to present on: >>>> https://tools.ietf.org/html/draft-= fett-oauth-dpop
>>>>
>>>> Thank you,
>>>> Brian
>>>>
>>>> On Fri, Oct 4, 2019 at 3:09 PM Torsten Lodderstedt <torsten@lodderste= dt.net> wrote:
>>>>>
>>>>> Hi chairs,
>>>>>
>>>>> I would like to request the following slots:
>>>>> - https://tools.ietf.org= /html/draft-lodderstedt-oauth-rar
>>>>> - https://tools.ietf.org= /html/draft-lodderstedt-oauth-par
>>>>> - Security BCP
>>>>>
>>>>> kind regards,
>>>>> Torsten..
>>>>>
>>>>> Am 04.10.2019 um 11:08 schrieb IETF Meeting Session Re= quest Tool <session-request@ietf..org>:
>>>>>
>>>>> =EF=BB=BF
>>>>>
>>>>> A new meeting session request has just been submitted = by Hannes Tschofenig, a Chair of the oauth working group.
>>>>>
>>>>>
>>>>> ------------------------------------------------------= ---
>>>>> Working Group Name: Web Authorization Protocol
>>>>> Area Name: Security Area
>>>>> Session Requester: Hannes Tschofenig
>>>>>
>>>>> Number of Sessions: 2
>>>>> Length of Session(s):=C2=A0 1.5 Hours, 1.5 Hours
>>>>> Number of Attendees: 50
>>>>> Conflicts to Avoid:
>>>>> Chair Conflict: acme tls rats sipcore anima
>>>>> Technology Overlap: ace secevent teep suit core tokbin= d saag
>>>>>
>>>>>
>>>>>
>>>>> People who must be present:
>>>>>=C2=A0 Roman Danyliw
>>>>>=C2=A0 Hannes Tschofenig
>>>>>=C2=A0 Rifaat Shekh-Yusef
>>>>>
>>>>> Resources Requested:
>>>>>
>>>>> Special Requests:
>>>>>
>>>>> ------------------------------------------------------= ---
>>>>>
>>>>> _______________________________________________
>>>>> OAuth mailing list
>>>>> OA= uth@ietf.org
>>>>> https://www.ietf.org/mailman/listinf= o/oauth
>>>>>
>>>>> _______________________________________________
>>>>> OAuth mailing list
>>>>> OA= uth@ietf.org
>>>>> https://www.ietf.org/mailman/listinf= o/oauth
>>>>
>>>>
>>>> CONFIDENTIALITY NOTICE: This email may contain confidentia= l and privileged material for the sole use of the intended recipient(s). An= y review, use, distribution or disclosure by others is strictly prohibited.= ..=C2=A0 If you have received this communication in error, please notify th= e sender immediately by e-mail and delete the message and any file attachme= nts from your computer. Thank you._________________________________________= ______
>>>> OAuth mailing list
>>>> OAuth@= ietf.org
>>>> https://www.ietf.org/mailman/listinfo/oa= uth
>>>
>>> _______________________________________________
>>> OAuth mailing list
>>> OAuth@ietf= .org
>>> https://www.ietf.org/mailman/listinfo/oauth<= /a>
--00000000000005baf005964bdd10-- From nobody Fri Nov 1 10:02:14 2019 Return-Path: X-Original-To: oauth@ietfa.amsl.com Delivered-To: oauth@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2148E1208BB for ; Fri, 1 Nov 2019 10:02:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.899 X-Spam-Level: X-Spam-Status: No, score=-1.899 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=curity-io.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mLG5aORfgL_d for ; Fri, 1 Nov 2019 10:02:11 -0700 (PDT) Received: from mail-yb1-xb2b.google.com (mail-yb1-xb2b.google.com [IPv6:2607:f8b0:4864:20::b2b]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 5F30A120019 for ; Fri, 1 Nov 2019 10:02:11 -0700 (PDT) Received: by mail-yb1-xb2b.google.com with SMTP id h202so4120517ybg.13 for ; Fri, 01 Nov 2019 10:02:11 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=curity-io.20150623.gappssmtp.com; s=20150623; h=mime-version:references:in-reply-to:from:date:message-id:subject:to :cc; bh=ecpCWkytMesrEQXclX2KAHoxraZ8AmXiTTR7GYhgkwY=; b=cIEMZu3y9AJ/Q5DF0j1phnrmRaz34nNnw1AccWgtlsMcd6Fu2q9QzgeU5RoPzcWJzU z84kdcSAAQ2KpQfln3taVS1U7fZlMOezKf/D7GxQYs5AHgMc1B+yn9js3w3Z8XInAeu+ 1oEkdNHU59LebKqwTuUGneUn6kgvpXbolIHou6HgM85545pzgfgu1Z1LRkmygzc7WnUp QMc6oyU9GDdmoGe6pWorQdDBz5rOoTgKeEilMctgV541SfZv+5/bUfd/dnQzN/APmCuV MhYj7VJPi2rIn7GSXJWsL4mMZxxa/fZpHMqQIbmzRHmtuEV6PcJyc8MLvtWQzj7c3SAE 9Awg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:mime-version:references:in-reply-to:from:date :message-id:subject:to:cc; bh=ecpCWkytMesrEQXclX2KAHoxraZ8AmXiTTR7GYhgkwY=; b=IfSvAZDG0kvU5zJ6caeE8w7CV985IExLwkDC8sMx3zbIgvznPS89mxHTGf99F8fsqv w0tQHBISMNAyj7vVpUbE1mXMaDifTSCztGKNbvvgyUzEFKQjyLQwI99r6lNcxUkPMpVV z3XH+qB1Xb7xcDtXUjGb8YFQixd+qiVfskpZ+k7BRSeT4j+QclAbIfQ7ATMnfOQWMAv4 ehSk6c7cxHxgWUQJV+XXZas8QMBJ0gWFxL2cUj9iqwqG6qBvU0o0x6aLR1LGpruBnHF/ 031hPK+uIcaI86F1iVEJR8Z4sbFPrGiS7izcpK9xPwtGxMz32WN2nlLPOBpR9cUxhr2q E4+A== X-Gm-Message-State: APjAAAVgfN9JfGjxMSKt29b+mclA5EgVJpB3bR1OlBpLUAjFJeGpSZ4t vYKGyDOqvcl6vhDJTI037cNl/PUFLQ/oitudf7afxg== X-Google-Smtp-Source: APXvYqywEAe3nJvKzK/pt6YP96auPCbJGuA0ukz+4If2qrcUdTYYjSDbejh3ghvgUPKlZCr+5rv7wSdOCyNgWFRhUK4= X-Received: by 2002:a25:e70a:: with SMTP id e10mr10233917ybh.105.1572627730484; Fri, 01 Nov 2019 10:02:10 -0700 (PDT) MIME-Version: 1.0 References: <85D42AA1-FF57-4383-BACB-57C5AA32CFAC@lodderstedt.net> <20191021020546.GZ43312@kduck.mit.edu> In-Reply-To: From: Travis Spencer Date: Fri, 1 Nov 2019 18:01:59 +0100 Message-ID: To: Brian Campbell Cc: Benjamin Kaduk , oauth Content-Type: text/plain; charset="UTF-8" Archived-At: Subject: Re: [OAUTH-WG] I-D Action: draft-ietf-oauth-jwt-introspection-response-08.txt X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Nov 2019 17:02:13 -0000 On Wed, Oct 23, 2019 at 2:11 PM Brian Campbell wrote: > I agree with Ben here that it's not at all clear that the OAuth MTLS document should have defined a protocol from proxy to backend. Shouldn't it at least normalitvely reference some other spec then? If that reference is not defined before this draft is finalized, one could say they comply with the final mTLS spec but in a non-interoperable way. 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[84.158.231.244]) by smtp.gmail.com with ESMTPSA id b14sm4066253wmj.18.2019.11.03.08.11.35 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Sun, 03 Nov 2019 08:11:35 -0800 (PST) From: Torsten Lodderstedt Content-Type: multipart/signed; boundary="Apple-Mail=_A883C907-6377-491C-A066-52E2257144B0"; protocol="application/pkcs7-signature"; micalg=sha-256 Mime-Version: 1.0 (Mac OS X Mail 13.0 \(3601.0.10\)) Message-Id: References: <157279706304.13465.11272517425392766767.idtracker@ietfa.amsl.com> To: oauth Date: Sun, 3 Nov 2019 17:11:34 +0100 X-Mailer: Apple Mail (2.3601.0.10) Archived-At: Subject: [OAUTH-WG] Fwd: New Version Notification for draft-lodderstedt-oauth-par-01.txt X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 03 Nov 2019 16:11:41 -0000 --Apple-Mail=_A883C907-6377-491C-A066-52E2257144B0 Content-Type: multipart/alternative; boundary="Apple-Mail=_EA736AD6-FBD0-40E6-8AB8-3CA18AF8E169" --Apple-Mail=_EA736AD6-FBD0-40E6-8AB8-3CA18AF8E169 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii Hi all,=20 revision of draft-lodderstedt-oauth-par (Pushed Authorization Requests) = was just published.=20 Here is the list of changes: List client_id as one of the basic parameters Explicitly forbid request_uri in the processing rules Clarification regarding client authentication and that public clients = are allowed Added option to let clients register per-authorization request redirect = URIs General clean up and wording improvements I will present this draft in Singapore and would be happy if the working = group would consider adoption of this joint work (Co-authors: David = Tonge, Nat Sakimura, Brian Campbell, Filip Skokan) as WG draft. best regards, Torsten.=20 > Begin forwarded message: >=20 > From: internet-drafts@ietf.org > Subject: New Version Notification for = draft-lodderstedt-oauth-par-01.txt > Date: 3. November 2019 at 17:04:23 CET > To: "Nat Sakimura" , "Brian Campbell" = , "Torsten Lodderstedt" = , "Dave Tonge" , "Filip Skokan" = >=20 >=20 > A new version of I-D, draft-lodderstedt-oauth-par-01.txt > has been successfully submitted by Torsten Lodderstedt and posted to = the > IETF repository. >=20 > Name: draft-lodderstedt-oauth-par > Revision: 01 > Title: OAuth 2.0 Pushed Authorization Requests > Document date: 2019-11-02 > Group: Individual Submission > Pages: 14 > URL: = https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-par-01.txt > Status: = https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-par/ > Htmlized: = https://tools.ietf.org/html/draft-lodderstedt-oauth-par-01 > Htmlized: = https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-par > Diff: = https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-par-01 >=20 > Abstract: > This document defines the pushed authorization request endpoint, > which allows clients to push the payload of an OAuth 2.0 > authorization request to the authorization server via a direct > request and provides them with a request URI that is used as > reference to the data in a subsequent authorization request. >=20 >=20 >=20 >=20 > Please note that it may take a couple of minutes from the time of = submission > until the htmlized version and diff are available at tools.ietf.org. >=20 > The IETF Secretariat >=20 --Apple-Mail=_EA736AD6-FBD0-40E6-8AB8-3CA18AF8E169 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=us-ascii Hi = all, 

revision = of draft-lodderstedt-oauth-par (Pushed Authorization Requests) was just = published. 

Here is the list of changes:
  • List client_id as one of = the basic parameters
  • Explicitly forbid request_uri in the processing rules
  • Clarification = regarding client authentication and that public clients are = allowed
  • Added option to let clients register per-authorization = request redirect URIs
  • General clean up and wording improvements
I will present this draft in Singapore and would be happy if = the working group would consider adoption of this joint work = (Co-authors: David Tonge, Nat Sakimura, Brian Campbell, Filip = Skokan) as WG draft.

best regards,
Torsten. 
Begin = forwarded message:

From: = internet-drafts@ietf.org
Subject: = New Version = Notification for draft-lodderstedt-oauth-par-01.txt
Date: = 3. November 2019 at 17:04:23 = CET
To: = "Nat Sakimura" <nat@sakimura.org>, = "Brian Campbell" <bcampbell@pingidentity.com>, "Torsten Lodderstedt" = <torsten@lodderstedt.net>, "Dave Tonge" <dave@tonge.org>, "Filip = Skokan" <panva.ip@gmail.com>


A new version = of I-D, draft-lodderstedt-oauth-par-01.txt
has been = successfully submitted by Torsten Lodderstedt and posted to the
IETF repository.

Name: = draft-lodderstedt-oauth-par
Revision: 01
Title:= = OAuth 2.0 Pushed Authorization Requests
Document = date: = 2019-11-02
Group: Individual Submission
Pages:= = 14
URL: =            https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-pa= r-01.txt
Status: =         https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-par/
Htmlized:       https://tools.ietf.org/html/draft-lodderstedt-oauth-par-01<= br class=3D"">Htmlized:       https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-p= ar
Diff: =           https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-par= -01

Abstract:
=   This document defines the pushed authorization request = endpoint,
  which allows clients to push the = payload of an OAuth 2.0
  authorization request = to the authorization server via a direct
=   request and provides them with a request URI that is used = as
  reference to the data in a subsequent = authorization request.




Please note that it may take a couple of = minutes from the time of submission
until the htmlized = version and diff are available at tools.ietf.org.

The IETF = Secretariat


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X-Spam-Level: X-Spam-Status: No, score=-1.896 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_HELO_NONE=0.001, SPF_NONE=0.001, URIBL_BLOCKED=0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N15V2IhSez_o for ; Sun, 3 Nov 2019 23:34:42 -0800 (PST) Received: from p3plsmtpa08-02.prod.phx3.secureserver.net (p3plsmtpa08-02.prod.phx3.secureserver.net [173.201.193.103]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 516DF1200E0 for ; Sun, 3 Nov 2019 23:34:42 -0800 (PST) Received: from [192.168.0.102] ([94.155.17.54]) by :SMTPAUTH: with ESMTPSA id RWsniawJ1SGDjRWspiHreP; Mon, 04 Nov 2019 00:34:40 -0700 x-spam-cmae: v=2.3 cv=R9595uZX c=1 sm=1 tr=0 p=_Y5QVBCcAAAA:8 a=FNQ4XmqxRr20pcroDK0mpg==:117 a=FNQ4XmqxRr20pcroDK0mpg==:17 a=jpOVt7BSZ2e4Z31A5e1TngXxSK0=:19 a=q0rX5H01Qin5IyBaTmIA:9 a=r77TgQKjGQsHNAKrUKIA:9 a=l1ntXry1AAAA:8 a=48vgC7mUAAAA:8 a=DVqm7IH0AAAA:8 a=LS6YZpeZAAAA:8 a=ISqk5ONUAAAA:8 a=pGLkceISAAAA:8 a=t9015xufTkz5GXrGAAEA:9 a=pILNOxqGKmIA:10 a=jezVBGK-lbQA:10 a=lJ8i9s0jXcYA:10 a=csNWAHJfSlAA:10 a=9oeUTK8yl2sA:10 a=ssyN7oLQum5f7eN7gWEA:9 a=2-35bgFUeLTu4nEI:21 a=_W_S_7VecoQA:10 a=D8lnhvtxf0AONpHuB7QA:9 a=ZVk8-NSrHBgA:10 a=30ssDGKg3p0A:10 a=qqYkSYq5RtzIiZrt3cAW:22 a=w1C3t2QeGrPiZgrLijVG:22 a=M6wP_kGduNurgptF5PJY:22 a=IRr2vCDBpksuBOXhfkKu:22 a=IdGyktwZ2tr74praB_5u:22 a=j012aKtm0j0zU2ly6LEW:22 x-spam-account: vladimir@connect2id.com x-spam-domain: connect2id.com To: oauth@ietf.org References: <157279706304.13465.11272517425392766767.idtracker@ietfa.amsl.com> From: Vladimir Dzhuvinov Openpgp: preference=signencrypt X-Enigmail-Draft-Status: N11100 Organization: Connect2id Ltd. Message-ID: Date: Mon, 4 Nov 2019 09:34:37 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101 Thunderbird/60.9.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/signed; protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms070407070905020107080900" X-CMAE-Envelope: MS4wfLhtLltbwfbrCt7x8uBD9fRe5HSEuFElMkqa38Mx56Alu8HjW7JeePlr0/epvGvLnvOF8sedNk+WEem3Nsw3aOEAfQmxLypRl8R42+PQwSuqQ+Y7+e36 XEDoYU3yXCtZWc9bPpN+ahN7JaOlXNt0U1ypQPfoSwlGig1+MdCgMlgG Archived-At: Subject: Re: [OAUTH-WG] Fwd: New Version Notification for draft-lodderstedt-oauth-par-01.txt X-BeenThere: oauth@ietf.org X-Mailman-Version: 2.1.29 Precedence: list List-Id: OAUTH WG List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 04 Nov 2019 07:34:45 -0000 This is a cryptographically signed message in MIME format. --------------ms070407070905020107080900 Content-Type: multipart/alternative; boundary="------------4BD0444CD4BEAD693545568D" Content-Language: en-US This is a multi-part message in MIME format. --------------4BD0444CD4BEAD693545568D Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable +1 for WG adoption I'm super pleased with how usable the spec already is and how easy it was to explain to developers - you just take the regular authZ request and POST it form-encoded, using whatever client auth is registered for the token endpoint. PAR is significantly more versatile than the original "request object endpoint" from FAPI, while keeping normative stuff minimal by relying on existing specs - RFC 6749 and JAR. This means existing OAuth clients and servers can be made to support it with relatively little work because code reuse is facilitated. The OAuth SDK was updated from PAR -00 to PAR -01 this morning to allow for the authZ error codes: https://www.javadoc.io/doc/com.nimbusds/oauth2-oidc-sdk/6.18/com/nimbusds= /oauth2/sdk/PushedAuthorizationRequest.html https://www.javadoc.io/doc/com.nimbusds/oauth2-oidc-sdk/6.18/com/nimbusds= /oauth2/sdk/PushedAuthorizationResponse.html Vladimir On 03/11/2019 18:11, Torsten Lodderstedt wrote: > Hi all,=A0 > > revision of draft-lodderstedt-oauth-par (Pushed Authorization > Requests) was just published.=A0 > > Here is the list of changes: > > * List=A0client_id=A0as one of the basic parameters > * Explicitly forbid=A0request_uri=A0in the processing rules > * Clarification regarding client authentication and that public > clients are allowed > * Added option to let clients register per-authorization request > redirect URIs > * General clean up and wording improvements > > I will present this draft in Singapore and would be happy if the > working group would consider adoption of this joint work (Co-authors: > David=A0Tonge, Nat Sakimura, Brian Campbell, Filip Skokan) as WG draft.= > > best regards, > Torsten.=A0 > >> Begin forwarded message: >> >> *From: *internet-drafts@ietf.org >> *Subject: **New Version Notification for >> draft-lodderstedt-oauth-par-01.txt* >> *Date: *3. November 2019 at 17:04:23 CET >> *To: *"Nat Sakimura" >, >> "Brian Campbell" > >, "Torsten Lodderstedt" >> >, "Dave >> Tonge" >, "Filip Skokan" >> > >> >> >> A new version of I-D, draft-lodderstedt-oauth-par-01.txt >> has been successfully submitted by Torsten Lodderstedt and posted to t= he >> IETF repository. >> >> Name:draft-lodderstedt-oauth-par >> Revision:01 >> Title:OAuth 2.0 Pushed Authorization Requests >> Document date:2019-11-02 >> Group:Individual Submission >> Pages:14 >> URL: >> =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0https://www.ietf.org/internet-drafts/= draft-lodderstedt-oauth-par-01.txt >> Status: >> =A0=A0=A0=A0=A0=A0=A0=A0https://datatracker.ietf.org/doc/draft-lodders= tedt-oauth-par/ >> Htmlized: >> =A0=A0=A0=A0=A0=A0https://tools.ietf.org/html/draft-lodderstedt-oauth-= par-01 >> Htmlized: >> =A0=A0=A0=A0=A0=A0https://datatracker.ietf.org/doc/html/draft-lodderst= edt-oauth-par >> Diff: >> =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0https://www.ietf.org/rfcdiff?url2=3Ddraf= t-lodderstedt-oauth-par-01 >> >> Abstract: >> =A0=A0This document defines the pushed authorization request endpoint,= >> =A0=A0which allows clients to push the payload of an OAuth 2.0 >> =A0=A0authorization request to the authorization server via a direct >> =A0=A0request and provides them with a request URI that is used as >> =A0=A0reference to the data in a subsequent authorization request. >> >> >> >> >> Please note that it may take a couple of minutes from the time of >> submission >> until the htmlized version and diff are available at tools.ietf.org >> . >> >> The IETF Secretariat >> > > > _______________________________________________ > OAuth mailing list > OAuth@ietf.org > https://www.ietf.org/mailman/listinfo/oauth --------------4BD0444CD4BEAD693545568D Content-Type: text/html; charset=windows-1252 Content-Transfer-Encoding: quoted-printable

+1 for WG adoption

I'm super pleased with how usable the spec already is and how easy it was to explain to developers - you just take the regular authZ request and POST it form-encoded, using whatever client auth is registered for the token endpoint. PAR is significantly more versatile than the original "request object endpoint" from FAPI, while keeping normative stuff minimal by relying on existing specs - RFC 6749 and JAR. This means existing OAuth clients and servers can be made to support it with relatively little work because code reuse is facilitated.

The OAuth SDK was updated from PAR -00 to PAR -01 this morning to allow for the authZ error codes:

https://www.javadoc.io/doc/com.nimbusds/oauth2-oidc= -sdk/6.18/com/nimbusds/oauth2/sdk/PushedAuthorizationRequest.html

=

https://www.javadoc.io/doc/com.nimbusds/oauth2-oid= c-sdk/6.18/com/nimbusds/oauth2/sdk/PushedAuthorizationResponse.html


Vladimir


On 03/11/2019 18:11, Torsten Lodderstedt wrote:
Hi all,=A0

revision of draft-lodderstedt-oauth-par (Pushed Authorization Requests) was just published.=A0

Here is the list of changes:
  • L= ist=A0client_id=A0as one of the basic parameter= s
  • E= xplicitly forbid=A0request_uri=A0in the process= ing rules
  • C= larification regarding client authentication and that public clients are allowed
  • A= dded option to let clients register per-authorization request redirect URIs
  • G= eneral clean up and wording improvements
I will present this draft in Singapore and would be happy if the working group would consider adoption of this joint work (Co-authors: David=A0Tonge, Nat Sakimura, Brian Campbell, Filip Skokan) as WG draft.

best regards,
Torsten.=A0

Begin forwarded message:

From: internet-drafts@ietf.org
Subject: New Vers= ion Notification for draft-lodderstedt-oauth-par-01.txt=
Date: 3. November 2019 at 17:04:23 CET
To: "Nat Sakimura" <nat@sakimura.org>, "Brian Campbell" <bcampbell@pingidentity.com= >, "Torsten Lodderstedt" <torsten@lodderstedt.net>= ;, "Dave Tonge" <dave@tonge.org&= gt;, "Filip Skokan" <panva.ip@gmail.com<= /a>>


A new version of I-D, draft-lodderstedt-oauth-par-01.txt<= br class=3D""> has been successfully submitted by Torsten Lodderstedt and posted to the
IETF repository.

Name: draft-lodderstedt-oauth-par
Revision: 01
Title: <= /span>OAuth 2.0 Pushed Authorization Requests
Document date: 2019-11-02
Group: <= /span>Individual Submission
Pages: <= /span>14
URL: =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0https://www.ietf.or= g/internet-drafts/draft-lodderstedt-oauth-par-01.txt
Status: =A0=A0=A0=A0=A0=A0=A0=A0https://datatracker= =2Eietf.org/doc/draft-lodderstedt-oauth-par/
Htmlized: =A0=A0=A0=A0=A0=A0https://tools.ietf.= org/html/draft-lodderstedt-oauth-par-01
Htmlized: =A0=A0=A0=A0=A0=A0https://datatracker= =2Eietf.org/doc/html/draft-lodderstedt-oauth-par
Diff: =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0https://www.ietf.or= g/rfcdiff?url2=3Ddraft-lodderstedt-oauth-par-01

Abstract:
=A0=A0This document defines the pushed authorization requ= est endpoint,
=A0=A0which allows clients to push the payload of an OAut= h 2.0
=A0=A0authorization request to the authorization server v= ia a direct
=A0=A0request and provides them with a request URI that i= s used as
=A0=A0reference to the data in a subsequent authorization= request.




Please note that it may take a couple of minutes from the time of submission
until the htmlized version and diff are available at tools.ietf.org.

The IETF Secretariat



____________________________=
___________________
OAuth mailing list
OAut=
h@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


  


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In-Reply-To: 
From: Brian Campbell 
Date: Mon, 4 Nov 2019 06:39:35 -0700
Message-ID: 
To: Travis Spencer 
Cc: Benjamin Kaduk , oauth 
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Subject: Re: [OAUTH-WG] I-D Action: draft-ietf-oauth-jwt-introspection-response-08.txt
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The goal of the draft-ietf-oauth-mtls document is to define the pieces
needed for interoperability between the OAuth client, AS and RS. It's not
intended to define or prescribe the internal implementation details of
those entities. Although this particular implementation detail came up
enough to make it into the document with
https://tools.ietf.org/html/draft-ietf-oauth-mtls-17#section-6.5 saying
it's possible but the specifics are explicitly out of scope. It would have
made sense to reference something there informatively, if such a thing
existed. But as far as I know there's not anything that fits the bill. So
draft-ietf-oauth-mtls, which is currently in the RFC editor's quere so
kinda beyond accepting changes at this point, says that "how the client
certificate metadata is securely communicated between the intermediary and
the application server in this case is out of scope of this specification."

On Fri, Nov 1, 2019 at 11:02 AM Travis Spencer 
wrote:

> On Wed, Oct 23, 2019 at 2:11 PM Brian Campbell
>  wrote:
> > I agree with Ben here that it's not at all clear that the OAuth MTLS
> document should have defined a protocol from proxy to backend.
>
> Shouldn't it at least normalitvely reference some other spec then? If
> that reference is not defined before this draft is finalized, one
> could say they comply with the final mTLS spec but in a
> non-interoperable way.
>

--=20
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The goal of the draft-ietf-oauth-mtls document is to =
define the pieces needed for interoperability between the OAuth client, AS =
and RS. It's not intended to define or prescribe the internal implement=
ation details of those entities. Although this particular implementation de=
tail came up enough to make it into the document with h=
ttps://tools.ietf.org/html/draft-ietf-oauth-mtls-17#section-6.5 saying =
it's possible but the specifics are explicitly out of scope. It would h=
ave made sense to reference something there informatively, if such a thing =
existed. But as far as I know there's not anything that fits the bill. =
So draft-ietf-oauth-mtls, which is currently in the RFC editor's quere =
so kinda beyond accepting changes at this point, says that "how the cl=
ient certificate metadata is securely communicated between the intermediary=
 and the application server in this case is out of scope of this specificat=
ion." 

On Fri, Nov 1, 2019 at 11:02 AM Travis Spencer <travis.spencer@curit=
y.io> wrote:
On Wed, Oct 23, 2019 at 2:11 PM Brian Campbell

<bcampbe=
ll@pingidentity.com> wrote:

> I agree with Ben here that it's not at all clear that the OAuth MT=
LS document should have defined a protocol from proxy to backend.



Shouldn't it at least normalitvely reference some other spec then? If
that reference is not defined before this draft is finalized, one

could say they comply with the final mTLS spec but in a

non-interoperable way.






<=
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From: Torsten Lodderstedt 
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To: oauth 
Date: Mon, 4 Nov 2019 17:48:15 +0100
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Subject: [OAUTH-WG] Fwd: New Version Notification for draft-lodderstedt-oauth-rar-03.txt
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Hi all,

a new (significantly enhanced) revision of draft-lodderstedt-oauth-rar =
was just published. Here is the list of changes:

	=E2=80=A2 Reworked examples to illustrate privacy preserving use =
of authorization_details
	=E2=80=A2 Added text on audience restriction
	=E2=80=A2 Added description of relationship between scope and =
authorization_details
	=E2=80=A2 Added text on token request & response and =
authorization_details
	=E2=80=A2 Added text on how authorization details are conveyed =
to RSs by JWTs or token endpoint response
	=E2=80=A2 Added description of relationship between claims and =
authorization_details
	=E2=80=A2 Added more example from different sectors
	=E2=80=A2 Clarified string comparison to be byte-exact without =
collation

Thanks a lot for all contributions and the review feedback so far. I =
will present this draft in Singapore and would appreciate if the WG =
would consider this draft for adoption.=20

best regards,
Torsten.=20

> Begin forwarded message:
>=20
> From: internet-drafts@ietf.org
> Subject: New Version Notification for =
draft-lodderstedt-oauth-rar-03.txt
> Date: 4. November 2019 at 17:43:01 CET
> To: "Justin Richer" , "Torsten Lodderstedt" =
, "Brian Campbell" 
>=20
>=20
> A new version of I-D, draft-lodderstedt-oauth-rar-03.txt
> has been successfully submitted by Torsten Lodderstedt and posted to =
the
> IETF repository.
>=20
> Name:		draft-lodderstedt-oauth-rar
> Revision:	03
> Title:		OAuth 2.0 Rich Authorization Requests
> Document date:	2019-11-03
> Group:		Individual Submission
> Pages:		30
> URL:            =
https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-rar-03.txt
> Status:         =
https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
> Htmlized:       =
https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03
> Htmlized:       =
https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-rar
> Diff:           =
https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-rar-03
>=20
> Abstract:
>   This document specifies a new parameter "authorization_details" that
>   is used to carry fine grained authorization data in the OAuth
>   authorization request.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of =
submission
> until the htmlized version and diff are available at tools.ietf.org.
>=20
> The IETF Secretariat
>=20


--Apple-Mail=_DEB7000B-C24A-4789-9B87-2F02F8AE5428
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	charset=utf-8

Hi =
all,

a new =
(significantly enhanced) revision of draft-lodderstedt-oauth-rar was =
just published. Here is the list of changes:

	=E2=80=A2 =
Reworked examples to illustrate privacy preserving use =
of authorization_details
	=E2=80=A2 =
Added text on audience restriction
	=
=E2=80=A2 Added description of relationship =
between scope and authorization_details
	=E2=80=A2 Added text on token =
request & response and authorization_details
	=E2=80=A2 Added text on how =
authorization details are conveyed to RSs by JWTs or token endpoint =
response
	=E2=80=A2 =
Added description of relationship =
between claims and authorization_details
	=E2=80=A2 Added more example from =
different sectors
	=E2=80=A2 =
Clarified string comparison to be byte-exact without collation

Thanks a lot for all =
contributions and the review feedback so far. I will present this draft =
in Singapore and would appreciate if the WG would consider this draft =
for adoption. 

best regards,
Torsten. 
Begin =
forwarded message:

From: =
internet-drafts@ietf.org
Subject: =
New Version =
Notification for draft-lodderstedt-oauth-rar-03.txt
Date: =
4. November 2019 at 17:43:01 =
CET
To: =
"Justin Richer" <ietf@justin.richer.org>, "Torsten Lodderstedt" <torsten@lodderstedt.net>, "Brian Campbell" <bcampbell@pingidentity.com>

A new version of I-D, draft-lodderstedt-oauth-rar-03.txt
has been successfully submitted by Torsten Lodderstedt and =
posted to the
IETF repository.

Name:	=
	=
draft-lodderstedt-oauth-rar
Revision:	03
Title:=
		=
OAuth 2.0 Rich Authorization Requests
Document =
date:	=
2019-11-03
Group:		Individual Submission
Pages:=
		=
30
URL: =
           https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-ra=
r-03.txt
Status: =
        https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
Htmlized:       https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03<=
br class=3D"">Htmlized:       https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-r=
ar
Diff: =
          https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-rar=
-03

Abstract:
 =
  This document specifies a new parameter =
"authorization_details" that
   is used to carry =
fine grained authorization data in the OAuth
 =
  authorization request.




Please note that it may take a =
couple of minutes from the time of submission
until the =
htmlized version and diff are available at tools.ietf.org.

The IETF Secretariat


=

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From: "Luke Synnestvedt (US - ADVS)" 
Date: Mon, 4 Nov 2019 12:26:25 -0600
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Subject: [OAUTH-WG] Mail regarding draft-ietf-oauth-token-exchange (version 19)
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Hello IETF OAuth team,

I'm drafting some internal reference architecture guidance on the topic of
Token Exchange within an OAuth 2.0 authentication/authorization flow and
have relied heavily on the most recent draft
 which I
know has since expired. I also see that this document has been sent for
publication approval - is there an update from the team regarding when this
document may be published?

Thanks,
Luke Synnestvedt

-- 
*Luke Owen Synnestvedt*
Cybersecurity Consultant
Philadelphia | +1 (215) 280 6032
PricewaterhouseCoopers Advisory Services LLC

______________________________________________________________________
The information transmitted, including any attachments, is intended only for the person or entity to which it is addressed and may contain confidential and/or privileged material. Any review, retransmission, dissemination or other use of, or taking of any action in reliance upon, this information by persons or entities other than the intended recipient is prohibited, and all liability arising therefrom is disclaimed. If you received this in error, please contact the sender and delete the material from any computer. PricewaterhouseCoopers LLP is a Delaware limited liability partnership.  This communication may come from PricewaterhouseCoopers LLP or one of its subsidiaries.

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Hello IETF OAuth team,

I'm drafting=
 some internal reference architecture guidance on the topic of Token Exchan=
ge within an OAuth 2.0 authentication/authorization flow and have relied he=
avily on the most recent draft which I know has since expired. I also s=
ee that this document has been sent for publication approval - is there an =
update from the team regarding when this document may be published?

Thanks,
Luke Synnestvedt
=

-- 
Luke Owe=
n Synnestvedt
Cybersecurity Consultant
Philadelphia |=
 +1 (215) 280 6032
PricewaterhouseCoopers Advisory Services LLC
=




The information transmitted, including any attachments, is intended onl=
y for the person or entity to which it is addressed and may contain confide=
ntial and/or privileged material. Any review, retransmission, dissemination=
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n by persons or entities other than the intended recipient is prohibited, a=
nd all liability arising therefrom is disclaimed. If you received this in e=
rror, please contact the sender and delete the material from any computer. =
PricewaterhouseCoopers LLP is a Delaware limited liability partnership.  Th=
is communication may come from PricewaterhouseCoopers LLP or one of its sub=
sidiaries.


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References: 
From: Vladimir Dzhuvinov 
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=46rom what I see -19 hasn't expired:

Expires: January 21, 2020


Perhaps somebody else could answer your second question, but for me it's
essentially at a stage when it's a done deal.

Vladimir

On 04/11/2019 20:26, Luke Synnestvedt (US - ADVS) wrote:
> Hello IETF OAuth team,
>
> I'm drafting some internal reference architecture guidance on the
> topic of Token Exchange within an OAuth 2.0
> authentication/authorization flow and have relied heavily on the most
> recent draft
>  which
> I know has since expired. I also see that this document has been sent
> for publication approval - is there an update from the team regarding
> when this document may be published?
>
> Thanks,
> Luke Synnestvedt


--------------E9AD62C8818FBF7397D6D47C
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From what I see -19 hasn't expired: 

    

    
Expires: January 21, 2020

    


    

    
Perhaps somebody else could answer you=
r
      second question, but for me it's essentially at a stage when it's
      a done deal.

    


    

    
Vladimir

    

    


    

    
On 04/11/2019 20:26, Luke Synnestvedt
      (US - ADVS) wrote:

    

    

      
      
Hello IETF OAuth team,
        


        

        
I'm drafting some internal reference architecture guidance
          on the topic of Token Exchange within an OAuth 2.0
          authentication/authorization flow and have relied heavily on
          the most recent draft which I know
          has since expired. I also see that this document has been sent
          for publication approval - is there an update from the team
          regarding when this document may be published?

        


        

        
Thanks,

        
Luke Synnestvedt

      

    

    

  


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From: Brian Campbell 
Date: Mon, 4 Nov 2019 13:28:58 -0700
Message-ID: 
To: Vladimir Dzhuvinov 
Cc: oauth 
Content-Type: multipart/alternative; boundary="000000000000e1c2fe05968b2bdf"
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Subject: Re: [OAUTH-WG] Mail regarding draft-ietf-oauth-token-exchange (version 19)
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It is currently in the RFC Editor's publication queue
https://www.rfc-editor.org/current_queue.php so should be published soon as
an RFC (for some value of soon).

On Mon, Nov 4, 2019 at 1:13 PM Vladimir Dzhuvinov 
wrote:

> From what I see -19 hasn't expired:
>
> Expires: January 21, 2020
>
>
> Perhaps somebody else could answer your second question, but for me it's
> essentially at a stage when it's a done deal.
>
> Vladimir
>
> On 04/11/2019 20:26, Luke Synnestvedt (US - ADVS) wrote:
>
> Hello IETF OAuth team,
>
> I'm drafting some internal reference architecture guidance on the topic o=
f
> Token Exchange within an OAuth 2.0 authentication/authorization flow and
> have relied heavily on the most recent draft
>  which I
> know has since expired. I also see that this document has been sent for
> publication approval - is there an update from the team regarding when th=
is
> document may be published?
>
> Thanks,
> Luke Synnestvedt
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

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It is currently in the RFC Editor's publication queue =
https://www.rfc-ed=
itor.org/current_queue.php so should be published soon as an RFC (for s=
ome value of soon). 

On Mon, Nov 4, 2019 at 1:13 PM Vladimir Dzhuvinov &=
lt;vladimir@connect2id.com&g=
t; wrote:

 =20
   =20
 =20
  

    
From what I see -19 hasn't expired: 

    

    
Expires: January 21, 2020

    


    

    
Perhaps somebody else could answer your
      second question, but for me it's essentially at a stage when it&#=
39;s
      a done deal.

    


    

    
Vladimir

    

    


    

    
On 04/11/2019 20:26, Luke Synnestvedt
      (US - ADVS) wrote:

    

    

     =20
      
Hello IETF OAuth team,
        


        

        
I'm drafting some internal reference architecture guidance
          on the topic of Token Exchange within an OAuth 2.0
          authentication/authorization flow and have relied heavily on
          the most recent draft which I know
          has since expired. I also see that this document has been sent
          for publication approval - is there an update from the team
          regarding when this document may be published?

        


        

        
Thanks,

        
Luke Synnestvedt

      

    

    

  


_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth






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In-Reply-To: 
From: Travis Spencer 
Date: Mon, 4 Nov 2019 21:35:03 +0100
Message-ID: 
To: Rifaat Shekh-Yusef 
Cc: oauth , oauth-chairs@ietf.org
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Subject: Re: [OAUTH-WG] oauth - New Meeting Session Request for IETF 106
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Submitted: https://datatracker.ietf.org/doc/draft-spencer-oauth-claims/

On Fri, Nov 1, 2019 at 5:57 PM Rifaat Shekh-Yusef  w=
rote:
>
> Sounds good.
>
> On Fri, Nov 1, 2019 at 12:56 PM Travis Spencer =
 wrote:
>>
>> I see that the deadline is Monday.[1] I'll work this weekend, and
>> submit what I have. It won't be as much as I wanted due to other
>> commitments, but the gist will be complete.
>>
>> [1] https://datatracker.ietf.org/meeting/106/important-dates/
>>
>> On Fri, Nov 1, 2019 at 5:37 PM Rifaat Shekh-Yusef  wrote:
>> >
>> > Hi Spencer
>> >
>> > Sure. When are yo planning on submitting the draft?
>> >
>> > Regards,
>> >  Rifaat
>> >
>> >
>> > On Mon, Oct 14, 2019 at 5:20 AM Travis Spencer  wrote:
>> >>
>> >> I would like a slot to talk about a new draft I'm going to submit in =
the coming weeks related to claims (i.e., structured scopes). Would that be=
 possible?
>> >>
>> >> On Fri, Oct 4, 2019 at 11:15 PM Dick Hardt  wro=
te:
>> >>>
>> >>> I'd like a slot to provide an update on Reciprocal OAuth.
>> >>> =E1=90=A7
>> >>>
>> >>> On Fri, Oct 4, 2019 at 2:12 PM Brian Campbell  wrote:
>> >>>>
>> >>>> Hello chairs,
>> >>>>
>> >>>> I'd like to request some agenda time to present on:
>> >>>> https://tools.ietf.org/html/draft-fett-oauth-dpop
>> >>>>
>> >>>> Thank you,
>> >>>> Brian
>> >>>>
>> >>>> On Fri, Oct 4, 2019 at 3:09 PM Torsten Lodderstedt  wrote:
>> >>>>>
>> >>>>> Hi chairs,
>> >>>>>
>> >>>>> I would like to request the following slots:
>> >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-rar
>> >>>>> - https://tools.ietf.org/html/draft-lodderstedt-oauth-par
>> >>>>> - Security BCP
>> >>>>>
>> >>>>> kind regards,
>> >>>>> Torsten..
>> >>>>>
>> >>>>> Am 04.10.2019 um 11:08 schrieb IETF Meeting Session Request Tool <=
session-request@ietf..org>:
>> >>>>>
>> >>>>> =EF=BB=BF
>> >>>>>
>> >>>>> A new meeting session request has just been submitted by Hannes Ts=
chofenig, a Chair of the oauth working group.
>> >>>>>
>> >>>>>
>> >>>>> ---------------------------------------------------------
>> >>>>> Working Group Name: Web Authorization Protocol
>> >>>>> Area Name: Security Area
>> >>>>> Session Requester: Hannes Tschofenig
>> >>>>>
>> >>>>> Number of Sessions: 2
>> >>>>> Length of Session(s):  1.5 Hours, 1.5 Hours
>> >>>>> Number of Attendees: 50
>> >>>>> Conflicts to Avoid:
>> >>>>> Chair Conflict: acme tls rats sipcore anima
>> >>>>> Technology Overlap: ace secevent teep suit core tokbind saag
>> >>>>>
>> >>>>>
>> >>>>>
>> >>>>> People who must be present:
>> >>>>>  Roman Danyliw
>> >>>>>  Hannes Tschofenig
>> >>>>>  Rifaat Shekh-Yusef
>> >>>>>
>> >>>>> Resources Requested:
>> >>>>>
>> >>>>> Special Requests:
>> >>>>>
>> >>>>> ---------------------------------------------------------
>> >>>>>
>> >>>>> _______________________________________________
>> >>>>> OAuth mailing list
>> >>>>> OAuth@ietf.org
>> >>>>> https://www.ietf.org/mailman/listinfo/oauth
>> >>>>>
>> >>>>> _______________________________________________
>> >>>>> OAuth mailing list
>> >>>>> OAuth@ietf.org
>> >>>>> https://www.ietf.org/mailman/listinfo/oauth
>> >>>>
>> >>>>
>> >>>> CONFIDENTIALITY NOTICE: This email may contain confidential and pri=
vileged material for the sole use of the intended recipient(s). Any review,=
 use, distribution or disclosure by others is strictly prohibited...  If yo=
u have received this communication in error, please notify the sender immed=
iately by e-mail and delete the message and any file attachments from your =
computer. Thank you._______________________________________________
>> >>>> OAuth mailing list
>> >>>> OAuth@ietf.org
>> >>>> https://www.ietf.org/mailman/listinfo/oauth
>> >>>
>> >>> _______________________________________________
>> >>> OAuth mailing list
>> >>> OAuth@ietf.org
>> >>> https://www.ietf.org/mailman/listinfo/oauth


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A New Internet-Draft is available from the on-line Internet-Drafts directories.
This draft is a work item of the Web Authorization Protocol WG of the IETF.

        Title           : OAuth 2.0 Incremental Authorization
        Author          : William Denniss
	Filename        : draft-ietf-oauth-incremental-authz-03.txt
	Pages           : 9
	Date            : 2019-11-04

Abstract:
   OAuth 2.0 authorization requests that include every scope the client
   might ever need can result in over-scoped authorization and a sub-
   optimal end-user consent experience.  This specification enhances the
   OAuth 2.0 authorization protocol by adding incremental authorization,
   the ability to request specific authorization scopes as needed, when
   they're needed, removing the requirement to request every possible
   scope that might be needed upfront.


The IETF datatracker status page for this draft is:
https://datatracker.ietf.org/doc/draft-ietf-oauth-incremental-authz/

There are also htmlized versions available at:
https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-03
https://datatracker.ietf.org/doc/html/draft-ietf-oauth-incremental-authz-03

A diff from the previous version is available at:
https://www.ietf.org/rfcdiff?url2=draft-ietf-oauth-incremental-authz-03


Please note that it may take a couple of minutes from the time of submission
until the htmlized version and diff are available at tools.ietf.org.

Internet-Drafts are also available by anonymous FTP at:
ftp://ftp.ietf.org/internet-drafts/


From nobody Tue Nov  5 03:59:53 2019
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From: Lee McGovern 
To: "oauth@ietf.org" 
Thread-Topic: Security BCP Review
Thread-Index: AdWT0ICkX9HZU4pbQKepV3hk+Xa3kQ==
Date: Tue, 5 Nov 2019 11:59:40 +0000
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Subject: [OAUTH-WG] Security BCP Review
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As discussed on call yesterday here is my comments after review of https://=
tools.ietf.org/html/draft-ietf-oauth-security-topics-13 =


3.1 - "Clients MUST memorize which authorization server they sent an author=
ization request to" - is memorize the best synonym here, perhaps store or r=
etain is more aligned with computational language?

3.1.2 How does the draft https://tools.ietf.org/html/draft-parecki-oauth-br=
owser-based-apps-02 align with this guidance and will a future BCP update i=
nclude a direct reference to the final published version of this spec?

3.5, 3.6 Since there is a reference to the MTLS draft could there also be s=
ome guidance on the usage of token exchange best practise and also for the =
contents of the access token to be aligned https://tools.ietf.org/html/draf=
t-ietf-oauth-access-token-jwt-02

-----Original Message-----
From: OAuth  On Behalf Of oauth-request@ietf.org
Sent: Donnerstag, 17. Oktober 2019 21:00
To: oauth@ietf.org
Subject: OAuth Digest, Vol 132, Issue 24

Send OAuth mailing list submissions to
	oauth@ietf.org

To subscribe or unsubscribe via the World Wide Web, visit
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e: Contents of OAuth digest..."


Today's Topics:

   1. Re: Virtual Interim Meeting - Nov. 4th (Daniel Fett)
   2. Web Authorization Protocol (oauth) WG Virtual Meeting:
      2019-11-04 (IESG Secretary)


----------------------------------------------------------------------

Message: 1
Date: Thu, 17 Oct 2019 12:35:35 +0200
From: Daniel Fett 
To: oauth@ietf.org
Subject: Re: [OAUTH-WG] Virtual Interim Meeting - Nov. 4th
Message-ID: <726efad4-a76c-c4dd-8a6e-b1097ac519c5@yes.com>
Content-Type: text/plain; charset=3D"utf-8"

I'm in as well.

Am 16.10.19 um 22:46 schrieb Mike Jones:
>
> I would participate.
>
> ?
>
> *From:* OAuth  *On Behalf Of * Vineet Banga
> *Sent:* Wednesday, October 16, 2019 7:19 AM
> *To:* Aaron Parecki 
> *Cc:* oauth 
> *Subject:* Re: [OAUTH-WG] Virtual Interim Meeting - Nov. 4th
>
> ?
>
> I would like to attend as well.
>
> ?
>
> Vineet
>
> ?
>
> On Wed, Oct 16, 2019 at 6:36 AM Aaron Parecki  > wrote:
>
>     I'm interested as well.
>
>     ?
>
>     Aaron Parecki
>
>     ?
>
>     ?
>
>     ?
>
>     On Wed, Oct 16, 2019 at 3:54 AM Torsten Lodderstedt
>     > wrote:
>
>         Hi,
>
>         I?m interested.
>
>         kind regards,
>         Torsten.
>
>         > On 15. Oct 2019, at 17:44, Hannes Tschofenig
>         >
>         wrote:
>         >
>         > Hi all,
>         >
>         > we would like to hold a virtual interim meeting to discuss
>         the next steps regarding the OAuth 2.0 Security Best Current
>         Practice
>         (https://datatracker.ietf.org/doc/draft-ietf-oauth-security-topic=
s/
>         )
>         draft.
>         >
>         > Time would be at our bi-weekly OAuth WG Virtual Office Hours
>         (i.e., 6:00 PM to 6:30 PM, (UTC+01:00) Amsterdam, Berlin,
>         Bern, Rome, Stockholm, Vienna).
>         >
>         > Please let us know if you are interested in the call.
>         >
>         > Ciao
>         > Hannes & Rifaat
>         >
>         > IMPORTANT NOTICE: The contents of this email and any
>         attachments are confidential and may also be privileged. If
>         you are not the intended recipient, please notify the sender
>         immediately and do not disclose the contents to any other
>         person, use it for any purpose, or store or copy the
>         information in any medium. Thank you.
>         >
>         > _______________________________________________
>         > OAuth mailing list
>         > OAuth@ietf.org 
>         > https://www.ietf.org/mailman/listinfo/oauth
>         =

>  .ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40
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>
>         _______________________________________________
>         OAuth mailing list
>         OAuth@ietf.org 
>         https://www.ietf.org/mailman/listinfo/oauth
>         =

>  .ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40
> microsoft.com%7C2e9bf2ca971a4052178108d75243ef81%7C72f988bf86f141af91a
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>
>     --
>
>     ----
>
>     Aaron Parecki
>
>     aaronparecki.com
>     =

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>
>     @aaronpk
>     =

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>
>     ?
>
>     _______________________________________________
>     OAuth mailing list
>     OAuth@ietf.org 
>     https://www.ietf.org/mailman/listinfo/oauth
>     =

>  .ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40
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>
> _______________________________________________
> OAuth mailing list
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------------------------------

Message: 2
Date: Thu, 17 Oct 2019 10:18:33 -0700
From: IESG Secretary 
To: "IETF-Announce" 
Cc: oauth@ietf.org
Subject: [OAUTH-WG] Web Authorization Protocol (oauth) WG Virtual
	Meeting: 2019-11-04
Message-ID: <157133271343.10206.12697042949233111458@ietfa.amsl.com>
Content-Type: text/plain; charset=3D"utf-8"

The Web Authorization Protocol (oauth) Working Group will hold a virtual in=
terim meeting on 2019-11-04 from 18:00 to 19:00 Europe/Vienna.

Agenda:
The purpose of the meeting is to discuss the next steps regarding the OAuth=
 2.0 Security Best Current Practice (https://datatracker.ietf.org/doc/draft=
-ietf-oauth-security-topics/) draft.

While our OAuth WG Virtual Office Hours is only 30 minutes long, I have ext=
ended the meeting invite to an one hour (in case we need more time).

Webex info:
https://ietf.webex.com/ietf/j.php?MTID=3Dma9109b49231ef3fee527bbc24b6a285b
Meeting number (access code): 643 148 548 Host key: 317086 =



Information about remote participation:
https://ietf.webex.com/ietf/j.php?MTID=3Dma9109b49231ef3fee527bbc24b6a285b



------------------------------

Subject: Digest Footer

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https://www.ietf.org/mailman/listinfo/oauth


------------------------------

End of OAuth Digest, Vol 132, Issue 24
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From: Hannes Tschofenig 
To: "oauth@ietf.org" 
Thread-Topic: WGLC for "OAuth 2.0 Security Best Current Practice"
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Archived-At: 
Subject: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Hi all,

this is a working group last call for "OAuth 2.0 Security Best Current Prac=
tice".

Here is the document:
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13

Please send you comments to the OAuth mailing list by Nov. 27, 2019.
(We use a three week WGLC because of the IETF meeting.)

Ciao
Hannes & Rifaat

IMPORTANT NOTICE: The contents of this email and any attachments are confid=
ential and may also be privileged. If you are not the intended recipient, p=
lease notify the sender immediately and do not disclose the contents to any=
 other person, use it for any purpose, or store or copy the information in =
any medium. Thank you.


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From: Hans Zandbelt 
Date: Wed, 6 Nov 2019 09:46:31 +0000
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Subject: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [1/3]
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Hi,

Please find my feedback on the first 10 pages below.

Hans.

Overall:
- grammar in the first sections: there's a lot of comma-separated sentences
that could/should be reworked by a native speaker
- perhaps readers guidance pointing developers straight to section 3. as
Torsten said on the call would be useful
- as also discussed on the call, perhaps it would be good to spell out how
this BCP relates to the original OAuth 2.0 security considerations in the
RFC(s)

P3 1. Introduction
Usage of OAuth vs. OAuth 2.0 across the document: perhaps explain that in
the remainder OAuth refers to OAuth 2.0.

First bullet:
- CSRF and referrer header are being mentioned without explaining the
abbreviation, context or reference. And btw, it is the =E2=80=9Creferer=E2=
=80=9D header=E2=80=A6
- =E2=80=9Cdefense in depth=E2=80=9D -> =E2=80=9Cin depth defense=E2=80=9D =
?
Third bullet:
- I believe those higher security use cases were considered from the start,
but they were not acted upon before (e.g. MAC spec was left abandoned).

P4 first paragraph, in the middle:
=E2=80=9CThis way the same..=E2=80=9D -> =E2=80=9CIn this way the same=E2=
=80=A6=E2=80=9D
=E2=80=9Cserves as a frontend=E2=80=A6=E2=80=9D -> =E2=80=9Cserve as a fron=
tend=E2=80=A6=E2=80=9D
=E2=80=9Cin a multi-tenancy.=E2=80=9D -> =E2=80=9Cin multi-tenant environme=
nt.=E2=80=9D

In general there are a lot of sentences broken up by comma=E2=80=99s that c=
ould be
rearranged and do without the comma=E2=80=99s.

1.1 the whole section is comprised of comma-split sentences that could be
re-arranged.

2.
In general: shouldn=E2=80=99t the OAuth 2.0 terms be capitalized everywhere=
 e.g.
resource owner -> Resource Owner
authorization server -> Authorization Server
Etc. ?

- =E2=80=9Cwas laid out that described=E2=80=A6=E2=80=9D -> =E2=80=9Cwas la=
id out that describes=E2=80=A6=E2=80=9D
- =E2=80=9Cat an authorization server (AS)=E2=80=A6=E2=80=9D -> =E2=80=9Cat=
 the authorization server (AS)=E2=80=A6=E2=80=9D

P5:
A1:
- first sentence ends the list with =E2=80=9Cetc.=E2=80=9D but I don=E2=80=
=99t feel an enumeration
of attacks can be left up to the reader to complete.
- =E2=80=9Cbe achieved through many ways=E2=80=9D -> =E2=80=9Cbe achieved i=
n many ways=E2=80=9D

A3 and A4 could very conveniently be bundled together, isn=E2=80=99t it, by
specifying =E2=80=9Cread but not write the authorization request and/or res=
ponse=E2=80=9D.

P6: 2.
The last paragraph of 2. is hand-wavy, almost scaring the implementor but
not giving him the guidance to act properly. I=E2=80=99m not sure this help=
s,
especially the usage of MUST will make implementers feel uncomfortable
because it does not tell them exactly what they MUST do. Something like =E2=
=80=9Can
implementer SHOULD always consider other attack vectors specific to their
environment=E2=80=9D may work better?

3.1
End of first paragraph =E2=80=9CIt also helps to detect mix-up attacks.=E2=
=80=9D lacks an
explanation or a reference to a section where this is explained. As a
matter of fact I don=E2=80=99t immediately get why this would help to mitig=
ate
mix-up attacks.

P7:
2nd paragraph: I don=E2=80=99t think [I-D.bradley-oauth-jwt-encoded-state] =
is going
anywhere and =E2=80=93 even as a co-author - I=E2=80=99m not sure the refer=
ence should be
included here.

Last paragraph of 3.1:
=E2=80=9CAS which redirect a request=E2=80=A6=E2=80=9D -> =E2=80=9CASes whi=
ch redirect a request=E2=80=A6=E2=80=9D or =E2=80=9CAn
AS that redirects a request=E2=80=A6=E2=80=9D

P8:
3rd paragraph: I guess it was discussed in length but I would like to see
=E2=80=9Cclients SHOULD NOT use the implicit grant=E2=80=9D change into =E2=
=80=9Cclients MUST NOT
use the implicit grant=E2=80=9D, as done for ROPC further down. This is a s=
ecurity
BCP and implementers complying with it must really not support Implicit any
longer IMHO. It is still an option for implementers to not follow this BCP
and =E2=80=9Cjust=E2=80=9D do OAuth 2.0=E2=80=A6 or implement sender constr=
ained tokens. The SHOULD
gives people a way out and an excuse that we should no longer allow.

P9:
3.3 missing text about not using access tokens for user authentication
(again?) plus reference to oauth.net/articles/authentication, A thing I
still often see in deployments and still a source of confusion for
developers and deployers

--=20
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

--00000000000011b1a70596aa6dfc
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Hi,

Please find my feedback =
on the first 10 pages below.

Hans.

<=
/div>Overall:
- grammar in the first sections: there's a lot of comm=
a-separated sentences that could/should be reworked by a native speaker
=
-	perhaps readers guidance pointing developers straight to section 3. as To=
rsten said on the call would be useful
-	as also discussed on the call, =
perhaps it would be good to spell out how this BCP relates to the original =
OAuth 2.0 security considerations in the RFC(s)

P3 1. IntroductionUsage of OAuth vs. OAuth 2.0 across the document: perhaps explain that in=
 the remainder OAuth refers to OAuth 2.0.

First bullet:
-	CSRF an=
d referrer header are being mentioned without explaining the abbreviation, =
context or reference. And btw, it is the =E2=80=9Creferer=E2=80=9D header=
=E2=80=A6
-	=E2=80=9Cdefense in depth=E2=80=9D -> =E2=80=9Cin depth d=
efense=E2=80=9D ?
Third bullet:
-	I believe those higher security use=
 cases were considered from the start, but they were not acted upon before =
(e.g. MAC spec was left abandoned).

P4 first paragraph, in the middl=
e:
=E2=80=9CThis way the same..=E2=80=9D -> =E2=80=9CIn this way the =
same=E2=80=A6=E2=80=9D
=E2=80=9Cserves as a frontend=E2=80=A6=E2=80=9D -=
> =E2=80=9Cserve as a frontend=E2=80=A6=E2=80=9D
=E2=80=9Cin a multi-=
tenancy.=E2=80=9D -> =E2=80=9Cin multi-tenant environment.=E2=80=9D
<=
br>In general there are a lot of sentences broken up by comma=E2=80=99s tha=
t could be rearranged and do without the comma=E2=80=99s.

1.1 the wh=
ole section is comprised of comma-split sentences that could be re-arranged=
.

2.
In general: shouldn=E2=80=99t the OAuth 2.0 terms be capital=
ized everywhere e.g.
resource owner -> Resource Owner
authorizatio=
n server -> Authorization Server
Etc. ?

- =E2=80=9Cwas laid ou=
t that described=E2=80=A6=E2=80=9D -> =E2=80=9Cwas laid out that describ=
es=E2=80=A6=E2=80=9D
- =E2=80=9Cat an authorization server (AS)=E2=80=A6=
=E2=80=9D -> =E2=80=9Cat the authorization server (AS)=E2=80=A6=E2=80=9D=


P5:
A1:
-	 first sentence ends the list with =E2=80=9Cetc.=E2=
=80=9D but I don=E2=80=99t feel an enumeration of attacks can be left up to=
 the reader to complete.
-	=E2=80=9Cbe achieved through many ways=E2=80=
=9D -> =E2=80=9Cbe achieved in many ways=E2=80=9D

A3 and A4 could=
 very conveniently be bundled together, isn=E2=80=99t it, by specifying =E2=
=80=9Cread but not write the authorization request and/or response=E2=80=9D=
.

P6: 2.
The last paragraph of 2. is hand-wavy, almost scaring th=
e implementor but not giving him the guidance to act properly. I=E2=80=99m =
not sure this helps, especially the usage of MUST will make implementers fe=
el uncomfortable because it does not tell them exactly what they MUST do. S=
omething like =E2=80=9Can implementer SHOULD always consider other attack v=
ectors specific to their environment=E2=80=9D may work better?

3.1End of first paragraph =E2=80=9CIt also helps to detect mix-up attacks.=
=E2=80=9D lacks an explanation or a reference to a section where this is ex=
plained. As a matter of fact I don=E2=80=99t immediately get why this would=
 help to mitigate mix-up attacks.

P7:
2nd paragraph: I don=E2=80=
=99t think [I-D.bradley-oauth-jwt-encoded-state] is going anywhere and =E2=
=80=93 even as a co-author - I=E2=80=99m not sure the reference should be i=
ncluded here.

Last paragraph of 3.1:
=E2=80=9CAS which redirect a=
 request=E2=80=A6=E2=80=9D -> =E2=80=9CASes which redirect a request=E2=
=80=A6=E2=80=9D or =E2=80=9CAn AS that redirects a request=E2=80=A6=E2=80=
=9D

P8:
3rd paragraph: I guess it was discussed in length but I w=
ould like to see =E2=80=9Cclients SHOULD NOT use the implicit grant=E2=80=
=9D change into =E2=80=9Cclients MUST NOT use the implicit grant=E2=80=9D, =
as done for ROPC further down. This is a security BCP and implementers comp=
lying with it must really not support Implicit any longer IMHO. It is still=
 an option for implementers to not follow this BCP and =E2=80=9Cjust=E2=80=
=9D do OAuth 2.0=E2=80=A6 or implement sender constrained tokens. The SHOUL=
D gives people a way out and an excuse that we should no longer allow.
<=
br>P9:
3.3 missing text about not using access tokens for user authentic=
ation (again?) plus reference to oauth.net/articles/authentication, A thing I still often see=
 in deployments and still a source of confusion for developers and deployer=
s

-- 


--00000000000011b1a70596aa6dfc--


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From: Rifaat Shekh-Yusef 
Date: Wed, 6 Nov 2019 08:40:56 -0500
Message-ID: 
To: oauth 
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Subject: [OAUTH-WG] OAuth WG Draft Agenda
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All,

The following is our draft agenda for the two sessions in Singapore:

*Wednesday=E2=80=99s Agenda*

Chairs Update (15 min)
Security Topics =E2=80=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Brian (15 min)


*Thursday=E2=80=99s Agenda*

Rich Authorization =E2=80=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 min)
10 minutes buffer

Please, let us know if you have any comments or if we missed anything.

Regards,
 Rifaat & Hannes

P.S., I will not be attending the meeting in Singapore.
If you need any help from the chairs during the meeting week, make sure to
contact Hannes.

--00000000000076e5680596adb3b0
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All,

The following is our draft agenda =
for the two sessions in Singapore:

Wednesday=E2=
=80=99s Agenda

Chairs Update (15 min)
Security Topics =E2=80=
=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAu=
th update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Brian (15 min)

Thursday=E2=80=99s Agenda

Rich Authorization =E2=80=
=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
=
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Fram=
ework: Claims =E2=80=93 Travis (20 min)
10 minutes buffer
=

Please, let us know if you have any comments or if we missed=
 anything.

Regards,
=C2=A0Rifaat & H=
annes

P.S., I will not be attending the meeting in=
 Singapore.=C2=A0
If you need any help from the chairs during the=
 meeting week, make sure to contact Hannes.


--00000000000076e5680596adb3b0--


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In-Reply-To: 
From: Jared Jennings 
Date: Wed, 6 Nov 2019 14:16:19 -0600
Message-ID: 
To: Hannes Tschofenig 
Cc: "oauth@ietf.org" 
Content-Type: multipart/alternative; boundary="0000000000006cc87c0596b33972"
Archived-At: 
Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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--0000000000006cc87c0596b33972
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Hi,

This is my first time reviewing a document or responding to the group. So,
with that introduction feel free to guide me along the way.

Reading through the document, I had a few high-level questions first. I
will have more detailed comments later, once I know I'm on the right track
and I assume those comments I should just share with the mailing list?

1. Since the document is a "Best Practices" document, are the words "MUST"
and "REQUIRED" and other definitive terms? Would instead SHOULD and
RECOMMENDED be used?

2. Should other possible threats and vulnerabilities be included? Meaning,
is the list the definitive known list?

Thanks!
-Jared
Skype:jaredljennings
Signal:+1 816.730.9540
WhatsApp: +1 816.678.4152



On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig 
wrote:

> Hi all,
>
> this is a working group last call for "OAuth 2.0 Security Best Current
> Practice".
>
> Here is the document:
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>
> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> (We use a three week WGLC because of the IETF meeting.)
>
> Ciao
> Hannes & Rifaat
>
> IMPORTANT NOTICE: The contents of this email and any attachments are
> confidential and may also be privileged. If you are not the intended
> recipient, please notify the sender immediately and do not disclose the
> contents to any other person, use it for any purpose, or store or copy the
> information in any medium. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--0000000000006cc87c0596b33972
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Content-Transfer-Encoding: quoted-printable


Hi,

This is my first time reviewing a d=
ocument or responding to the group. So, with that introduction feel free to=
 guide me along the way.

Reading through the docum=
ent, I had a few high-level questions first. I will have more detailed comm=
ents later, once I know I'm on the right track and I assume those comme=
nts I should just share with the mailing list?

1. =
Since the document is a "Best Practices" document, are the words =
"MUST" and "REQUIRED" and other definitive=C2=A0terms? =
Would instead SHOULD and RECOMMENDED be used?

2. S=
hould other possible threats and vulnerabilities=C2=A0be included? Meaning,=
 is the list the definitive=C2=A0known list?

Thank=
s!
-Jared
Skype:jaredljennings
Signal:+1 816.730.9=
540
=
WhatsApp:=C2=A0+1 816.678.4152



On Wed, Nov 6, 2019 at 2:27 =
AM Hannes Tschofenig <Hanne=
s.Tschofenig@arm.com> wrote:
Hi all,



this is a working group last call for "OAuth 2.0 Security Best Current=
 Practice".



Here is the document:

https://tools.ietf.org/html/draft-iet=
f-oauth-security-topics-13



Please send you comments to the OAuth mailing list by Nov. 27, 2019.

(We use a three week WGLC because of the IETF meeting.)



Ciao

Hannes & Rifaat



IMPORTANT NOTICE: The contents of this email and any attachments are confid=
ential and may also be privileged. If you are not the intended recipient, p=
lease notify the sender immediately and do not disclose the contents to any=
 other person, use it for any purpose, or store or copy the information in =
any medium. Thank you.



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




--0000000000006cc87c0596b33972--


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From: Justin Richer 
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To: Jared Jennings 
References:  
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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1. Normative MUST/REQUIRED is fine in a BCP.=20

2. This is not the definitive list, but instead the best list of things =
that we have at this time. There will be more attacks, and more =
mitigations for those attacks.

 =E2=80=94 Justin

> On Nov 6, 2019, at 3:16 PM, Jared Jennings  =
wrote:
>=20
> Hi,
>=20
> This is my first time reviewing a document or responding to the group. =
So, with that introduction feel free to guide me along the way.
>=20
> Reading through the document, I had a few high-level questions first. =
I will have more detailed comments later, once I know I'm on the right =
track and I assume those comments I should just share with the mailing =
list?
>=20
> 1. Since the document is a "Best Practices" document, are the words =
"MUST" and "REQUIRED" and other definitive terms? Would instead SHOULD =
and RECOMMENDED be used?
>=20
> 2. Should other possible threats and vulnerabilities be included? =
Meaning, is the list the definitive known list?
>=20
> Thanks!
> -Jared
> Skype:jaredljennings
> Signal:+1 816.730.9540
> WhatsApp: +1 816.678.4152
>=20
>=20
>=20
> On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig =
> wrote:
> Hi all,
>=20
> this is a working group last call for "OAuth 2.0 Security Best Current =
Practice".
>=20
> Here is the document:
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13 =

>=20
> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> (We use a three week WGLC because of the IETF meeting.)
>=20
> Ciao
> Hannes & Rifaat
>=20
> IMPORTANT NOTICE: The contents of this email and any attachments are =
confidential and may also be privileged. If you are not the intended =
recipient, please notify the sender immediately and do not disclose the =
contents to any other person, use it for any purpose, or store or copy =
the information in any medium. Thank you.
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org 
> https://www.ietf.org/mailman/listinfo/oauth =

> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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1. =
Normative MUST/REQUIRED is fine in a BCP. 

2. This is not the definitive list, but =
instead the best list of things that we have at this time. There will be =
more attacks, and more mitigations for those attacks.

 =E2=80=94 =
Justin

On Nov 6, 2019, at 3:16 PM, Jared Jennings =
<jaredljennings@gmail.com> wrote:

Hi,

This is my first time reviewing a =
document or responding to the group. So, with that introduction feel =
free to guide me along the way.

Reading through the document, I had a =
few high-level questions first. I will have more detailed comments =
later, once I know I'm on the right track and I assume those comments I =
should just share with the mailing list?

1. Since the document is a "Best =
Practices" document, are the words "MUST" and "REQUIRED" and other =
definitive terms? Would instead SHOULD and RECOMMENDED be =
used?

2. =
Should other possible threats and vulnerabilities be included? =
Meaning, is the list the definitive known list?

Thanks!
-Jared
Skype:jaredljennings
Signal:+1 816.730.9540
WhatsApp: +1 =
816.678.4152



On Wed, Nov 6, 2019 at 2:27 AM Hannes =
Tschofenig <Hannes.Tschofenig@arm.com> wrote:
Hi all,



this is a working group last call for "OAuth 2.0 Security Best Current =
Practice".



Here is the document:

https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13=




Please send you comments to the OAuth mailing list by Nov. 27, 2019.

(We use a three week WGLC because of the IETF meeting.)



Ciao

Hannes & Rifaat



IMPORTANT NOTICE: The contents of this email and any attachments are =
confidential and may also be privileged. If you are not the intended =
recipient, please notify the sender immediately and do not disclose the =
contents to any other person, use it for any purpose, or store or copy =
the information in any medium. Thank you.



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth



_______________________________________________
OAuth =
mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth

=

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In-Reply-To: 
From: William Denniss 
Date: Wed, 6 Nov 2019 17:14:48 -0800
Message-ID: 
To: Brian Campbell 
Cc: Hannes Tschofenig , oauth 
Content-Type: multipart/alternative; boundary="000000000000e7f69f0596b764b5"
Archived-At: 
Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
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On Wed, Sep 25, 2019 at 3:54 PM Brian Campbell  wrote:

> Just noticed that something is missing in
> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02#section=
-5
> where it has just, "(Section 4.1.4 of )"
>

Thank you for catching this Brian. It was meant to read Section 4.1.4 of
RFC 6749.

I've updated this in my local copy, will get posted in version 04.


>
> On Thu, Sep 12, 2019 at 8:40 AM Hannes Tschofenig <
> Hannes.Tschofenig@arm.com> wrote:
>
>> Thanks for the correction; yes =E2=80=93 the most recent version is -02 =
and I
>> posted an old link.
>>
>>
>>
>>
>>
>> *From:* Eve Maler 
>> *Sent:* Donnerstag, 12. September 2019 16:16
>> *To:* Hannes Tschofenig 
>> *Subject:* Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
>>
>>
>>
>> I think you mean
>> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02?
>>
>> Eve Maler (sent from my iPad) | cell +1 425 345 6756 <(425)%20345-6756>
>>
>>
>> On Sep 11, 2019, at 4:22 AM, Hannes Tschofenig > > wrote:
>>
>> Hi all,
>>
>>
>>
>> We are starting a WGLC on the "OAuth 2.0 Incremental Authorization"
>> draft. You can find the document here:
>>
>> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-01
>>
>>
>>
>> Please review the document and provide feedback.
>>
>>
>>
>> The WGLC will end September 25th, 2019.
>>
>>
>>
>> Ciao
>>
>> Hannes & Rifaat
>>
>> IMPORTANT NOTICE: The contents of this email and any attachments are
>> confidential and may also be privileged. If you are not the intended
>> recipient, please notify the sender immediately and do not disclose the
>> contents to any other person, use it for any purpose, or store or copy t=
he
>> information in any medium. Thank you.
>>
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>> IMPORTANT NOTICE: The contents of this email and any attachments are
>> confidential and may also be privileged. If you are not the intended
>> recipient, please notify the sender immediately and do not disclose the
>> contents to any other person, use it for any purpose, or store or copy t=
he
>> information in any medium. Thank you.
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>
> *CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you.*_______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

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On Wed, Sep 25, 2019 at 3:54 PM Brian Campbell <bc=
ampbell=3D40pingidenti=
ty.com@dmarc.ietf.org> wrote:
Just noticed that  something is missi=
ng in https://tools.ietf.org/html/draft-ietf=
-oauth-incremental-authz-02#section-5 where it has just, "(Section=
 4.1.4 of )" 

Thank you for =
catching this Brian. It was meant to read Section 4.1.4 of RFC 6749.
<=
div>
I've updated this in my local copy, will get posted =
in version 04.
=C2=A0

On Thu, Sep 12, 2019 at 8:40 AM Hannes Tschof=
enig <Han=
nes.Tschofenig@arm.com> wrote:











Thanks for the correction; yes =E2=80=93 the most re=
cent version is -02 and I posted an old link.



=C2=A0


=C2=A0






From: Eve Maler <eve@xmlgrrl.com>


Sent: Donnerstag, 12. September 2019 16:16

To: Hannes Tschofenig <Hannes.Tschofenig@arm.com>

Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-0=
1






=C2=A0


I think you mean=C2=A0<=
a href=3D"https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02=
" target=3D"_blank">https://tools.ietf.org/html/draft-ietf-oauth-incrementa=
l-authz-02?






Eve Maler (sent from =
my iPad) |=C2=A0cell +1 425 345 6756










On Sep 11, 2019, at 4:22 AM, Hannes Tschofenig <Hannes.Tschofenig@arm.com> w=
rote:








Hi all,


=C2=A0


We are starting a WGLC on the "OAuth 2.0 Increm=
ental Authorization" draft. You can find the document here:<=
/u>


https://tools.ietf.org/html/dra=
ft-ietf-oauth-incremental-authz-01


=C2=A0


Please review the document and provide feedback.<=
/u>


=C2=A0


The WGLC will end September 25th, 2019.


=C2=A0


Ciao


Hannes & Rifaat


IMPORTANT NOTICE: The contents of this email and any=
 attachments are confidential and may also be privileged. If you are not th=
e intended recipient, please notify the sender immediately and do not discl=
ose the contents to any other person,
 use it for any purpose, or store or copy the information in any medium. Th=
ank you.











_______________________________________________

OAuth mailing list

OAuth@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/oauth







IMPORTANT NOTICE: The contents of this email and any attachments are confid=
ential and may also be privileged. If you are not the intended recipient, p=
lease notify the sender immediately and do not disclose the contents to any=
 other person, use it for any purpose,
 or store or copy the information in any medium. Thank you.



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth






<=
span style=3D"margin:0px;padding:0px;border:0px;outline:0px;vertical-align:=
baseline;background:transparent;font-family:proxima-nova-zendesk,system-ui,=
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untu,Cantarell,"Helvetica Neue",Arial,sans-serif;font-weight:600"=
>CONFIDENTIALITY NOTICE: This email may contain confidenti=
al and privileged material for the sole use of the intended recipient(s). A=
ny review, use, distribution or disclosure by others is strictly prohibited=
..=C2=A0 If you have received this communication in error, please notify th=
e sender immediately by e-mail and delete the message and any file attachme=
nts from your computer. Thank you._______________________=
________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




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References: 
In-Reply-To: 
From: William Denniss 
Date: Wed, 6 Nov 2019 17:36:30 -0800
Message-ID: 
To: Glen Mazza 
Cc: oauth 
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Subject: Re: [OAUTH-WG] Comments on draft-ietf-oauth-incremental-authz-01
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Hi Glen,

Thank you for reviewing the draft. Replies inline:

On Wed, Sep 11, 2019 at 5:35 AM Glen Mazza  wrote:

> In Section 6.1, Handling Denials of incremental authorization requests, I
> wonder if the resource owner should be provided the ability by the
> Authorization Server to reject not just the additional scope(s) but also
> all previously granted ones.  This would be to guard against the client
> withholding dubious permission requests at the outset that might indicate
> to the resource owner that the client isn't particularly reliable, scopes
> that if they were provided all at once at the beginning would have resulted
> in the user never approving any of them.  In the user is inclined to deny
> an additional permission request due to a newfound lack of trust, he may
> also want to immediately decline previously granted permissions as well.
>

It is definitely always the authorization server's prerogative to take such
an action. In my experience, this boils down to UX decisions made by the
authorization server. One way to implement this would be to remind the user
of previously granted scopes, and give them the opportunity to revoke them.
Or, you could do your suggestion of instantly revoking all scopes on the
denial of any one, however this may go against the user's wishes (they
might be happy to grant contacts, but not calendar, for instance, in much
the same way today on a mobile phone you may grant notifications, but
withhold location).

I don't think we need to change the spec normatively to enable such
behavior, since the server can already revoke tokens it issues. Clients
should detect this revocation during the next request to the resource
server, and handle it accordingly.

Perhaps we could add a discussion about these implementation choices for
Authorization Server


In Section 7.2, it seems odd for the Authorization Server to rely on the
> client to tell it what scopes has already been approved for it.  I would
> think there would need to be a mechanism for the Auth Server to verify that
> information, but given that, why not rely on that information directly
> instead of what the client would be informing it?
>

This section documents an alternative approach that clients can take today
(i.e. without needing this new specification). I'll illustrate with an
example. Let's say a website needs Contacts on day 1, and both Contacts and
Calendar on day 2, here's how you might implement that with pure RFC 6749:

Day 1. User performs an action that requires contacts access. The website
does an OAuth requests for contacts, which the user approves. Now the app
has one authorization (with its associated access token) for contacts.
Day 2. User performs an action that requires both calendar and contacts
access. The website knows that it already has contacts access, so it does a
new OAuth request only for calendar, which the user approves. Now the app
has two different authorizations, one for contacts, and one for calendar
(and 2 access tokens, and potentially 2 refresh tokens to keep track of).

When the app makes a request to the resource server, it needs to know which
authorization's access tokens to include on the request. This is what I
mean by the app "keep[s] a running record of all granted scope", basically
it needs to have an internal list of which token includes which scope,
something that is burdensome. The other option of course is to just ask for
all scopes up front (even the ones it may not need right then), which is
not an ideal user experience (as the user is asked to grant permission to
scopes unrelated to their current activity), and this is the problem we're
trying to solve with incremental authz.

This spec makes life easier for the confidential client to do incremental
authorization. An incremental authz flow instead looks like the following:

Day 1. User performs an action that requires contacts access. The app does
an OAuth requests for contacts, which the user approves. Now the app has
one authorization for contacts.
Day 2. User performs an action that requires both calendar and contacts
access. The app simply makes a request that includes both scopes. The
authorization server can see that contacts was already approved, so only
displays the new scope - calendar. The user approves, and a new
authorization grant is issued that includes *both* scopes. The app still
has one authorization, but now it includes the contacts and calendar scope.

Best,
William

--00000000000081fecf0596b7b21d
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Hi Glen,

Thank you for reviewing the dr=
aft. Replies inline:

On Wed, Sep 11, 2019 at 5:35 AM Glen Mazza <glen.mazza@gmail.com=
> wrote:
In Section 6.1, Handling Denials of incremental authorization =
requests, I wonder if the resource owner should be provided the ability by =
the Authorization Server to reject not just the additional scope(s) but als=
o all previously granted ones.=C2=A0 This would be to guard against the cli=
ent withholding dubious permission requests at the outset that might indica=
te to the resource owner that the client isn't particularly reliable, s=
copes that if they were provided all at once at the beginning would have re=
sulted in the user never approving any of them.=C2=A0 In the user is inclin=
ed to deny an additional permission request due to a newfound lack of trust=
, he may also want to immediately decline previously granted permissions as=
 well. 

It is definitely always t=
he authorization server's prerogative to take such an action. In my exp=
erience, this boils down to UX decisions made by the authorization server. =
One way to implement this would be to remind the user of previously granted=
 scopes, and give them the opportunity to revoke them. Or, you could=C2=A0d=
o your suggestion of instantly revoking all scopes on the denial of any one=
, however this may go against the user's wishes (they might be happy to=
 grant contacts, but not calendar, for instance, in much the same way today=
 on a mobile phone you may grant notifications, but withhold location).

I don't think we need to change the spec normativ=
ely to enable such behavior, since the server can already revoke tokens it =
issues. Clients should detect this revocation during the next request to th=
e resource server, and handle it accordingly.

Perh=
aps we could add a discussion about these implementation choices for Author=
ization Server
=C2=A0

In Section 7.2, it seems odd fo=
r the Authorization Server to rely on the client to tell it what scopes has=
 already been approved for it.=C2=A0 I would think there would need to be a=
 mechanism for the Auth Server to verify that information, but given that, =
why not rely on that information directly instead of what the client would =
be informing it?

This section doc=
uments an alternative approach that clients can take today (i.e. without ne=
eding this new specification). I'll illustrate with an example. Let'=
;s say a website needs Contacts on day 1, and both Contacts and Calendar on=
 day 2, here's how you might implement that with pure RFC 6749:

Day 1. User performs an action that requires contacts acc=
ess. The website does an OAuth requests for contacts, which the user approv=
es. Now the app has one authorization (with its associated access token) fo=
r contacts.
Day 2. User performs an action that requires both cal=
endar and contacts access. The=20

website=20

knows that it already has contacts access, so it does a new OAuth request o=
nly for calendar, which the user approves. Now the app has two different au=
thorizations, one for contacts, and one for calendar (and 2 access tokens, =
and potentially 2 refresh tokens to keep track of).

When the app makes a request to the resource server, it needs to know whi=
ch authorization's access tokens to include on the request. This is wha=
t I mean by the app "keep[s] a running record of all granted scope&quo=
t;, basically it needs to have an internal list of which token includes whi=
ch scope, something that is burdensome. The other option of course is to ju=
st ask for all scopes up front (even the ones it may not need right then), =
which is not an ideal user experience (as the user is asked to grant permis=
sion to scopes unrelated to their current activity), and this is the proble=
m we're trying to solve with incremental authz.

This spec makes life easier for the confidential client to do incremental=
 authorization. An incremental authz flow instead looks like the following:=


Day 1. User performs an action that requires=
 contacts access. The app does an OAuth requests for contacts, which the us=
er approves. Now the app has one authorization for contacts.
Day =
2. User performs an action that requires both calendar and contacts access.=
 The app simply makes a request that includes both scopes. The authorizatio=
n server can see that contacts was already approved, so only displays the n=
ew scope - calendar. The user approves, and a new authorization grant is is=
sued that includes *both* scopes. The app still has one authorization, but =
now it includes the contacts and calendar scope.

B=
est,
William


--00000000000081fecf0596b7b21d--


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From: Denis 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Hello Jared,

You raised the following question :
*
**Should other possible threats and vulnerabilities be included? 
Meaning, is the list the definitive known list?*

This list is certainly not a "definitive /known /list" since there 
exists an additional /known /threat that has been advertised to this list
for the fist time *exactly* 3 years ago. It is the right time to blow 
three candles !

This is not either "the best list of things that we have at this time", 
as Justin mentioned.

The current document only addresses external "attackers". The case of 
collusion between users is not mentioned.

The first description of such a kind of attack, named the "*Alice and 
Bob Collusion*" attack, was mentioned on this list
*on November the 7 th, 2016*. It is available at: 
https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html

Considering collaborative users is critical when considering age 
verification. If a user legitimately obtains one attribute demonstrating
that he is over 18 and if that user voluntarily transmits such an 
attribute to another user that is below 18, the RP should be in a position
to detect that the attribute does not belong to that other user and 
should thus be in a position to reject it.

It is often believed that protecting secret keys or private keys in a 
secure element is an efficient and sufficient way to prevent such a 
collusion
attack between users against a RP. However, this is not true. There have 
been some implementations using OAuth and smart cards, but the simple 
addition
of these two elements does not necessarily provide a secure solution.

The first user is in a position to perform all the cryptographic 
computations that the other user needs since it can perform any 
cryptographic computation
that the other user needs using secret or private key stored in his 
secure element.

*Whatever kind of cryptographic is being used, when two users 
collaborate, a software-only solution will be unable to prevent the 
transmission *
*       of an attribute of a user that possess it to another user that 
does not possess it. *
**
Additional functional properties are required for the secure element and 
the presence of those properties needs to be verified both by the RP
and the Authorization Server. There are six roles to be considered in 
order to be able to counter the Alice and Bob Collusion attack, namely:

  * Users (usually human users),
  * Clients,
  * Secure Elements (SE),
  * Authorization Servers (AS),
  * Relying Parties (RP), and
  * Secure Element Providers (SEP).

Note: Since RFC 6819 (OAuth 2.0 Threat Model and Security 
Considerations*) *does not include any figure, a figure illustrating 
these roles would be really helpful for the readers.

As a consequence, the protocols SHALL support exchanges where 
computations performed by the secure elements are part of the protocols.

I understand that it may be embarrassing to describe in this document an 
attack that cannot be countered using any of the OAuth 2.0 Security Best 
Current Practices
... but this is not a reason to conceal user's collaborative attacks in 
this document.

The fact is that any (secure) solution to the ABC attack SHALL be based 
on the use of secure elements and hence CANNOT be based on the use of a 
software only solution,
whatever kind of cryptographic algorithms would be used.

I believe that some of the material provided both in this email and in 
the email from November the 7 th, 2016 should be incorporated into this 
document
in order to address this missing threat.

Denis

> 1. Normative MUST/REQUIRED is fine in a BCP.
>
> 2. This is not the definitive list, but instead the best list of 
> things that we have at this time. There will be more attacks, and more 
> mitigations for those attacks.
>
>  — Justin
>
>> On Nov 6, 2019, at 3:16 PM, Jared Jennings > > wrote:
>>
>> Hi,
>>
>> This is my first time reviewing a document or responding to the 
>> group. So, with that introduction feel free to guide me along the way.
>>
>> Reading through the document, I had a few high-level questions first. 
>> I will have more detailed comments later, once I know I'm on the 
>> right track and I assume those comments I should just share with the 
>> mailing list?
>>
>> 1. Since the document is a "Best Practices" document, are the words 
>> "MUST" and "REQUIRED" and other definitive terms? Would instead 
>> SHOULD and RECOMMENDED be used?
>>
>> 2. Should other possible threats and vulnerabilities be included? 
>> Meaning, is the list the definitive known list?
>>
>> Thanks!
>> -Jared
>> Skype:jaredljennings
>> Signal:+1 816.730.9540
>> WhatsApp: +1 816.678.4152
>>
>>
>>
>> On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig 
>> > wrote:
>>
>>     Hi all,
>>
>>     this is a working group last call for "OAuth 2.0 Security Best
>>     Current Practice".
>>
>>     Here is the document:
>>     https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>>
>>     Please send you comments to the OAuth mailing list by Nov. 27, 2019.
>>     (We use a three week WGLC because of the IETF meeting.)
>>
>>     Ciao
>>     Hannes & Rifaat
>>
>>     IMPORTANT NOTICE: The contents of this email and any attachments
>>     are confidential and may also be privileged. If you are not the
>>     intended recipient, please notify the sender immediately and do
>>     not disclose the contents to any other person, use it for any
>>     purpose, or store or copy the information in any medium. Thank you.
>>
>>     _______________________________________________
>>     OAuth mailing list
>>     OAuth@ietf.org 
>>     https://www.ietf.org/mailman/listinfo/oauth
>>
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org 
>> https://www.ietf.org/mailman/listinfo/oauth
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth



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Hello Jared,

          

          You raised the following question :

          

                 
            Should other possible threats and vulnerabilities be
            included? Meaning, is the
            list the definitive known list?

        
          

          This list is certainly not a "definitive known list"
        since there exists an
            additional known threat that has
            been advertised to this list 

            for the fist time exactly 3 years ago. It is the
            right time to blow three candles !

      
This is not
            either "the best list of things that we have at this
            time", as Justin mentioned. 

      
The
          current document only addresses external "attackers". The case
          of
          collusion between users is not mentioned. 

          

          The first description of such a kind of attack, named the "Alice
            and
            Bob Collusion" attack, was mentioned on this list 

          on November the 7
            th, 2016. It is available at: https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html

          

          Considering collaborative users is critical when considering
          age verification.
          If a user legitimately obtains one attribute demonstrating 

          that he is over 18
          and if that user voluntarily transmits such an attribute to
          another user that
          is below 18, the RP should be in a position 

          to detect that the attribute does
          not belong to that other user and should thus be in a position
          to reject it.

          

          It is often believed that protecting secret keys or private
          keys in a secure
          element is an efficient and sufficient way to prevent such a
          collusion 

          attack between
          users against a RP. However, this is not true. There have
              been some implementations using OAuth and smart cards, but
              the
              simple addition 

              of these two elements does not necessarily provide a
              secure
              solution. 

      
The first user
          is in a position to perform
          all the cryptographic computations that the other user needs
          since it can
          perform any cryptographic computation 

          that the other user needs using secret or
          private key stored in his secure element.

        

              
          Whatever kind of cryptographic is being used, when two
            users collaborate, a
            software-only solution will be unable to prevent the
            transmission 

               of an
            attribute of a user that possess it to another user that
            does not possess it. 

        
          

        Additional
          functional properties
          are required for the secure element and the presence of those
          properties needs
          to be verified both by the RP 

          and the Authorization Server. There are six roles to be
          considered in order to be able to counter the Alice and Bob
          Collusion attack, namely:

        

      
    
        
  • 
            Users (usually human users),
    • 
        
  • 
            Clients,
    • 
        
  • 
            Secure Elements (SE),
    • 
        
  • 
            Authorization Servers (AS),
    • 
        
  • 
            Relying Parties (RP), and
    • 
        
  • 
            Secure Element Providers (SEP).
    • 
      

      

          Note: Since RFC 6819 (OAuth 2.0 Threat Model and Security
          Considerations) does
          not include any figure, a figure illustrating these roles
          would be really
          helpful for the readers.

          

          As a consequence, the protocols SHALL support exchanges where
          computations
          performed by the secure elements are part of the protocols.

        

      

          I understand that it may be embarrassing to describe in this
          document an attack
          that cannot be countered using any of the OAuth 2.0 Security
          Best Current
          Practices 

          ... but this is not a reason to conceal user's collaborative
          attacks
          in this document.

          

          The fact is that any (secure) solution to the ABC attack SHALL
          be based on the
          use of secure elements and hence CANNOT be based on the use of
          a software
          only solution, 

          whatever kind of cryptographic algorithms would be used.

      

          I believe that some of the material provided both in this
          email and in the
          email from November the 7 th, 2016 should be incorporated into
          this document 

          in
          order to address this missing threat.

          

          Denis

          

        

    

    

      
      1. Normative MUST/REQUIRED is fine in a BCP. 
      


      

      
2. This is not the definitive list, but instead the
        best list of things that we have at this time. There will be
        more attacks, and more mitigations for those attacks.

      


      

      
 — Justin

        


          

            
On Nov 6, 2019, at 3:16 PM, Jared Jennings
              <jaredljennings@gmail.com>
              wrote:

            

            

              
              
Hi,
                


                

                
This is my first time reviewing a document
                  or responding to the group. So, with that introduction
                  feel free to guide me along the way.

                


                

                
Reading through the document, I had a few
                  high-level questions first. I will have more detailed
                  comments later, once I know I'm on the right track and
                  I assume those comments I should just share with the
                  mailing list?

                


                

                
1. Since the document is a "Best
                  Practices" document, are the words "MUST" and
                  "REQUIRED" and other definitive terms? Would instead
                  SHOULD and RECOMMENDED be used?

                


                

                
2. Should other possible threats and
                  vulnerabilities be included? Meaning, is the list the
                  definitive known list?

                


                

                
Thanks!

                  

                    
-Jared

                  

                  
Skype:jaredljennings

                  
Signal:+1
                    816.730.9540

                  
WhatsApp: +1
                    816.678.4152

                  


                  

                  

                

              

              

              

                
On Wed, Nov 6, 2019 at
                  2:27 AM Hannes Tschofenig <Hannes.Tschofenig@arm.com>
                  wrote:

                

                
Hi all,

                  

                  this is a working group last call for "OAuth 2.0
                  Security Best Current Practice".

                  

                  Here is the document:

                  https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13

                  

                  Please send you comments to the OAuth mailing list by
                  Nov. 27, 2019.

                  (We use a three week WGLC because of the IETF
                  meeting.)

                  

                  Ciao

                  Hannes & Rifaat

                  

                  IMPORTANT NOTICE: The contents of this email and any
                  attachments are confidential and may also be
                  privileged. If you are not the intended recipient,
                  please notify the sender immediately and do not
                  disclose the contents to any other person, use it for
                  any purpose, or store or copy the information in any
                  medium. Thank you.

                  

                  _______________________________________________

                  OAuth mailing list

                  OAuth@ietf.org

                  https://www.ietf.org/mailman/listinfo/oauth

                

              

              _______________________________________________

              OAuth mailing list

              OAuth@ietf.org

              https://www.ietf.org/mailman/listinfo/oauth

            

          

        

        

      

      

      

      
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


    

    


    

  


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From: Daniel Fett 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Hi Denis,

Am 07.11.19 um 09:16 schrieb Denis:
>
>        *Whatever kind of cryptographic is being used, when two users
> collaborate, a software-only solution will be unable to prevent the
> transmission *
> *       of an attribute of a user that possess it to another user that
> does not possess it. *
>
To stay in OAuth lingo, what you are saying is: Two collaborating
clients can exchange their access tokens and use them.

Is that a correct summary of your attack?

-Daniel



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Hi Denis,

    

    


    

    
Am 07.11.19 um 09:16 schrieb Denis:

    

    

      
      


        
        Whatever kind of cryptographic is
              being used, when two users collaborate, a software-only
              solution will be unable to prevent the transmission 

                 of an attribute of a user that
              possess it to another user that does not possess it. 

        

      

    

    
To stay in OAuth lingo, what you are saying is: Two collaborating
      clients can exchange their access tokens and use them.

    

    
Is that a correct summary of your attack?

    
-Daniel

    

    


    

  


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Daniel,

No. It is not a correct summary. One client can allow another client to 
get an access token that belongs to it.
The key point is that a software only solution can't prevent this 
collaborative attack and since, at this time,
the OAuth WG is not considering the use of secure elements, the attack 
cannot be countered.

Please have a look at: 
https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html

Denis

> Hi Denis,
>
> Am 07.11.19 um 09:16 schrieb Denis:
>>
>> *Whatever kind of cryptographic is being used, when two users 
>> collaborate, a software-only solution will be unable to prevent the 
>> transmission *
>> *       of an attribute of a user that possess it to another user 
>> that does not possess it. *
>>
> To stay in OAuth lingo, what you are saying is: Two collaborating 
> clients can exchange their access tokens and use them.
>
> Is that a correct summary of your attack?
>
> -Daniel
>
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth



--------------628A7CF4E5224EC905CAC7CD
Content-Type: text/html; charset=utf-8
Content-Transfer-Encoding: 8bit


  
    
  
  
    
Daniel,

    


    

    
No. It is not a correct summary. One
      client can allow another client to get an access token that
      belongs to it.

    
The key point is that a software only
      solution can't prevent this collaborative attack and since, at
      this time, 

      the OAuth WG is not considering the use of secure elements, the
      attack cannot be countered.

    


    

    Please have a look at: https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
    


    

    

      
Denis

        

    

    

    
  

    

    

      
      
Hi Denis,

      

      


      

      
Am 07.11.19 um 09:16 schrieb Denis:

      

      

        
        


          
        Whatever kind of cryptographic is
                being used, when two users collaborate, a software-only
                solution will be unable to prevent the transmission 

                   of an attribute of a user that
                possess it to another user that does not possess it. 

          

        

      

      
To stay in OAuth lingo, what you are saying is: Two
        collaborating clients can exchange their access tokens and use
        them.

      

      
Is that a correct summary of your attack?

      
-Daniel

      

      


      

      

      

      
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


    

    


    

  


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From: Hans Zandbelt 
Date: Fri, 8 Nov 2019 08:34:13 +0000
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To: Denis 
Cc: Daniel Fett , "oauth@ietf.org" 
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one client can always share the protected data with another client once
retrieved, regardless of pop or secure elements

Hans.

On Fri, Nov 8, 2019 at 8:38 AM Denis  wrote:

> Daniel,
>
> No. It is not a correct summary. One client can allow another client to
> get an access token that belongs to it.
> The key point is that a software only solution can't prevent this
> collaborative attack and since, at this time,
> the OAuth WG is not considering the use of secure elements, the attack
> cannot be countered.
>
> Please have a look at:
> https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
>
> Denis
>
>
> Hi Denis,
>
> Am 07.11.19 um 09:16 schrieb Denis:
>
>
>        *Whatever kind of cryptographic is being used, when two users
> collaborate, a software-only solution will be unable to prevent the
> transmission *
> *       of an attribute of a user that possess it to another user that
> does not possess it. *
>
> To stay in OAuth lingo, what you are saying is: Two collaborating clients
> can exchange their access tokens and use them.
>
> Is that a correct summary of your attack?
>
> -Daniel
>
>
>
> _______________________________________________
> OAuth mailing listOAuth@ietf.orghttps://www.ietf.org/mailman/listinfo/oauth
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>


-- 
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one client can always share the protected data with anothe=
r client once retrieved, regardless of pop or secure elements

Hans.

On Fri, Nov 8, 2019 at 8:38 AM Denis <denis.ietf@free.fr> wrote:

 =20
   =20
 =20
  

    
Daniel,

    


    

    
No. It is not a correct summary. One
      client can allow another client to get an access token that
      belongs to it.

    
The key point is that a software only
      solution can't prevent this collaborative attack and since, at
      this time, 

      the OAuth WG is not considering the use of secure elements, the
      attack cannot be countered.

    


    

    Please have a look at: https://www.ietf.org/mai=
l-archive/web/oauth/current/msg16767.html
    


    

    

      
Denis

        

    

    

    
=C2=A0 

    

    

     =20
      
Hi Denis,

      

      


      

      
Am 07.11.19 um 09:16 schrieb Denis:

      

      

       =20
        


          
 =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 =
Whatever kind of cryptographic is
                being used, when two users collaborate, a software-only
                solution will be unable to prevent the transmission 

            =C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0 of an attribute of a user that
                possess it to another user that does not possess it. 

          

        

      

      
To stay in OAuth lingo, what you are saying is: Two
        collaborating clients can exchange their access tokens and use
        them.

      

      
Is that a correct summary of your attack?

      
-Daniel

      

      


      

      

      

      
_______________________________________________
OAuth mailing list
OAuth@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/oauth


    

    


    

  


_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




-- 


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From: Daniel Roesler 
Date: Fri, 8 Nov 2019 06:49:40 -0600
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Howdy,

In the "3.1 Protecting Redirect-Based Flows" > "3.1.1. Authorization
Code Grant" section, is there guidance on when it is appropriate (if
ever) to automatically generate a new authorization code and redirect
back to the client?

A recent exploit[1] on Github's OAuth implementation was practical
because if you make an authorization request and the resource owner is
already authenticated and the scope is already authorized, Github will
silently generate a new authorization code and redirect the user back
to the redirect_uri without asking them to click "Authorize" again.

How the exploit worked:

1. The client makes an ajax HEAD request to the OAuth authorization
endpoint, which will silently create the authorization grant (this was
the security exploit that was patched).

2. However, since the ajax response was blocked via CORS, the client
couldn't receive the authorization code in the response parameters.

3. So, the client then redirected the user to Github's authorization
endpoint with the same authorization code request (only this time as a
real GET redirect).

4. Github instantly redirected the user back to the client's
redirect_uri with a new authorization code and without asking for any
user interaction.

It seems strange to me that OAuth should allow for transparent
authorization code redirects without resource owner confirmation. This
situation only comes up when something weird is happening, such as
when a client loses their valid access|refresh_token, but isn't that
all the more reason to clarify that you should always ask for resource
owner confirmation of the scope, even in scenarios where you are just
re-authorizing the same scope as before?

Had Github asked for confirmation on step 4 above, the practicality of
the HEAD exploit would have been reduced because the user would have
been presented with an unexpected Allow/Deny Github OAuth dialogue,
possibly alerting them to the fact that something strange was going
on.

Anyway, I'm trying to find guidance on transparent redirects for
authorization code grants. There's a whole host of both security and
application logic issues that could come up from such behavior, so I'd
like to ask for clarification in best practices.

[1]: https://blog.teddykatz.com/2019/11/05/github-oauth-bypass.html

Daniel Roesler
Co-founder & CTO, UtilityAPI
daniel@utilityapi.com



On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig
 wrote:
>
> Hi all,
>
> this is a working group last call for "OAuth 2.0 Security Best Current Pr=
actice".
>
> Here is the document:
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>
> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> (We use a three week WGLC because of the IETF meeting.)
>
> Ciao
> Hannes & Rifaat
>
> IMPORTANT NOTICE: The contents of this email and any attachments are conf=
idential and may also be privileged. If you are not the intended recipient,=
 please notify the sender immediately and do not disclose the contents to a=
ny other person, use it for any purpose, or store or copy the information i=
n any medium. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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Hello Hans,

You wrote:

> one client can always share the protected data with another client 
> once retrieved, regardless of pop or secure elements

No, there exist means that prevent a client to share the protected data 
with another client , simply because the client cannot access to it.
The protected data is placed inside the secure element and thus a client 
has no way to extract it for the benefit of another client.

The protected data is used by the secure element in such a way so that 
it cannot be used for the benefit of another user.

But we are already in the field of the solutions and no more in the 
field of the requirements.

Denis

>
> Hans.
>
> On Fri, Nov 8, 2019 at 8:38 AM Denis  > wrote:
>
>     Daniel,
>
>     No. It is not a correct summary. One client can allow another
>     client to get an access token that belongs to it.
>     The key point is that a software only solution can't prevent this
>     collaborative attack and since, at this time,
>     the OAuth WG is not considering the use of secure elements, the
>     attack cannot be countered.
>
>     Please have a look at:
>     https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
>
>     Denis
>
>>     Hi Denis,
>>
>>     Am 07.11.19 um 09:16 schrieb Denis:
>>>
>>>     *Whatever kind of cryptographic is being used, when two users
>>>     collaborate, a software-only solution will be unable to prevent
>>>     the transmission *
>>>     *of an attribute of a user that possess it to another user that
>>>     does not possess it. *
>>>
>>     To stay in OAuth lingo, what you are saying is: Two collaborating
>>     clients can exchange their access tokens and use them.
>>
>>     Is that a correct summary of your attack?
>>
>>     -Daniel
>>
>>
>>
>>     _______________________________________________
>>     OAuth mailing list
>>     OAuth@ietf.org  
>>     https://www.ietf.org/mailman/listinfo/oauth
>
>
>     _______________________________________________
>     OAuth mailing list
>     OAuth@ietf.org 
>     https://www.ietf.org/mailman/listinfo/oauth
>
>
>
> -- 
> hans.zandbelt@zmartzone.eu 
> ZmartZone IAM - www.zmartzone.eu 



--------------C07DB0AA502FF4F249FE20DD
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Hello Hans,

    


    

    
You wrote:

    

    

      
      
one client can always share the protected data with
        another client once retrieved, regardless of pop or secure
        elements

    

    
No, there exist means that prevent a client to share the
      protected data with another client , simply because the client
      cannot access to it.

      The protected data is placed inside the secure element and thus a
      client has no way to extract it for the benefit of another client.
      

    

    
The protected data is used by the secure element in such a way so
      that it cannot be used for the benefit of another user.

    
But we are already in the field of the solutions and no more in
      the field of the requirements.

    

    
Denis

    

      

        


        

        
Hans.

      

      

      

        
On Fri, Nov 8, 2019 at 8:38 AM
          Denis <denis.ietf@free.fr> wrote:

        

        

          

            
Daniel,

            


            

            
No. It is not a correct summary. One client can allow
              another client to get an access token that belongs to it.

            
The key point is that a software only solution can't
              prevent this collaborative attack and since, at this time,
              

              the OAuth WG is not considering the use of secure
              elements, the attack cannot be countered.

            


            

            Please have a look at: https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
            


            

            

              
Denis

                

            

            

            
  

            

            

              
Hi Denis,

              

              


              

              
Am 07.11.19 um 09:16 schrieb Denis:

              

              

                


                  
        Whatever
                        kind of cryptographic is being used, when two
                        users collaborate, a software-only solution will
                        be unable to prevent the transmission 

                          
                        of an attribute of a user that possess it to
                        another user that does not possess it. 

                  

                

              

              
To stay in OAuth lingo, what you are saying is: Two
                collaborating clients can exchange their access tokens
                and use them.

              

              
Is that a correct summary of your attack?

              
-Daniel

              

              


              

              

              

              
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


            

            


            

          

          _______________________________________________

          OAuth mailing list

          OAuth@ietf.org

          https://www.ietf.org/mailman/listinfo/oauth

        

      

      

      


      

      -- 

      

        
      

    

    


    

  


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In-Reply-To: 
From: Hans Zandbelt 
Date: Fri, 8 Nov 2019 14:37:18 +0100
Message-ID: 
To: Denis 
Cc: "oauth@ietf.org" 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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--0000000000001aa1b30596d5e234
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screenshot...

Hans.

On Fri, Nov 8, 2019 at 2:13 PM Denis  wrote:

> Hello Hans,
>
> You wrote:
>
> one client can always share the protected data with another client once
> retrieved, regardless of pop or secure elements
>
> No, there exist means that prevent a client to share the protected data
> with another client , simply because the client cannot access to it.
> The protected data is placed inside the secure element and thus a client
> has no way to extract it for the benefit of another client.
>
> The protected data is used by the secure element in such a way so that it
> cannot be used for the benefit of another user.
>
> But we are already in the field of the solutions and no more in the field
> of the requirements.
>
> Denis
>
>
> Hans.
>
> On Fri, Nov 8, 2019 at 8:38 AM Denis  wrote:
>
>> Daniel,
>>
>> No. It is not a correct summary. One client can allow another client to
>> get an access token that belongs to it.
>> The key point is that a software only solution can't prevent this
>> collaborative attack and since, at this time,
>> the OAuth WG is not considering the use of secure elements, the attack
>> cannot be countered.
>>
>> Please have a look at:
>> https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
>>
>> Denis
>>
>>
>> Hi Denis,
>>
>> Am 07.11.19 um 09:16 schrieb Denis:
>>
>>
>>        *Whatever kind of cryptographic is being used, when two users
>> collaborate, a software-only solution will be unable to prevent the
>> transmission *
>> *       of an attribute of a user that possess it to another user that
>> does not possess it. *
>>
>> To stay in OAuth lingo, what you are saying is: Two collaborating clients
>> can exchange their access tokens and use them.
>>
>> Is that a correct summary of your attack?
>>
>> -Daniel
>>
>>
>>
>> _______________________________________________
>> OAuth mailing listOAuth@ietf.orghttps://www.ietf.org/mailman/listinfo/oauth
>>
>>
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>
>
> --
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu
>
>
>

-- 
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

--0000000000001aa1b30596d5e234
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screenshot...

Hans.

On Fri, Nov 8,=
 2019 at 2:13 PM Denis <denis.ietf=
@free.fr> wrote:

 =20
   =20
 =20
  

    
Hello Hans,

    


    

    
You wrote:

    

    

     =20
      
one client can always share the protected data with
        another client once retrieved, regardless of pop or secure
        elements

    

    
No, there exist means that prevent a client to share the
      protected data with another client , simply because the client
      cannot access to it.

      The protected data is placed inside the secure element and thus a
      client has no way to extract it for the benefit of another client.
      

    

    
The protected data is used by the secure element in such a way so
      that it cannot be used for the benefit of another user.

    
But we are already in the field of the solutions and no more in
      the field of the requirements.

    

    
Denis

    

      

        


        

        
Hans.

      

      

      

        
On Fri, Nov 8, 2019 at 8:38 A=
M
          Denis <denis.ietf@free.fr> wrote:

        

        

          

            
Daniel,

            


            

            
No. It is not a correct summary. One client can allow
              another client to get an access token that belongs to it.
            
The key point is that a software only solution can't
              prevent this collaborative attack and since, at this time,
              

              the OAuth WG is not considering the use of secure
              elements, the attack cannot be countered.

            


            

            Please have a look at: https://www.ietf=
.org/mail-archive/web/oauth/current/msg16767.html
            


            

            

              
Denis

                

            

            

            
=C2=A0 

            

            

              
Hi Denis,

              

              


              

              
Am 07.11.19 um 09:16 schrieb Denis:

              

              

                


                  
 =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0 Whatever
                        kind of cryptographic is being used, when two
                        users collaborate, a software-only solution will
                        be unable to prevent the transmission 
                    =
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
                        of an attribute of a user that possess it to
                        another user that does not possess it. <=
br>
                  

                

              

              
To stay in OAuth lingo, what you are saying is: Two
                collaborating clients can exchange their access tokens
                and use them.

              

              
Is that a correct summary of your attack?

              
-Daniel

              

              


              

              

              

              
_______________________________________________
OAuth mailing list
OAuth@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/oauth


            

            


            

          

          _______________________________________________

          OAuth mailing list

          OAuth@ietf.or=
g

          https://www.ietf.org/mailman/listinfo/oauth=


        

      

      

      


      

      -- 

      
    

    


    

  





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I have the feeling that this attack aims at breaking a security property
that OAuth does not claim to fulfill (and that nobody expects OAuth to
fulfill):

"Given two colluding clients A and B, where A has obtained an access
token T, B cannot use T to access protected resources."
(analogously for two users U_A and U_B of the clients, where the users
have some session with a backend client.)

And there are good reasons why this is not captured by the security
property (Hans' screenshot, for example).

As far as I know, this property is neither achieved by classical
first-party session-based authentication/authorization nor by any other
web-based mechanism, or is it?

-Daniel

Am 08.11.19 um 14:13 schrieb Denis:
> Hello Hans,
>
> You wrote:
>
>> one client can always share the protected data with another client
>> once retrieved, regardless of pop or secure elements
>
> No, there exist means that prevent a client to share the protected
> data with another client , simply because the client cannot access to it.
> The protected data is placed inside the secure element and thus a
> client has no way to extract it for the benefit of another client.
>
> The protected data is used by the secure element in such a way so that
> it cannot be used for the benefit of another user.
>
> But we are already in the field of the solutions and no more in the
> field of the requirements.
>
> Denis
>
>>
>> Hans.
>>
>> On Fri, Nov 8, 2019 at 8:38 AM Denis > > wrote:
>>
>>     Daniel,
>>
>>     No. It is not a correct summary. One client can allow another
>>     client to get an access token that belongs to it.
>>     The key point is that a software only solution can't prevent this
>>     collaborative attack and since, at this time,
>>     the OAuth WG is not considering the use of secure elements, the
>>     attack cannot be countered.
>>
>>     Please have a look at:
>>     https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
>>
>>     Denis
>>      
>>>     Hi Denis,
>>>
>>>     Am 07.11.19 um 09:16 schrieb Denis:
>>>>
>>>>            *Whatever kind of cryptographic is being used, when two
>>>>     users collaborate, a software-only solution will be unable to
>>>>     prevent the transmission *
>>>>     *       of an attribute of a user that possess it to another
>>>>     user that does not possess it. *
>>>>
>>>     To stay in OAuth lingo, what you are saying is: Two
>>>     collaborating clients can exchange their access tokens and use them.
>>>
>>>     Is that a correct summary of your attack?
>>>
>>>     -Daniel
>>>
>>>
>>>
>>>     _______________________________________________
>>>     OAuth mailing list
>>>     OAuth@ietf.org 
>>>     https://www.ietf.org/mailman/listinfo/oauth
>>
>>
>>     _______________________________________________
>>     OAuth mailing list
>>     OAuth@ietf.org 
>>     https://www.ietf.org/mailman/listinfo/oauth
>>
>>
>>
>> -- 
>> hans.zandbelt@zmartzone.eu 
>> ZmartZone IAM - www.zmartzone.eu 
>
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth



--------------F5A6A3B163F63804E825A631
Content-Type: text/html; charset=utf-8
Content-Transfer-Encoding: 8bit


  
    
  
  
    
I have the feeling that this attack
      aims at breaking a security property that OAuth does not claim to
      fulfill (and that nobody expects OAuth to fulfill):

    


    

    
"Given two colluding clients A and B,
      where A has obtained an access token T, B cannot use T to access
      protected resources."

    (analogously for two users U_A and U_B of the clients, where the
    users have some session with a backend client.)

    


    

    
And there are good reasons why this is
      not captured by the security property (Hans' screenshot, for
      example).

    


    

    
As far as I know, this property is
      neither achieved by classical first-party session-based
      authentication/authorization nor by any other web-based mechanism,
      or is it?

    


    

    
-Daniel

    

    


    

    
Am 08.11.19 um 14:13 schrieb Denis:

    

    

      
      
Hello Hans,

      


      

      
You wrote:

      

      

        
        
one client can always share the protected data
          with another client once retrieved, regardless of pop or
          secure elements

      

      
No, there exist means that prevent a client to share the
        protected data with another client , simply because the client
        cannot access to it.

        The protected data is placed inside the secure element and thus
        a client has no way to extract it for the benefit of another
        client. 

      

      
The protected data is used by the secure element in such a way
        so that it cannot be used for the benefit of another user.

      
But we are already in the field of the solutions and no more in
        the field of the requirements.

      

      
Denis

      

        

          


          

          
Hans.

        

        

        

          
On Fri, Nov 8, 2019 at 8:38
            AM Denis <denis.ietf@free.fr> wrote:

          

          

            

              
Daniel,

              


              

              
No. It is not a correct summary. One client can allow
                another client to get an access token that belongs to
                it.

              
The key point is that a software only solution can't
                prevent this collaborative attack and since, at this
                time, 

                the OAuth WG is not considering the use of secure
                elements, the attack cannot be countered.

              


              

              Please have a look at: https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
              


              

              

                
Denis

                  

              

              

              
  

              

              

                
Hi Denis,

                

                


                

                
Am 07.11.19 um 09:16 schrieb Denis:

                

                

                  


                    
       
                        Whatever kind of cryptographic is being used,
                          when two users collaborate, a software-only
                          solution will be unable to prevent the
                          transmission 

                            
                          of an attribute of a user that possess it to
                          another user that does not possess it. 

                    

                  

                

                
To stay in OAuth lingo, what you are saying is: Two
                  collaborating clients can exchange their access tokens
                  and use them.

                

                
Is that a correct summary of your attack?

                
-Daniel

                

                


                

                

                

                
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


              

              


              

            

            _______________________________________________

            OAuth mailing list

            OAuth@ietf.org

            https://www.ietf.org/mailman/listinfo/oauth

          

        

        

        


        

        -- 

        

          
        

      

      


      

      

      

      
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


    

    


    

  


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From: David Waite 
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Date: Fri, 8 Nov 2019 13:01:25 -0700
Cc: Hannes Tschofenig , "oauth@ietf.org" 
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References:  
To: Daniel Roesler 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Hello Daniel!

> 1. The client makes an ajax HEAD request to the OAuth authorization
> endpoint, which will silently create the authorization grant (this was
> the security exploit that was patched).

> Anyway, I'm trying to find guidance on transparent redirects for
> authorization code grants. There's a whole host of both security and
> application logic issues that could come up from such behavior, so I'd
> like to ask for clarification in best practices.

OAuth does not provide a way to recover from an expired access token =
barring a refresh token, which also can be invalidated. In particular, =
the only front channel =E2=80=98continuation=E2=80=99 parameter I know =
of is =E2=80=98id_token_hint=E2=80=99 in OIDC.

There are deployments today (admittedly mostly using implicit flow) =
which do not have refresh tokens. A mandate that you SHOULD ask for =
re-consent would be a recommendation that they have to interrupt the =
user periodically to continue access - which would just create another =
security vs usability decision.

Per your point above, the actual security issue was that GitHub 1) had =
the authorization endpoint serve double-duty and 2) treated HEAD =
requests as a quasi GET/POST to create a grant in their database to the =
client without user confirmation. The solution for this is not to ask =
the user to re-confirm on every request..

That said, it does make sense for some deployments to periodically =
invalidate a refresh token, even for the purpose of bringing the user =
back to re-consent permissions (aka self-audit). An application could =
theoretically distinguish from tokens granted by the protected user =
needing to be invalidated to drive the user to re-consent, and =
operationally granted tokens which are assumed to be actively managed =
and not tied to any user account.

-DW

> On Nov 8, 2019, at 5:49 AM, Daniel Roesler =
 wrote:
>=20
> Howdy,
>=20
> In the "3.1 Protecting Redirect-Based Flows" > "3.1.1. Authorization
> Code Grant" section, is there guidance on when it is appropriate (if
> ever) to automatically generate a new authorization code and redirect
> back to the client?
>=20
> A recent exploit[1] on Github's OAuth implementation was practical
> because if you make an authorization request and the resource owner is
> already authenticated and the scope is already authorized, Github will
> silently generate a new authorization code and redirect the user back
> to the redirect_uri without asking them to click "Authorize" again.
>=20
> How the exploit worked:
>=20
>=20
> 2. However, since the ajax response was blocked via CORS, the client
> couldn't receive the authorization code in the response parameters.
>=20
> 3. So, the client then redirected the user to Github's authorization
> endpoint with the same authorization code request (only this time as a
> real GET redirect).
>=20
> 4. Github instantly redirected the user back to the client's
> redirect_uri with a new authorization code and without asking for any
> user interaction.
>=20
> It seems strange to me that OAuth should allow for transparent
> authorization code redirects without resource owner confirmation. This
> situation only comes up when something weird is happening, such as
> when a client loses their valid access|refresh_token, but isn't that
> all the more reason to clarify that you should always ask for resource
> owner confirmation of the scope, even in scenarios where you are just
> re-authorizing the same scope as before?
>=20
> Had Github asked for confirmation on step 4 above, the practicality of
> the HEAD exploit would have been reduced because the user would have
> been presented with an unexpected Allow/Deny Github OAuth dialogue,
> possibly alerting them to the fact that something strange was going
> on.
>=20
>=20
> [1]: https://blog.teddykatz.com/2019/11/05/github-oauth-bypass.html
>=20
> Daniel Roesler
> Co-founder & CTO, UtilityAPI
> daniel@utilityapi.com
>=20
>=20
>=20
> On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig
>  wrote:
>>=20
>> Hi all,
>>=20
>> this is a working group last call for "OAuth 2.0 Security Best =
Current Practice".
>>=20
>> Here is the document:
>> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>>=20
>> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
>> (We use a three week WGLC because of the IETF meeting.)
>>=20
>> Ciao
>> Hannes & Rifaat
>>=20
>> IMPORTANT NOTICE: The contents of this email and any attachments are =
confidential and may also be privileged. If you are not the intended =
recipient, please notify the sender immediately and do not disclose the =
contents to any other person, use it for any purpose, or store or copy =
the information in any medium. Thank you.
>>=20
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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In-Reply-To: 
From: Brian Campbell 
Date: Fri, 8 Nov 2019 15:35:46 -0700
Message-ID: 
To: William Denniss 
Cc: Hannes Tschofenig , oauth 
Content-Type: multipart/alternative; boundary="000000000000ca32f20596dd686b"
Archived-At: 
Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
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You are welcome. I'm always happy to be able to help with a major
contribution such as this one :)

I did read through the draft for WGLC back in September though and that was
the only issue that jumped out at me.


On Wed, Nov 6, 2019 at 6:15 PM William Denniss  wrote:

>
> On Wed, Sep 25, 2019 at 3:54 PM Brian Campbell  40pingidentity.com@dmarc.ietf.org> wrote:
>
>> Just noticed that something is missing in
>> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02#sectio=
n-5
>> where it has just, "(Section 4.1.4 of )"
>>
>
> Thank you for catching this Brian. It was meant to read Section 4.1.4 of
> RFC 6749.
>
> I've updated this in my local copy, will get posted in version 04.
>
>
>>
>> On Thu, Sep 12, 2019 at 8:40 AM Hannes Tschofenig <
>> Hannes.Tschofenig@arm.com> wrote:
>>
>>> Thanks for the correction; yes =E2=80=93 the most recent version is -02=
 and I
>>> posted an old link.
>>>
>>>
>>>
>>>
>>>
>>> *From:* Eve Maler 
>>> *Sent:* Donnerstag, 12. September 2019 16:16
>>> *To:* Hannes Tschofenig 
>>> *Subject:* Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
>>>
>>>
>>>
>>> I think you mean
>>> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02?
>>>
>>> Eve Maler (sent from my iPad) | cell +1 425 345 6756 <(425)%20345-6756>
>>>
>>>
>>> On Sep 11, 2019, at 4:22 AM, Hannes Tschofenig <
>>> Hannes.Tschofenig@arm.com > wrote:
>>>
>>> Hi all,
>>>
>>>
>>>
>>> We are starting a WGLC on the "OAuth 2.0 Incremental Authorization"
>>> draft. You can find the document here:
>>>
>>> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-01
>>>
>>>
>>>
>>> Please review the document and provide feedback.
>>>
>>>
>>>
>>> The WGLC will end September 25th, 2019.
>>>
>>>
>>>
>>> Ciao
>>>
>>> Hannes & Rifaat
>>>
>>> IMPORTANT NOTICE: The contents of this email and any attachments are
>>> confidential and may also be privileged. If you are not the intended
>>> recipient, please notify the sender immediately and do not disclose the
>>> contents to any other person, use it for any purpose, or store or copy =
the
>>> information in any medium. Thank you.
>>>
>>> _______________________________________________
>>> OAuth mailing list
>>> OAuth@ietf.org
>>> https://www.ietf.org/mailman/listinfo/oauth
>>>
>>> IMPORTANT NOTICE: The contents of this email and any attachments are
>>> confidential and may also be privileged. If you are not the intended
>>> recipient, please notify the sender immediately and do not disclose the
>>> contents to any other person, use it for any purpose, or store or copy =
the
>>> information in any medium. Thank you.
>>> _______________________________________________
>>> OAuth mailing list
>>> OAuth@ietf.org
>>> https://www.ietf.org/mailman/listinfo/oauth
>>>
>>
>> *CONFIDENTIALITY NOTICE: This email may contain confidential and
>> privileged material for the sole use of the intended recipient(s). Any
>> review, use, distribution or disclosure by others is strictly
>> prohibited...  If you have received this communication in error, please
>> notify the sender immediately by e-mail and delete the message and any f=
ile
>> attachments from your computer. Thank you.*
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>

--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
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ave=20
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=20
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--000000000000ca32f20596dd686b
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You are welcome. I'm always happy to be able to h=
elp with a major contribution such as this one :) 

=

I did read through the draft for WGLC back in September though and tha=
t was the only issue that jumped out at me. 


On Wed, Nov =
6, 2019 at 6:15 PM William Denniss <wdenniss=3D40google.com@dmarc.ietf.org> wrote:
<=
blockquote class=3D"gmail_quote" style=3D"margin:0px 0px 0px 0.8ex;border-l=
eft:1px solid rgb(204,204,204);padding-left:1ex">

=

On W=
ed, Sep 25, 2019 at 3:54 PM Brian Campbell <bcampbell=3D40pingidentity.com@d=
marc.ietf.org> wrote:
Just noticed that  something is missing in https://tools.ietf.org/html/draft-ietf-oauth-i=
ncremental-authz-02#section-5 where it has just, "(Section 4.1.4 o=
f )" 

Thank you for catching=
 this Brian. It was meant to read Section 4.1.4 of RFC 6749.

=

I've updated this in my local copy, will get posted in versi=
on 04.
=C2=A0

On Thu, Sep 12, 2019 at 8:40 AM Hannes Tschofenig <=
Hannes.Tscho=
fenig@arm.com> wrote:











Thanks for the correction; yes =E2=80=93 the most re=
cent version is -02 and I posted an old link.



=C2=A0


=C2=A0






From: Eve Maler <eve@xmlgrrl.com>


Sent: Donnerstag, 12. September 2019 16:16

To: Hannes Tschofenig <Hannes.Tschofenig@arm.com>

Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-0=
1






=C2=A0


I think you mean=C2=A0<=
a href=3D"https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-02=
" target=3D"_blank">https://tools.ietf.org/html/draft-ietf-oauth-incrementa=
l-authz-02?






Eve Maler (sent from =
my iPad) |=C2=A0cell +1 425 345 6756










On Sep 11, 2019, at 4:22 AM, Hannes Tschofenig <Hannes.Tschofenig@arm.com> =
wrote:








Hi all,


=C2=A0


We are starting a WGLC on the "OAuth 2.0 Increm=
ental Authorization" draft. You can find the document here:<=
/u>


https://tools.ietf.org/html/dra=
ft-ietf-oauth-incremental-authz-01


=C2=A0


Please review the document and provide feedback.<=
/u>


=C2=A0


The WGLC will end September 25th, 2019.


=C2=A0


Ciao


Hannes & Rifaat


IMPORTANT NOTICE: The contents of this email and any=
 attachments are confidential and may also be privileged. If you are not th=
e intended recipient, please notify the sender immediately and do not discl=
ose the contents to any other person,
 use it for any purpose, or store or copy the information in any medium. Th=
ank you.











_______________________________________________

OAuth mailing list

OAuth@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/oauth







IMPORTANT NOTICE: The contents of this email and any attachments are confid=
ential and may also be privileged. If you are not the intended recipient, p=
lease notify the sender immediately and do not disclose the contents to any=
 other person, use it for any purpose,
 or store or copy the information in any medium. Thank you.



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth






CONFIDENTIALITY NOTICE: This email m=
ay contain confidential and privileged material for the sole use of the int=
ended recipient(s). Any review, use, distribution or disclosure by others i=
s strictly prohibited...=C2=A0 If you have received this communication in e=
rror, please notify the sender immediately by e-mail and delete the message=
 and any file attachments from your computer. Thank you._=
______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth








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From: Jared Jennings 
Date: Fri, 8 Nov 2019 17:47:56 -0600
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Subject: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 : JJennings
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A few comments and changes that I think should be made or would read more
clearly.

3.1 Paragraph #2
Should probably read either of the following

Clients SHOULD avoid forwarding the user's browser to a URI obtained
   from a query parameter since such a function could be utilized to
   exfiltrate authorization codes and access tokens.  If there is a
   strong need for this kind of *redirect*, clients are advised to
   implement appropriate countermeasures against open redirection, e.g.,
   as described by OWASP [owasp
=
].

or

Clients SHOULD avoid forwarding the user's browser to a URI obtained
   from a query parameter since such a function could be utilized to
   exfiltrate authorization codes and access tokens.  If there is a
   strong need for *these* kind of redirects, clients are advised to
   implement appropriate countermeasures against open redirection, e.g.,
   as described by OWASP [owasp
=
].


3.1.1
Last Paragraph
Either should start with AS, like the others or server should be uppercase?

 Authorization servers SHOULD furthermore consider the recommendations
   given in [RFC6819], Section 4.4.1.1
, on
authorization code replay
   prevention.


4.4.1, 4.5.2
The beginnings of each bullet list should be capitalized? (The)

4.8.1.3
Should maybe read

An audience restriction essentially restricts access tokens to a
particular resource server. The authorization server

   associates the access token with the particular resource server and
thus a resource server SHOULD verify the
   intended audience. If the access token fails the intended audience
validation, the resource server must refuse

   to serve the respective request.


....

The client SHOULD to tell the authorization server the intended
resource server.  The proposed
   mechanism [I-D.ietf-oauth-resource-indicators
]
could be used or by encoding the
   information in the scope value.


...

   Audience restriction may seem easier to use since it does not require
any crypto on the client-side. Still, since every access token is bound to
a specific resource server, the client also needs to obtain a single
RS-specific access token when accessing several resource servers.
 [I-D.ietf-oauth-token-binding] has the same property since different token
binding ids must be associated with the access token.  Using
[I-D.ietf-oauth-mtls], on the other hand, allows a client to use the access
token at multiple resource servers.

4.8.2 I think would read better with the following
An attacker may compromise a resource server to gain access and to other
resources of the respective deployment. Such a compromise may range from
partial access to the system, e.g., its log files, to full control of the
respective server.

If the attacker were able to gain full control, including shell access, it
would be able to circumvent all controls and access resources. It would
also obtain other access tokens held on the compromised system, which would
potentially be valid to access other resource servers.

Preventing server breaches by hardening and monitoring server systems is
considered a standard operational procedure and, therefore, out of the
scope of this document. This section focuses on the impact of such
 OAuth-related breaches and the replaying of captured access tokens.

4.9.1
Attackers could try to utilize a user=E2=80=99s trust in the authorization =
server
(and its URL in particular) for performing phishing attacks.

 [RFC6749], Section 4.1.2.1, already prevents open redirects by stating the
AS MUST NOT automatically redirect the user agent in case of an invalid
combination of client_id and redirect_uri.

However, as described in [I-D.ietf-oauth-closing-redirectors], an attacker
could also utilize a correctly registered redirect URI to perform phishing
attacks. It could, for example, register a client via dynamic client
registration [RFC7591] and intentionally send an erroneous authorization
request, e.g., by using an invalid scope value, thus redirecting
instructing the AS to redirect the client to the desired phishing site.

The AS MUST take precautions to prevent this threat. Based on its risk
assessment, the AS needs to decide whether it can trust the redirect URI
and SHOULD only automatically redirect the user agent if it trusts the
redirect URI. If the URI is not trusted, it MAY inform the user and rely on
the user to make the correct decision.


4.9.2
Clients MUST NOT expose URLs, which could be utilized as an open
redirector. Attackers may use an open redirector to produce URLs that
appear to point to the client, which might trick users into trusting the
URL and following it in their browser. Another abuse case is to produce
URLs pointing to the client and utilize them to impersonate a client with
an authorization server.

The client should only expose a URL, if the target URL(s) is whitelisted or
if the origin of the request can be confirmed.


4.11 (last paragraph)
If an attacker was able to get access to the internal network between proxy
and application server, the attacker could also try to circumvent security
controls in place. It is, therefore, essential to ensure the authenticity
of the communicating entities. Furthermore, the communication link between
reverse proxy and application server must be protected against
eavesdropping, injection, and replay of messages.


P.S. I am out for the next 8 days and will not be able to respond to any
comments or questions until after the 15th.

-Jared
Skype:jaredljennings
Signal:+1 816.730.9540
WhatsApp: +1 816.678.4152

--000000000000e82f0c0596de69aa
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A few comments and changes that I think should be mad=
e or would read more clearly.

3.1 Paragraph #2
Should probably read either of the following
Clients SHOULD avoid forwarding the =
user's browser to a URI obtained
   from a query parameter since such a function could be utilized to
   exfiltrate authorization codes and access tokens.  If there is a
   strong need for this kind of redirect, clients are advised to
   implement appropriate countermeasures against open redirection, e.g.,
   as described by OWASP [owasp].
or
Clients SHOULD avoid forwarding the =
user's browser to a URI obtained
   from a query parameter since such a function could be utilized to
   exfiltrate authorization codes and access tokens.  If there is a
   strong need for these kind of redirects, clients are advised to
   implement appropriate countermeasures against open redirection, e.g.,
   as described by OWASP [owasp].

=
3.1.1
Last Paragraph
Either should start with AS, like =
the others or server should be uppercase?

 Authorization servers SHOULD f=
urthermore consider the recommendations
   given in [RFC6819], Section=C2=A04.4.1.1, on authorization code replay
   prevention.

4.4.1, 4.5.2
The be=
ginnings of each bullet list should be capitalized? (The)

4.8.1.3
Should maybe read
An audience restriction essentially restrict=
s access tokens to a particular resource server. The authorization server
   associates the a=
ccess token with the particular resource server and thus a resource server =
SHOULD verify the
   intended audience. If the access token fails the intended audience valid=
ation, the resource server must refuse
   to serve the respective request. 
<=
br>
....
The client SHOULD to tell the authorization server the intended resou=
rce server.  The proposed
   mechanism [I-D.ietf-oauth-resource-indicators] =
could be used or by encoding the
   information in the scope value.

...
=


=C2=A0 =C2=A0Audience restriction may see=
m easier to use since it does not require any crypto on the client-side. St=
ill, since every access token is bound to a specific resource server, the c=
lient also needs to obtain a single RS-specific access token when accessing=
 several resource servers. =C2=A0[I-D.ietf-oauth-token-binding] has the sam=
e property since different token binding ids must be associated with the ac=
cess token.=C2=A0 Using [I-D.ietf-oauth-mtls], on the other hand, allows a =
client to use the access token at multiple resource servers.

4.8.2 I think would read better with the following
An attacker may compromise a resource serv=
er to gain access and to other resources of the respective deployment. Such=
 a compromise may range from partial access to the system, e.g., its log fi=
les, to full control of the respective server.

If the attacker were =
able to gain full control, including shell access, it would be able to circ=
umvent all controls and access resources. It would also obtain other access=
 tokens held on the compromised system, which would potentially be valid to=
 access other resource servers.

Preventing server breaches by harden=
ing and monitoring server systems is considered a standard operational proc=
edure and, therefore, out of the scope of this document. This section focus=
es on the impact of such =C2=A0OAuth-related breaches and the replaying of =
captured access tokens.

4.9.1
Attackers could try to utilize a user=E2=80=99s t=
rust in the authorization server (and its URL in particular) for performing=
 phishing attacks.

=C2=A0[RFC6749], Section 4.1.2.1, already prevent=
s open redirects by stating the AS MUST NOT automatically redirect the user=
 agent in case of an invalid combination of client_id and redirect_uri. 
However, as described in [I-D.ietf-oauth-closing-redirectors], an atta=
cker could also utilize a correctly registered redirect URI to perform phis=
hing attacks. It could, for example, register a client via dynamic client r=
egistration [RFC7591] and intentionally send an erroneous authorization req=
uest, e.g., by using an invalid scope value, thus redirecting instructing t=
he AS to redirect the client to the desired phishing site.

The AS MU=
ST take precautions to prevent this threat. Based on its risk assessment, t=
he AS needs to decide whether it can trust the redirect URI and SHOULD only=
 automatically redirect the user agent if it trusts the redirect URI. If th=
e URI is not trusted, it MAY inform the user and rely on the user to make t=
he correct decision.


4.9=
.2
Clients MUST NOT expose URLs, which c=
ould be utilized as an open redirector. Attackers may use an open redirecto=
r to produce URLs that appear to point to the client, which might trick use=
rs into trusting the URL and following it in their browser. Another abuse c=
ase is to produce URLs pointing to the client and utilize them to impersona=
te a client with an authorization server. 

The client should only ex=
pose a URL, if the target URL(s) is whitelisted or if the origin of the req=
uest can be confirmed.


4=
.11 (last paragraph)
If an attacker was =
able to get access to the internal network between proxy and application se=
rver, the attacker could also try to circumvent security controls in place.=
 It is, therefore, essential to ensure the authenticity of the communicatin=
g entities. Furthermore, the communication link between reverse proxy and a=
pplication server must be protected against eavesdropping, injection, and r=
eplay of messages.


P.S. =
I am out for the next 8 days and will not be able to respond to any comment=
s or questions until after the 15th.

-Jared
Skype:jaredljennings
Si=
gnal:+1 816.730.9540
WhatsApp:=C2=A0+1 816.678.4152


--000000000000e82f0c0596de69aa--


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Howdy DW,

Thanks very much for your response! It's totally understandable that
the authorization server should ask for re-confirm if the
refresh_token is no longer valid, and it's also understandable that if
you're using implicit flow with only an access_token that you don't
need to ask for re-confirm every time.

However, I'm specifically interested in authorization code flow
situations where an authorization request is made despite the client
already having a valid grant. It's an atypical request for the client
to make, since they theoretically should already have valid
access/refresh_tokens, but when it does happen, what is the
authorization server supposed to do? Is it bad for them to
auto-redirect back with another authorization code without asking the
user to confirm again? Shouldn't they treat the authorization request
the same way they treat all other authorization requests (by asking
for user confirmation)?

It seems there are situations where this transparent redirect behavior
can be dangerous[1][2] or misleading[3].

[1]: Issuing a new authorization code without requiring confirmation
from the user is what allowed Github's HEAD exploit to be practical
because it allowed the client to exfiltrate the authorization code
without user interaction. Had Github always requested user to click
Allow, even though the user would have already granted access through
the HEAD exploit, the client wouldn't be able to obtain the
authorization code without user interaction. I understand that fixing
the HEAD exploit in the first place is the first and best solution,
but the lack of user interaction is what elevated this exploit from
high to critical.

[2]: For users that have multiple accounts with a client (e.g.
personal, anonymous, work, etc.), if an authorization server
auto-redirects for repeated authorization requests, once that user
connects one account via OAuth to the client, the client can then
attempt authorization requests for other accounts and see which ones
get auto-redirect back. This can, without user interaction,
potentially de-anonymize or map different accounts on the client to
the same user that the user didn't necessarily want to be mapped.

[3]: Privacy regulations are adding more and more for users to
"opt-in" to various types of data access or data sharing, and
sometimes consent requirements for the client don't line up with the
expiration/revocation timelines of the authorization server (e.g.
clients may be required to get an opt-in annually, even if the
authorization server grant never expires). Clients are assuming that
using the redirect back with an authorization code is proof of consent
for their privacy compliance records (it is called Open Authorization,
after all). However, with transparent redirects in the authorization
code flow, this isn't necessarily true and you can no longer rely on
OAuth as a valid mechanism for proving user consent.

I realize that it's open to the authorization server to issue
authorization codes how they see fit. It just strikes me as odd that
there's not a lot of guidance around when transparent redirects are
safe, when user interaction should occur, and the risks and
implications of both behaviors.

Daniel Roesler
Co-founder & CTO, UtilityAPI
daniel@utilityapi.com
On Fri, Nov 8, 2019 at 2:02 PM David Waite  w=
rote:
>
> Hello Daniel!
>
> > 1. The client makes an ajax HEAD request to the OAuth authorization
> > endpoint, which will silently create the authorization grant (this was
> > the security exploit that was patched).
>
> > Anyway, I'm trying to find guidance on transparent redirects for
> > authorization code grants. There's a whole host of both security and
> > application logic issues that could come up from such behavior, so I'd
> > like to ask for clarification in best practices.
>
> OAuth does not provide a way to recover from an expired access token barr=
ing a refresh token, which also can be invalidated. In particular, the only=
 front channel =E2=80=98continuation=E2=80=99 parameter I know of is =E2=80=
=98id_token_hint=E2=80=99 in OIDC.
>
> There are deployments today (admittedly mostly using implicit flow) which=
 do not have refresh tokens. A mandate that you SHOULD ask for re-consent w=
ould be a recommendation that they have to interrupt the user periodically =
to continue access - which would just create another security vs usability =
decision.
>
> Per your point above, the actual security issue was that GitHub 1) had th=
e authorization endpoint serve double-duty and 2) treated HEAD requests as =
a quasi GET/POST to create a grant in their database to the client without =
user confirmation. The solution for this is not to ask the user to re-confi=
rm on every request..
>
> That said, it does make sense for some deployments to periodically invali=
date a refresh token, even for the purpose of bringing the user back to re-=
consent permissions (aka self-audit). An application could theoretically di=
stinguish from tokens granted by the protected user needing to be invalidat=
ed to drive the user to re-consent, and operationally granted tokens which =
are assumed to be actively managed and not tied to any user account.
>
> -DW
>
> > On Nov 8, 2019, at 5:49 AM, Daniel Roesler  wrote:
> >
> > Howdy,
> >
> > In the "3.1 Protecting Redirect-Based Flows" > "3.1.1. Authorization
> > Code Grant" section, is there guidance on when it is appropriate (if
> > ever) to automatically generate a new authorization code and redirect
> > back to the client?
> >
> > A recent exploit[1] on Github's OAuth implementation was practical
> > because if you make an authorization request and the resource owner is
> > already authenticated and the scope is already authorized, Github will
> > silently generate a new authorization code and redirect the user back
> > to the redirect_uri without asking them to click "Authorize" again.
> >
> > How the exploit worked:
> >
> >
> > 2. However, since the ajax response was blocked via CORS, the client
> > couldn't receive the authorization code in the response parameters.
> >
> > 3. So, the client then redirected the user to Github's authorization
> > endpoint with the same authorization code request (only this time as a
> > real GET redirect).
> >
> > 4. Github instantly redirected the user back to the client's
> > redirect_uri with a new authorization code and without asking for any
> > user interaction.
> >
> > It seems strange to me that OAuth should allow for transparent
> > authorization code redirects without resource owner confirmation. This
> > situation only comes up when something weird is happening, such as
> > when a client loses their valid access|refresh_token, but isn't that
> > all the more reason to clarify that you should always ask for resource
> > owner confirmation of the scope, even in scenarios where you are just
> > re-authorizing the same scope as before?
> >
> > Had Github asked for confirmation on step 4 above, the practicality of
> > the HEAD exploit would have been reduced because the user would have
> > been presented with an unexpected Allow/Deny Github OAuth dialogue,
> > possibly alerting them to the fact that something strange was going
> > on.
> >
> >
> > [1]: https://blog.teddykatz.com/2019/11/05/github-oauth-bypass.html
> >
> > Daniel Roesler
> > Co-founder & CTO, UtilityAPI
> > daniel@utilityapi.com
> >
> >
> >
> > On Wed, Nov 6, 2019 at 2:27 AM Hannes Tschofenig
> >  wrote:
> >>
> >> Hi all,
> >>
> >> this is a working group last call for "OAuth 2.0 Security Best Current=
 Practice".
> >>
> >> Here is the document:
> >> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
> >>
> >> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> >> (We use a three week WGLC because of the IETF meeting.)
> >>
> >> Ciao
> >> Hannes & Rifaat
> >>
> >> IMPORTANT NOTICE: The contents of this email and any attachments are c=
onfidential and may also be privileged. If you are not the intended recipie=
nt, please notify the sender immediately and do not disclose the contents t=
o any other person, use it for any purpose, or store or copy the informatio=
n in any medium. Thank you.
> >>
> >> _______________________________________________
> >> OAuth mailing list
> >> OAuth@ietf.org
> >> https://www.ietf.org/mailman/listinfo/oauth
> >
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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From: Torsten Lodderstedt 
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References: 
Cc: David Waite , "oauth@ietf.org" 
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To: Daniel Roesler 
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Hi Daniel,

> Am 09.11.2019 um 18:44 schrieb Daniel Roesler :
>=20
> I realize that it's open to the authorization server to issue
> authorization codes how they see fit. It just strikes me as odd that
> there's not a lot of guidance around when transparent redirects are
> safe, when user interaction should occur, and the risks and
> implications of both behaviors.

User consent is more difficult than it looks on first sight. That=E2=80=99s t=
he reason why it is hard to come up with general guidance.

To start with, user consent is not a security measure per se. It is a measur=
e to establish the legal basis for access to services and data on behalf of t=
he resource owner. It is important to gather the consent but also to enforce=
 this consent (typically by the RS) and ensure that only the legit client is=
 able to use the tokens issued based on a certain consent (scope). That=E2=80=
=99s were various security pieces come into play.

If AS and client belong to the same legal entity, there is typically no need=
 to gather consent since the user already consented to the terms and privacy=
 policy of the respective service provider. So automatic code issuance is fi=
ne as long as the user is sufficiently authenticated (policy determine by RS=
).

If AS and client belong to different legal entities, the AS can ask every ti=
me - that=E2=80=99s on the super safe side but inconvenient. That=E2=80=99s w=
hy ASs may store the consent and avoid another dialog, if the same client as=
ks again for the same scope.

But what does =E2=80=9Esame client=E2=80=9C mean? Is it the client_id? Sound=
s reasonable for a web app, but would also mean instances of the same native=
 app residing on different devices could share the consent. That=E2=80=99s g=
reat from a convenience perspective but the AS has to really make sure it=E2=
=80=99s the same user on the other device using the 3rd party app and it=E2=80=
=99s the same app again otherwise an attacker could easily abuse the grant.

This in turn would call for client authentication, which in this case (same c=
lient_id shared among instances) means the OAuth dialog must happen in a bac=
kend otherwise the secret could be obtained by an attacker from the installe=
d app.

I hear =E2=80=9Cdynamic client registration=E2=80=9D to give every instance c=
lient_id and secret? Well, looks like an alternative, but one needs to estab=
lish the relationship to the legal entity in a secure manner, otherwise shar=
ing the consent is dangerous. Software statements or registration access tok=
ens are the means at hand but both are shared secrets one would need to depl=
oy with all app instances ... not advisable at all.

Let=E2=80=99s talk about =E2=80=9Csame scope=E2=80=9D: equality can be defin=
ed as byte level string equality or by interpreting the scope. The first app=
roach will cause another user consent dialog if the order of the scope value=
s change (or just a space is added). The latter approach is highly implement=
ation specific since left undefined in RFC 6749.

In the case of Open Banking and similar scenarios, this scope will be fine g=
rained, dynamic or even transactional meaning storing a consent and issuing a=
nother code in subsequent authorization transactions might be possible but s=
cope value specific.

Constraints regarding the duration of a consent can easily be enforced by th=
e AS. It just won=E2=80=99t issue further codes or access tokens (in case of=
 refresh token grant) if the consent needs to be refreshed.

bottom line: to define when an AS can issue an authorization code without as=
king for user consent again is easy. Implementing a policy that is secure an=
d convenient is not.

We are working on more sophisticated ways to represent and compare scopes (h=
ttps://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03). The client ident=
ification problem will most likely stay.

kind regards,
Torsten.=

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	charset=utf-8
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Hi Daniel,

Am 09.11.2019 um 18:44 schrieb Daniel Ro=
esler <daniel=3D40utilityapi.com@dmarc.ietf.org>:

=

I realize that it's o=
pen to the authorization server to issue
authorization codes=
 how they see fit. It just strikes me as odd that
there's no=
t a lot of guidance around when transparent redirects are
sa=
fe, when user interaction should occur, and the risks and
im=
plications of both behaviors.

U=
ser consent is more difficult than it looks on first sight. That=E2=80=99s t=
he reason why it is hard to come up with general guidance.

To start with, user consent is not a security measure per se. It is a mea=
sure to establish the legal basis for access to services and data on behalf o=
f the resource owner. It is important to gather the consent but also to enfo=
rce this consent (typically by the RS) and ensure that only the legit client=
 is able to use the tokens issued based on a certain consent (scope). That=E2=
=80=99s were various security pieces come into play.

If A=
S and client belong to the same legal entity, there is typically no need to g=
ather consent since the user already consented to the terms and privacy poli=
cy of the respective service provider. So automatic code issuance is fine as=
 long as the user is sufficiently authenticated (policy determine by RS).

If AS and client belong to different legal entities, t=
he AS can ask every time - that=E2=80=99s on the super safe side but inconve=
nient. That=E2=80=99s why ASs may store the consent and avoid another dialog=
, if the same client asks again for the same scope.

But what does =E2=80=9Esame client=E2=80=9C mean? Is it the client_id?=
 Sounds reasonable for a web app, but would also mean instances of the same n=
ative app residing on different devices could share the consent. That=E2=80=99=
s great from a convenience perspective but the AS has to really make sure it=
=E2=80=99s the same user on the other device using the 3rd party app and it=E2=
=80=99s the same app again otherwise an attacker could easily abuse the gran=
t.

This in turn would call for client authenticatio=
n, which in this case (same client_id shared among instances) means the OAut=
h dialog must happen in a backend otherwise the secret could be obtained by a=
n attacker from the installed app.

I hear =E2=80=9C=
dynamic client registration=E2=80=9D to give every instance client_id and se=
cret? Well, looks like an alternative, but one needs to establish the relati=
onship to the legal entity in a secure manner, otherwise sharing the consent=
 is dangerous. Software statements or registration access tokens are the mea=
ns at hand but both are shared secrets one would need to deploy with all app=
 instances ... not advisable at all.

Let=E2=80=99s t=
alk about =E2=80=9Csame scope=E2=80=9D: equality can be defined as byte leve=
l string equality or by interpreting the scope. The first approach will caus=
e another user consent dialog if the order of the scope values change (or ju=
st a space is added). The latter approach is highly implementation specific s=
ince left undefined in RFC 6749.

In the case of Ope=
n Banking and similar scenarios, this scope will be fine grained, dynamic or=
 even transactional meaning storing a consent and issuing another code in su=
bsequent authorization transactions might be possible but scope value specif=
ic.

Constraints regarding the duration of a consent=
 can easily be enforced by the AS. It just won=E2=80=99t issue further codes=
 or access tokens (in case of refresh token grant) if the consent needs to b=
e refreshed.

bottom line: to define when an AS can i=
ssue an authorization code without asking for user consent again is easy. Im=
plementing a policy that is secure and convenient is not.
<=
/div>

We are working on more sophisticated ways to repres=
ent and compare scopes (https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-0=
3). The client identification problem will most likely stay.
<=
br>
kind regards,
Torsten.
=

--Apple-Mail-8EB01663-90B3-455E-967A-8A61F063F069--


From nobody Sat Nov  9 13:23:21 2019
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On Nov 9, 2019, at 1:08 PM, Torsten Lodderstedt =
 wrote:
> But what does =E2=80=9Esame client=E2=80=9C mean? Is it the client_id? =
Sounds reasonable for a web app, but would also mean instances of the =
same native app residing on different devices could share the consent. =
That=E2=80=99s great from a convenience perspective but the AS has to =
really make sure it=E2=80=99s the same user on the other device using =
the 3rd party app and it=E2=80=99s the same app again otherwise an =
attacker could easily abuse the grant.
>=20
> This in turn would call for client authentication, which in this case =
(same client_id shared among instances) means the OAuth dialog must =
happen in a backend otherwise the secret could be obtained by an =
attacker from the installed app.



Very true, and this is one reason why in Native Apps and Web Apps =
deployments (which use public clients) the AS may use the ability to =
redirect to a unique redirect URI as a form of lightweight =
identifier/ownership proof. That means some forms of redirect URI where =
you cannot provide unique ownership (custom schemes on most platforms, =
localhost redirects) should understand that other software can imitate =
the given client to the user, and that as a result allowed =
authorizations might be reduced and SSO/consent should be more carefully =
managed.

> I hear =E2=80=9Cdynamic client registration=E2=80=9D to give every =
instance client_id and secret? Well, looks like an alternative, but one =
needs to establish the relationship to the legal entity in a secure =
manner, otherwise sharing the consent is dangerous. Software statements =
or registration access tokens are the means at hand but both are shared =
secrets one would need to deploy with all app instances ... not =
advisable at all.

As DCR gives you the means to uniquely identify a client, I would expect =
each instance to be represented as a separate client. That brings you up =
from =E2=80=98consent on every token request by every client instance=E2=80=
=99 to =E2=80=98consent once for each client instance=E2=80=99. You =
could still use something like unique redirect URI or platform =
attestation to make it 'consent once per client=E2=80=99.

DCR does give you another handle for tracking a client instance across =
authorization requests, which can be otherwise difficult in the scenario =
public clients relying on a browser user agent. A native app may be able =
to persist that better than say what you get via browser storage.

> Let=E2=80=99s talk about =E2=80=9Csame scope=E2=80=9D: equality can be =
defined as byte level string equality or by interpreting the scope. The =
first approach will cause another user consent dialog if the order of =
the scope values change (or just a space is added). The latter approach =
is highly implementation specific since left undefined in RFC 6749.
>=20
> In the case of Open Banking and similar scenarios, this scope will be =
fine grained, dynamic or even transactional meaning storing a consent =
and issuing another code in subsequent authorization transactions might =
be possible but scope value specific.
>=20
> Constraints regarding the duration of a consent can easily be enforced =
by the AS. It just won=E2=80=99t issue further codes or access tokens =
(in case of refresh token grant) if the consent needs to be refreshed.
>=20
> bottom line: to define when an AS can issue an authorization code =
without asking for user consent again is easy. Implementing a policy =
that is secure and convenient is not.
>=20
> We are working on more sophisticated ways to represent and compare =
scopes (https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03 =
). The =
client identification problem will most likely stay.

One of the benefits of the OAuth abstraction is that it puts the =
authorization business logic (including things like presentation) =
squarely in the hands of the AS. OAuth gives the flexibility for the AS =
to implement that logic appropriately, as well as to evolve that logic =
without impacting the protocol contract with the clients/protected =
resources.

That there even is consent is part of that business requirements on an =
organization, so it would be difficult to give formal recommendations =
outside of business needs (e.g. regulatory compliance). Outside that, =
recommendations would be non-prescriptive considerations for AS =
implementors, such as =E2=80=9Climit the scopes available to a client =
based on client need, client audit, business relationship, and =
regulatory restrictions/requirements=E2=80=9D

There are also cases where general user interaction (e.g. =
non-transparent SSO/authorization) is technically desirable, such as =
fortifying the AS from being classified as a tracker in Safari ITP or =
ensuring Universal Links will work on iOS.  If you are requiring the =
user click to continue as a technical solution, you might decide to use =
that as an opportunity for information or informed consent as well.

-DW=

--Apple-Mail=_41E13083-D4D9-48AF-A88C-1B85736384BE
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=utf-8

On =
Nov 9, 2019, at 1:08 PM, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:
But what does =
=E2=80=9Esame client=E2=80=9C mean? Is it the client_id? Sounds =
reasonable for a web app, but would also mean instances of the same =
native app residing on different devices could share the consent. =
That=E2=80=99s great from a convenience perspective but the AS has to =
really make sure it=E2=80=99s the same user on the other device using =
the 3rd party app and it=E2=80=99s the same app again otherwise an =
attacker could easily abuse the grant.

This in =
turn would call for client authentication, which in this case (same =
client_id shared among instances) means the OAuth dialog must happen in =
a backend otherwise the secret could be obtained by an attacker from the =
installed app.

<pipes back in>

Very true, and this is one reason why in Native Apps =
and Web Apps deployments (which use public clients) the AS may use the =
ability to redirect to a unique redirect URI as a form of lightweight =
identifier/ownership proof. That means some forms of redirect URI where =
you cannot provide unique ownership (custom schemes on most platforms, =
localhost redirects) should understand that other software can imitate =
the given client to the user, and that as a result allowed =
authorizations might be reduced and SSO/consent should be more carefully =
managed.

I hear =E2=80=9Cdynamic =
client registration=E2=80=9D to give every instance client_id and =
secret? Well, looks like an alternative, but one needs to establish the =
relationship to the legal entity in a secure manner, otherwise sharing =
the consent is dangerous. Software statements or registration access =
tokens are the means at hand but both are shared secrets one would need =
to deploy with all app instances ... not advisable at =
all.

As DCR gives you the means to uniquely identify a =
client, I would expect each instance to be represented as a separate =
client. That brings you up from =E2=80=98consent on every token request =
by every client instance=E2=80=99 to =E2=80=98consent once for each =
client instance=E2=80=99. You could still use something like unique =
redirect URI or platform attestation to make it 'consent once per =
client=E2=80=99.

DCR does give you =
another handle for tracking a client instance across authorization =
requests, which can be otherwise difficult in the scenario public =
clients relying on a browser user agent. A native app may be able to =
persist that better than say what you get via browser =
storage.

Let=E2=80=99s talk about =
=E2=80=9Csame scope=E2=80=9D: equality can be defined as byte level =
string equality or by interpreting the scope. The first approach will =
cause another user consent dialog if the order of the scope values =
change (or just a space is added). The latter approach is highly =
implementation specific since left undefined in RFC 6749.

In the case of Open =
Banking and similar scenarios, this scope will be fine grained, dynamic =
or even transactional meaning storing a consent and issuing another code =
in subsequent authorization transactions might be possible but scope =
value specific.

Constraints regarding the duration of a consent can easily be =
enforced by the AS. It just won=E2=80=99t issue further codes or access =
tokens (in case of refresh token grant) if the consent needs to be =
refreshed.

bottom line: to define when an AS can issue an authorization =
code without asking for user consent again is easy. Implementing a =
policy that is secure and convenient is not.

We are working on more =
sophisticated ways to represent and compare scopes (https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03)=
. The client identification problem will most likely =
stay.

One of the =
benefits of the OAuth abstraction is that it puts the authorization =
business logic (including things like presentation) squarely in the =
hands of the AS. OAuth gives the flexibility for the AS to implement =
that logic appropriately, as well as to evolve that logic without =
impacting the protocol contract with the clients/protected =
resources.

That there even is =
consent is part of that business requirements on an organization, so it =
would be difficult to give formal recommendations outside of business =
needs (e.g. regulatory compliance). Outside that, recommendations would =
be non-prescriptive considerations for AS implementors, such as =E2=80=9Cl=
imit the scopes available to a client based on client need, client =
audit, business relationship, and regulatory =
restrictions/requirements=E2=80=9D

There are also cases where general user =
interaction (e.g. non-transparent SSO/authorization) is technically =
desirable, such as fortifying the AS from being classified as a tracker =
in Safari ITP or ensuring Universal Links will work on iOS.  If you =
are requiring the user click to continue as a technical solution, you =
might decide to use that as an opportunity for information or informed =
consent as well.

-DW
=

--Apple-Mail=_41E13083-D4D9-48AF-A88C-1B85736384BE--


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From: Lee McGovern 
To: "oauth@ietf.org" 
Thread-Topic: WGLC for "OAuth 2.0 Security Best Current Practice"
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3.1 - "Clients MUST memorize which authorization server they sent an author=
ization request to" - is memorize the best synonym here, perhaps store or r=
etain is more aligned with computational language?

3.1.2 How does the draft https://tools.ietf.org/html/draft-parecki-oauth-br=
owser-based-apps-02 align with this guidance and will a future BCP update i=
nclude a direct reference to the final published version of this spec?

3.5, 3.6 Since there is a reference to the MTLS draft could there also be s=
ome guidance on the usage of token exchange best practise and also for the =
contents of the access token to be aligned https://tools.ietf.org/html/draf=
t-ietf-oauth-access-token-jwt-02


----------------------------------------------------------------------

Date: Wed, 6 Nov 2019 08:26:49 +0000
From: Hannes Tschofenig 
To: "oauth@ietf.org" 
Subject: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current
	Practice"
Message-ID:
	
	=

Content-Type: text/plain; charset=3D"us-ascii"

Hi all,

this is a working group last call for "OAuth 2.0 Security Best Current Prac=
tice".

Here is the document:
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13

Please send you comments to the OAuth mailing list by Nov. 27, 2019.
(We use a three week WGLC because of the IETF meeting.)

Ciao
Hannes & Rifaat

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On Nov 10, 2019, at 2:02 PM, Lee McGovern  =
wrote:
>=20
>=20
> 3.1 - "Clients MUST memorize which authorization server they sent an =
authorization request to" - is memorize the best synonym here, perhaps =
store or retain is more aligned with computational language?

Store, retain, persist are all common.

>=20
> 3.1.2 How does the draft =
https://tools.ietf.org/html/draft-parecki-oauth-browser-based-apps-02 =
align with this guidance and will a future BCP update include a direct =
reference to the final published version of this spec?

The dependency will be the other way - Browser-Based Apps will inform AS =
and RS implementors/operators what they need to do to allow javascript =
clients, and browser clients will have guidance toward meeting the =
Security BCP, where possible. Other drafts like DPoP exist to try to =
reduce the delta between the security BCP and what is feasible to deploy =
in browsers today.

> 3.5, 3.6 Since there is a reference to the MTLS draft could there also =
be some guidance on the usage of token exchange best practise and also =
for the contents of the access token to be aligned =
https://tools.ietf.org/html/draft-ietf-oauth-access-token-jwt-02
>=20

-DW


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Hi,

Please find my feedback on page 11-20 below.

Hans.

P14
4.2.4 For an RP there should be more explicit text and guidance about
having a single dedicated immutatable redirect URI per client that
"demultiplexes" access to the protected resource by storing the original
location that the user agent was trying to access in the state associated
with the authorization request.

P15
same section 4.2.4, 2nd paragraph: if I'm correct the text about
authorization codes being single use only and revoke access tokens on 2nd
use is not different from the original RFC is it? If so, why repeat here?

3rd paragraph: why not a MUST for invalidating state (and randomizing it
for that matter) but only a SHOULD?

P16
4.3.2 the "postmessage communication" is mentioned here without any context
or explanation; I guess this refers to the OIDC session management spec
somehow?

4.4 Mixup: I would like to emphasize here that the mixup attack works
perfectly fine against two statically configured OPs, to avoid the
impression that it is somehow applicable in dynamic scenarios only.

P17
About the description of the mixup attack: as long as the attacker is able
to trigger a request (by having the user click a link) and read the
query/POST parameters on the A-AS (perhaps from the logs) he can execute a
mixup attack by starting from the A-AS rather than the H-AS (as
demonstrated in the OAuth 2.0 security workshop in Darmstadt December
2016). Perhaps this can be made more explicit.

-- 
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

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Hi,

Please find my feedback on page 11-=
20 below.

Hans.

P14
4.2.4 For an RP there should be more explicit text and gui=
dance about having a single dedicated immutatable redirect URI per client t=
hat "demultiplexes" access to the protected resource by storing t=
he original location that the user agent was trying to access in the state =
associated with the authorization request.

P15
same section 4.2.4, 2nd paragraph: if I'm correct the text about=
 authorization codes being single use only and revoke access tokens on 2nd =
use is not different from the original RFC is it? If so, why repeat here?

3rd paragraph: why not a MUST for invalidating stat=
e (and randomizing it for that matter) but only a SHOULD?

P16
4.3.2 the "postmessage communication" is me=
ntioned here without any context or explanation; I guess this refers=C2=A0t=
o the OIDC session management=C2=A0spec somehow?

4=
.4 Mixup: I would like to emphasize here that the mixup attack works perfec=
tly fine against two statically configured OPs, to avoid the impression tha=
t it is somehow applicable in dynamic scenarios=C2=A0only.=C2=A0
=

P17
About the description of the mixup attack: as =
long as the attacker is able to trigger a request (by having the user click=
 a link) and read the query/POST parameters on the A-AS (perhaps from the l=
ogs) he can execute a mixup attack by starting from the A-AS rather than th=
e H-AS (as demonstrated in the OAuth 2.0 security workshop in Darmstadt Dec=
ember 2016). Perhaps this can be made more explicit.

--=
 


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References:  <213B6F9D-5737-4C20-AA87-1581C0F401ED@lodderstedt.net>    <0580261D-1003-4279-992A-542B30B3355D@amazon.com>
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From: Dick Hardt 
Date: Mon, 11 Nov 2019 09:10:15 -0800
Message-ID: 
To: txauth@ietf.org, oauth@ietf.org
Cc: Justin Richer , Torsten Lodderstedt ,  Yaron Sheffer , "Richard Backman, Annabelle" 
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Subject: [OAUTH-WG] Tx Auth BOF agenda
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Hello Everyone, see agenda below:

Monday Nov-18-2019 1330

TxAuth Bof Agenda

Introduction and Context   Chairs 10 min

Limitations and Feature Requests

Limitations of OAuth       Justin 10 min
Limitations of OAuth       Torsten 5 min
Feature Requests           Torsten 5 min
Feature Requests           Justin 10 min
Non Authorize Features  Annabelle 15 min

Proposals

OAuth XYZ [1]              Justin 20 min
RAR & PAR [2]             Torsten 20 min

Discussion                 Chairs 15 min

Next Steps                 Chairs 10 min

[1] https://datatracker.ietf.org/doc/draft-richer-transactional-authz/

[2] Rich and Pushed Authorization Requests
https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-par/



=E1=90=A7

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Hello Everyone, see agenda b=
elow:

Monday Nov-18-2019 1330

TxAuth Bof Ag=
enda

Introduction and Context=C2=A0 =C2=A0Chairs 		10 min

Lim=
itations and Feature Requests

Limitations of OAuth=C2=A0 =C2=A0 =C2=
=A0 =C2=A0Justin		10 min
Limitations of OAuth=C2=A0 =C2=A0 =C2=A0 =C2=A0=
Torsten		 5 min
Feature Requests=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0Torsten		 5 min
Feature Requests=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0Justin		10 min 
Non Authorize Features=C2=A0 Annabelle	15 min
<=
br>Proposals

OAuth XYZ [1]=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 Justin		20 min
RAR & PAR [2]=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0Torsten		20 min	

Discussion=C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Chairs		15 min

Next Steps=C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Chairs		10 min
[1] https://datatracker.ietf.org/doc/draft-richer-transactional-a=
uthz/

[2] Rich and Pushed Authorization Requests
https://datat=
racker.ietf.org/doc/draft-lodderstedt-oauth-rar/
https://datatracker.=
ietf.org/doc/draft-lodderstedt-oauth-par/


















3D""=
=E1=90=A7


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From: Rifaat Shekh-Yusef 
Date: Mon, 11 Nov 2019 12:22:31 -0500
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To: oauth 
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Subject: [OAUTH-WG] OAuth WG Agenda
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All,

We did not receive any comments about the draft agenda.

Here is the agenda for next week:
https://datatracker.ietf.org/doc/agenda-106-oauth/


*Wednesday=E2=80=99s Agenda*

Chairs Update (15 min)
Security Topics =E2=80=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Brian (15 min)


*Thursday=E2=80=99s Agenda*

Rich Authorization =E2=80=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 min)
10 minutes buffer


Regards,
 Rifaat & Hannes

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All,

We did not receive any comments ab=
out the draft agenda.

Here is the agenda=C2=A0for =
next week:


Wednesday=E2=80=99s Agenda

Chairs Update (15 min)
Security Topics =
=E2=80=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30=
 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP=
 =E2=80=93 Brian (15 min)


Thursd=
ay=E2=80=99s Agenda

Rich Authorization =E2=80=
=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 m=
in)
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 min)
10 m=
inutes buffer

Regards,
=
=C2=A0Rifaat & Hannes



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In-Reply-To: 
From: Brian Campbell 
Date: Mon, 11 Nov 2019 15:37:09 -0700
Message-ID: 
To: Rifaat Shekh-Yusef 
Cc: oauth 
Content-Type: multipart/alternative; boundary="00000000000039a557059719c718"
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Subject: Re: [OAUTH-WG] OAuth WG Agenda
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With a relatively short 15 minutes and the last time slot of the Wednesday
meeting, I'm a little worried that the DPoP presentation and discussion
will get rushed or truncated due to time constraints and/or overrun. Can I
make a preemptive request for use of that buffer time on Thursday at the
top of that session, if needed, to finish up?

On Mon, Nov 11, 2019 at 10:23 AM Rifaat Shekh-Yusef 
wrote:

> All,
>
> We did not receive any comments about the draft agenda.
>
> Here is the agenda for next week:
> https://datatracker.ietf.org/doc/agenda-106-oauth/
>
>
> *Wednesday=E2=80=99s Agenda*
>
> Chairs Update (15 min)
> Security Topics =E2=80=93 Torsten (15 min)
> Browser-based Apps =E2=80=93 Aaron (30 min)
> TXAuth update =E2=80=93 Dick/Justin (15 min)
> DPoP =E2=80=93 Brian (15 min)
>
>
> *Thursday=E2=80=99s Agenda*
>
> Rich Authorization =E2=80=93 Torsten (20 min)
> Pushed Authorization =E2=80=93 Torsten (20 min)
> Client Intermediary Metadata =E2=80=93 Aaron (20 min)
> Authorization Framework: Claims =E2=80=93 Travis (20 min)
> 10 minutes buffer
>
>
> Regards,
>  Rifaat & Hannes
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--=20
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With a relatively short 15 minutes and the last time slot =
of the Wednesday meeting, I'm a little worried that the DPoP presentati=
on and discussion will get rushed or truncated due to time constraints and/=
or overrun. Can I make a preemptive request for use of that buffer time on =
Thursday at the top of that session, if needed, to finish up? 
On Mon, N=
ov 11, 2019 at 10:23 AM Rifaat Shekh-Yusef <rifaat.ietf@gmail.com> wrote:
All,

=
We did not receive any comments about the draft agenda.

Here is the agenda=C2=A0for next week:

=


Wednesday=E2=80=99s Agenda
Chairs Update (15 min)
Security Topics =E2=80=93 Tors=
ten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Bri=
an (15 min)


Thursday=E2=80=99s A=
genda

Rich Authorization =E2=80=93 Torsten (20=
 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
C=
lient Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorizatio=
n Framework: Claims =E2=80=93 Travis (20 min)
10 minutes buffer

Regards,
=C2=A0Rifaat &a=
mp; Hannes


_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth






<=
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.=C2=A0 If you have received this communication in error, please notify the=
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In-Reply-To: 
From: Rifaat Shekh-Yusef 
Date: Mon, 11 Nov 2019 17:49:01 -0500
Message-ID: 
To: Brian Campbell 
Cc: oauth 
Content-Type: multipart/alternative; boundary="000000000000e821cd059719f013"
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Subject: Re: [OAUTH-WG] OAuth WG Agenda
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Sure. It's yours.

Regards,
 Rifaat


On Mon, Nov 11, 2019 at 5:37 PM Brian Campbell 
wrote:

> With a relatively short 15 minutes and the last time slot of the Wednesda=
y
> meeting, I'm a little worried that the DPoP presentation and discussion
> will get rushed or truncated due to time constraints and/or overrun. Can =
I
> make a preemptive request for use of that buffer time on Thursday at the
> top of that session, if needed, to finish up?
>
> On Mon, Nov 11, 2019 at 10:23 AM Rifaat Shekh-Yusef 
> wrote:
>
>> All,
>>
>> We did not receive any comments about the draft agenda.
>>
>> Here is the agenda for next week:
>> https://datatracker.ietf.org/doc/agenda-106-oauth/
>>
>>
>> *Wednesday=E2=80=99s Agenda*
>>
>> Chairs Update (15 min)
>> Security Topics =E2=80=93 Torsten (15 min)
>> Browser-based Apps =E2=80=93 Aaron (30 min)
>> TXAuth update =E2=80=93 Dick/Justin (15 min)
>> DPoP =E2=80=93 Brian (15 min)
>>
>>
>> *Thursday=E2=80=99s Agenda*
>>
>> Rich Authorization =E2=80=93 Torsten (20 min)
>> Pushed Authorization =E2=80=93 Torsten (20 min)
>> Client Intermediary Metadata =E2=80=93 Aaron (20 min)
>> Authorization Framework: Claims =E2=80=93 Travis (20 min)
>> 10 minutes buffer
>>
>>
>> Regards,
>>  Rifaat & Hannes
>>
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>
> *CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
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Sure. It's yours.

Regards,
=C2=A0Rifaat


On Mon, Nov 11, 2019 at 5:37 PM Brian Ca=
mpbell <bcampbell@pingiden=
tity.com> wrote:
With a relatively short 15 minutes and the last ti=
me slot of the Wednesday meeting, I'm a little worried that the DPoP pr=
esentation and discussion will get rushed or truncated due to time constrai=
nts and/or overrun. Can I make a preemptive request for use of that buffer =
time on Thursday at the top of that session, if needed, to finish up? 
<=
/div>
O=
n Mon, Nov 11, 2019 at 10:23 AM Rifaat Shekh-Yusef <rifaat.ietf@gmail.com> wrote:=

All,

We did not receive any comments about the draft a=
genda.

Here is the agenda=C2=A0for next week:
<=
/div>


Wednesday=E2=80=
=99s Agenda

Chairs Update (15 min)
S=
ecurity Topics =E2=80=93 Torsten (15 min)
Browser-based Apps =E2=
=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min=
)
DPoP =E2=80=93 Brian (15 min)


Thursday=E2=80=99s Agenda

Rich Autho=
rization =E2=80=93 Torsten (20 min)
Pushed Authorization =E2=80=
=93 Torsten (20 min)
Client Intermediary Metadata =E2=80=93 Aaron=
 (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 mi=
n)
10 minutes buffer

Regard=
s,
=C2=A0Rifaat & Hannes


_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth






<=
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>CONFIDENTIALITY NOTICE: This email may contain confidenti=
al and privileged material for the sole use of the intended recipient(s). A=
ny review, use, distribution or disclosure by others is strictly prohibited=
.=C2=A0 If you have received this communication in error, please notify the=
 sender immediately by e-mail and delete the message and any file attachmen=
ts from your computer. Thank you.


--000000000000e821cd059719f013--


From nobody Mon Nov 11 15:29:02 2019
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In-Reply-To: 
From: Rifaat Shekh-Yusef 
Date: Mon, 11 Nov 2019 18:28:46 -0500
Message-ID: 
To: oauth 
Content-Type: multipart/alternative; boundary="000000000000e2960a05971a7edb"
Archived-At: 
Subject: Re: [OAUTH-WG] OAuth WG Agenda
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--000000000000e2960a05971a7edb
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Here is the updated agenda:

   Wednesday=E2=80=99s Agenda

Chairs Update (15 min)
Security Topics =E2=80=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Brian (15 min)


   Thursday=E2=80=99s Agenda

DPoP - Brian (10 min)
Rich Authorization =E2=80=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 min)


Regards,
 Rifaat



On Mon, Nov 11, 2019 at 12:22 PM Rifaat Shekh-Yusef 
wrote:

> All,
>
> We did not receive any comments about the draft agenda.
>
> Here is the agenda for next week:
> https://datatracker.ietf.org/doc/agenda-106-oauth/
>
>
> *Wednesday=E2=80=99s Agenda*
>
> Chairs Update (15 min)
> Security Topics =E2=80=93 Torsten (15 min)
> Browser-based Apps =E2=80=93 Aaron (30 min)
> TXAuth update =E2=80=93 Dick/Justin (15 min)
> DPoP =E2=80=93 Brian (15 min)
>
>
> *Thursday=E2=80=99s Agenda*
>
> Rich Authorization =E2=80=93 Torsten (20 min)
> Pushed Authorization =E2=80=93 Torsten (20 min)
> Client Intermediary Metadata =E2=80=93 Aaron (20 min)
> Authorization Framework: Claims =E2=80=93 Travis (20 min)
> 10 minutes buffer
>
>
> Regards,
>  Rifaat & Hannes
>
>

--000000000000e2960a05971a7edb
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Here is the updated agenda:

   W=
ednesday=E2=80=99s Agenda

Chairs Update (15 min)
Security Topics =E2=80=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=80=93 Brian (15 min)


   Thursday=E2=80=99s Agenda

DPoP - Brian (10 min)
Rich Authorization =E2=80=93 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)
Client Intermediary Metadata =E2=80=93 Aaron (20 min)
Authorization Framework: Claims =E2=80=93 Travis (20 min)
<=
br>
Regards,
=C2=A0Rifaat


=


On Mon, Nov 11, 2019 at 12:22 PM Rifaat Shekh-Yusef <rifaat.ietf@gmail.com> wrote:
<=
blockquote class=3D"gmail_quote" style=3D"margin:0px 0px 0px 0.8ex;border-l=
eft:1px solid rgb(204,204,204);padding-left:1ex">
All,
=

We did not receive any comments about the draft agenda.

Here is the agenda=C2=A0for next week:
<=
a href=3D"https://datatracker.ietf.org/doc/agenda-106-oauth/" target=3D"_bl=
ank">https://datatracker.ietf.org/doc/agenda-106-oauth/=C2=A0=C2=A0
=



Wednesday=E2=80=99s Agenda
=


Chairs Update (15 min)
Security Topics =E2=80=
=93 Torsten (15 min)
Browser-based Apps =E2=80=93 Aaron (30 min)<=
/div>
TXAuth update =E2=80=93 Dick/Justin (15 min)
DPoP =E2=
=80=93 Brian (15 min)


Thursday=
=E2=80=99s Agenda

Rich Authorization =E2=80=93=
 Torsten (20 min)
Pushed Authorization =E2=80=93 Torsten (20 min)=

Client Intermediary Metadata =E2=80=93 Aaron (20 min)
=
Authorization Framework: Claims =E2=80=93 Travis (20 min)
10 minu=
tes buffer

Regards,
=C2=
=A0Rifaat & Hannes





--000000000000e2960a05971a7edb--


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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Daniel,

> I have the feeling that this attack aims at breaking a security 
> property that OAuth does not claim to fulfill (and that nobody expects 
> OAuth to fulfill):

The first comment sent to the list was to ask whether the list of 
attacks was complete. IMO, the list should not be limited to the attacks 
that can be mitigated
using best current practices, but should include all /known /kinds of 
attacks.

At the moment a reader might get the impression that all /known /types 
of attacks have been analyzed and considered.

The document even refers to formal methods (which might impress some 
readers), but when looking at the perimeter of the model that has been 
used,
it is obvious that the ABC attack could not be discovered and thus 
considered.

> "Given two colluding clients A and B, where A has obtained an access 
> token T, B cannot use T to access protected resources."
> (analogously for two users U_A and U_B of the clients, where the users 
> have some session with a backend client.)
>
> And there are good reasons why this is not captured by the security 
> property (Hans' screenshot, for example).
???
> As far as I know, this property is neither achieved by classical 
> first-party session-based authentication/authorization nor by any 
> other web-based mechanism, or is it?

Please refer back to what I said, i.e."Whatever kind of cryptographic is 
being used, when two users collaborate, a software-only solution will be 
unable to prevent
the transmission of an attribute of a user that possess it to another 
user that does not possess it"and you will get the response. Since OAuth 
is a software based solution,
it is unable to counter clients collusion attacks. Adding a secure 
element to only protect private/secret keys is ineffective to counter 
clients collusion attacks.

For potential implementers, it is important to know the limitations of a 
protocol before implementing it.

Denis

> -Daniel
>
> Am 08.11.19 um 14:13 schrieb Denis:
>> Hello Hans,
>>
>> You wrote:
>>
>>> one client can always share the protected data with another client 
>>> once retrieved, regardless of pop or secure elements
>>
>> No, there exist means that prevent a client to share the protected 
>> data with another client , simply because the client cannot access to it.
>> The protected data is placed inside the secure element and thus a 
>> client has no way to extract it for the benefit of another client.
>>
>> The protected data is used by the secure element in such a way so 
>> that it cannot be used for the benefit of another user.
>>
>> But we are already in the field of the solutions and no more in the 
>> field of the requirements.
>>
>> Denis
>>
>>>
>>> Hans.
>>>
>>> On Fri, Nov 8, 2019 at 8:38 AM Denis >> > wrote:
>>>
>>>     Daniel,
>>>
>>>     No. It is not a correct summary. One client can allow another
>>>     client to get an access token that belongs to it.
>>>     The key point is that a software only solution can't prevent
>>>     this collaborative attack and since, at this time,
>>>     the OAuth WG is not considering the use of secure elements, the
>>>     attack cannot be countered.
>>>
>>>     Please have a look at:
>>>     https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
>>>
>>>     Denis
>>>
>>>>     Hi Denis,
>>>>
>>>>     Am 07.11.19 um 09:16 schrieb Denis:
>>>>>
>>>>>     *Whatever kind of cryptographic is being used, when two users
>>>>>     collaborate, a software-only solution will be unable to
>>>>>     prevent the transmission *
>>>>>     *of an attribute of a user that possess it to another user
>>>>>     that does not possess it. *
>>>>>
>>>>     To stay in OAuth lingo, what you are saying is: Two
>>>>     collaborating clients can exchange their access tokens and use
>>>>     them.
>>>>
>>>>     Is that a correct summary of your attack?
>>>>
>>>>     -Daniel
>>>>
>>>>
>>>>
>>>>     _______________________________________________
>>>>     OAuth mailing list
>>>>     OAuth@ietf.org  
>>>>     https://www.ietf.org/mailman/listinfo/oauth
>>>
>>>
>>>     _______________________________________________
>>>     OAuth mailing list
>>>     OAuth@ietf.org 
>>>     https://www.ietf.org/mailman/listinfo/oauth
>>>
>>>
>>>
>>> -- 
>>> hans.zandbelt@zmartzone.eu 
>>> ZmartZone IAM - www.zmartzone.eu 
>>
>>
>>
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth



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Daniel,

    


    

    

      
      
I have the feeling that this attack
        aims at breaking a security property that OAuth does not claim
        to fulfill (and that nobody expects OAuth to fulfill):

    

    
The first comment sent to the list was to ask whether the list of
      attacks was complete. IMO, the list should not be limited to the
      attacks that can be mitigated 

      using best current practices, but should include all known kinds
      of attacks. 

    

    
At the moment a reader might get the impression that all known
      types of attacks have been analyzed and considered.

    
The document even refers to formal methods (which might impress
      some readers), but when looking at the perimeter of the model that
      has been used, 

      it is obvious that the ABC attack could not be discovered and thus
      considered.

    

      
"Given two colluding clients A and B,
        where A has obtained an access token T, B cannot use T to access
        protected resources."

      (analogously for two users U_A and U_B of the clients, where the
      users have some session with a backend client.)

      


      

      
And there are good reasons why this
        is not captured by the security property (Hans' screenshot, for
        example).

    

    ???

    

      
As far as I know, this property is
        neither achieved by classical first-party session-based
        authentication/authorization nor by any other web-based
        mechanism, or is it?

    

    
Please refer back to what I said, i.e." Whatever kind of
        cryptographic is being used, when two users collaborate, a
        software-only solution will be unable to prevent 

        the transmission  of an attribute of a user that possess it to
        another user that does not possess it"and you will get the
        response. Since OAuth is a software based solution, 

        it is unable to counter clients collusion attacks. Adding a
        secure element to only protect private/secret keys is
        ineffective to counter clients collusion attacks.

    
For potential implementers, it is important to know the
      limitations of a protocol before implementing it.

      

    
Denis

    

    

      
-Daniel

      

      


      

      
Am 08.11.19 um 14:13 schrieb Denis:

      

      

        
        
Hello Hans,

        


        

        
You wrote:

        

        

          
          
one client can always share the protected data
            with another client once retrieved, regardless of pop or
            secure elements

        

        
No, there exist means that prevent a client to share the
          protected data with another client , simply because the client
          cannot access to it.

          The protected data is placed inside the secure element and
          thus a client has no way to extract it for the benefit of
          another client. 

        

        
The protected data is used by the secure element in such a
          way so that it cannot be used for the benefit of another user.

        
But we are already in the field of the solutions and no more
          in the field of the requirements.

        

        
Denis

        

          

            


            

            
Hans.

          

          

          

            
On Fri, Nov 8, 2019 at
              8:38 AM Denis <denis.ietf@free.fr> wrote:

            

            

              

                
Daniel,

                


                

                
No. It is not a correct summary. One client can
                  allow another client to get an access token that
                  belongs to it.

                
The key point is that a software only solution
                  can't prevent this collaborative attack and since, at
                  this time, 

                  the OAuth WG is not considering the use of secure
                  elements, the attack cannot be countered.

                


                

                Please have a look at: https://www.ietf.org/mail-archive/web/oauth/current/msg16767.html
                


                

                

                  
Denis

                    

                

                

                
  

                

                

                  
Hi Denis,

                  

                  


                  

                  
Am 07.11.19 um 09:16 schrieb Denis:

                  

                  

                    


                      
       
                          Whatever kind of cryptographic is being
                            used, when two users collaborate, a
                            software-only solution will be unable to
                            prevent the transmission 

                              
                            of an attribute of a user that possess it to
                            another user that does not possess it. 

                      

                    

                  

                  
To stay in OAuth lingo, what you are saying is: Two
                    collaborating clients can exchange their access
                    tokens and use them.

                  

                  
Is that a correct summary of your attack?

                  
-Daniel

                  

                  


                  

                  

                  

                  
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


                

                


                

              

              _______________________________________________

              OAuth mailing list

              OAuth@ietf.org

              https://www.ietf.org/mailman/listinfo/oauth

            

          

          

          


          

          -- 

          

            
          

        

        


        

        

        

        
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


      

      


      

      

      

      
_______________________________________________
OAuth mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth


    

    


    

  


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From: Denis 
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Subject: Re: [OAUTH-WG] Fwd: New Version Notification for draft-fett-oauth-dpop-03.txt
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Hello Brian,

Section 2 states:

    Under the attacker model defined in [I-D.ietf-oauth-security-topics],
    the mechanism defined by this specification aims to prevent token
    replay at a different endpoint.

    More precisely, if an adversary is able to get hold of an access
    token or refresh token because it set up a counterfeit authorization
    server or resource server, the adversary is not able to replay the
    respective token at another authorization or resource server.

The problem to be solved is NOT to prevent token replay at a different 
endpoint, but to prevent token replay at the same or a different endpoint.

The text is only considering an adversary, but is omitting to consider 
collusion attacks between clients.

Since [I-D.ietf-oauth-security-topics] is "OAuth 2.0 Security Best 
Current Practice", the comments I sent to the list are applicable to 
this document too.
DPoP is not able to counter collusion attacks between clients and this 
should be clearly advertised in the abstract, in the main objectives 
(section 2)
and in the security considerations (section 9).

Denis

> Hello WG,
>
> Just a quick note to let folks know that -03 of the DPoP draft was 
> published earlier today. The usual various document links are in the 
> forwarded message below and the relevant snippet from the doc history 
> with a summary of the changes is included here for convenience.
>
> Hopefully folks will have time to read the (relativity) short document 
> before the meeting(s) in Singapore where (spoiler alert) I plan to ask 
> that the WG consider adoption of the draft.
>
> Thanks,
>
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
>
> ---------- Forwarded message ---------
> From: >
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt  >, Michael Jones  >, John Bradley  >, Brian Campbell 
> >, 
> David Waite  >, Daniel Fett 
> >
>
>
>
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the 
> Application Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL: https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt
> Status: https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized: https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized: https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop
> Diff: https://www.ietf.org/rfcdiff?url2=draft-fett-oauth-dpop-03
>
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>
>
>
>
> Please note that it may take a couple of minutes from the time of 
> submission
> until the htmlized version and diff are available at tools.ietf.org 
> .
>
> The IETF Secretariat
>
>
> /CONFIDENTIALITY NOTICE: This email may contain confidential and 
> privileged material for the sole use of the intended recipient(s). Any 
> review, use, distribution or disclosure by others is strictly 
> prohibited..  If you have received this communication in error, please 
> notify the sender immediately by e-mail and delete the message and any 
> file attachments from your computer. Thank you./
>
> _______________________________________________
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Hello Brian,

    


    

    
Section 2 states:

    


    

    
   Under the attacker model defined in
      [I-D.ietf-oauth-security-topics],

         the mechanism defined by this specification aims to prevent
      token

         replay at a different endpoint.

      

         More precisely, if an adversary is able to get hold of an
      access

         token or refresh token because it set up a counterfeit
      authorization

         server or resource server, the adversary is not able to replay
      the

         respective token at another authorization or resource server.

      

    

    
The problem to be solved is NOT to
      prevent token replay at a different endpoint, but to prevent token
      replay at the same or a different endpoint.

    


    

    
The text is only considering an
      adversary, but is omitting to consider collusion attacks between
      clients.

    

    


    

    
Since [I-D.ietf-oauth-security-topics]
      is "OAuth 2.0 Security Best Current Practice", the comments I sent
      to the list are applicable to this document too.

    
DPoP is not able to counter collusion
      attacks between clients and this should be clearly advertised in
      the abstract, in the main objectives (section 2) 

      and in the security considerations (section 9).

    


    

    
Denis

    

    


    

    

      
      

        
Hello WG, 

        

        


        

        
Just a quick note to let folks know that -03 of the DPoP
          draft was published earlier today. The usual various document
          links are in the forwarded message below and the relevant
          snippet from the doc history with a summary of the changes is
          included here for convenience. 

        

        


        

        
Hopefully folks will have time to read the (relativity)
          short document before the meeting(s) in Singapore where
          (spoiler alert) I plan to ask that the WG consider adoption of
          the draft. 

        

        


        

        
Thanks,

        


           -03

             o  rework the text around uniqueness requirements on the
          jti claim in

                the DPoP proof JWT

             o  make tokens a bit smaller by using "htm", "htu", and
          "jkt" rather

                than "http_method", "http_uri", and "jkt#S256"
          respectively

             o  more explicit recommendation to use mTLS if that is
          available

             o  added David Waite as co-author

             o  editorial updates

        

          


            

              
---------- Forwarded
                message ---------

                From: <internet-drafts@ietf.org>

                Date: Thu, Oct 31, 2019 at 11:53 AM

                Subject: New Version Notification for
                draft-fett-oauth-dpop-03.txt

                To: Torsten Lodderstedt <torsten@lodderstedt.net>,
                Michael Jones <mbj@microsoft.com>,
                John Bradley <ve7jtb@ve7jtb.com>,
                Brian Campbell <bcampbell@pingidentity.com>,
                David Waite <david@alkaline-solutions.com>,
                Daniel Fett <mail@danielfett.de>

              

              

              

              

              A new version of I-D, draft-fett-oauth-dpop-03.txt

              has been successfully submitted by Brian Campbell and
              posted to the

              IETF repository.

              

              Name:           draft-fett-oauth-dpop

              Revision:       03

              Title:          OAuth 2.0 Demonstration of
              Proof-of-Possession at the Application Layer (DPoP)

              Document date:  2019-10-30

              Group:          Individual Submission

              Pages:          15

              URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt

              Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/

              Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03

              Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop

              Diff:           https://www.ietf.org/rfcdiff?url2=draft-fett-oauth-dpop-03

              

              Abstract:

                 This document describes a mechanism for
              sender-constraining OAuth 2.0

                 tokens via a proof-of-possession mechanism on the
              application level.

                 This mechanism allows for the detection of replay
              attacks with access

                 and refresh tokens.

              

              

              

              

              Please note that it may take a couple of minutes from the
              time of submission

              until the htmlized version and diff are available at tools.ietf.org.

              

              The IETF Secretariat

              

            

          

        

      

      

      CONFIDENTIALITY
            NOTICE: This email may contain confidential and privileged
            material for the sole use of the intended recipient(s). Any
            review, use, distribution or disclosure by others is
            strictly prohibited..  If you have received this
            communication in error, please notify the sender immediately
            by e-mail and delete the message and any file attachments
            from your computer. Thank you.
      

      

      
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From: Neil Madden 
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Date: Wed, 13 Nov 2019 12:27:18 +0000
To: oauth 
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Archived-At: 
Subject: [OAUTH-WG] Recent spam
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It appears that overnight some spam was sent out that spoofed my email =
address and appeared to be a reply to a genuine (old) message on this =
mailing list. It appears some people are then hitting "Reply All" and so =
generating additional messages to the OAuth WG mailing list asking to be =
unsubscribed.

I've checked my own machines and there is no sign of any of them being =
compromised to send the emails, and there's no trace of any such email =
in my account's Sent folder - it seems to have been a straightforward =
email address spoofing. I've asked our IT department to double-check our =
DMARC/DKIM/SPF settings just to be sure.

Based on the responses I've received, the only people who seemed to =
received the original spam messages (not the responses) all have =
"@sympatico.ca" addresses, so it might also be the case that this ISP is =
not validating incoming emails correctly. I have emailed the ISP to =
alert them to this, so hopefully the issue will be corrected soon if so.

-- Neil=


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From: Rifaat Shekh-Yusef 
Date: Wed, 13 Nov 2019 07:41:18 -0500
Message-ID: 
To: Neil Madden 
Cc: oauth 
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Subject: Re: [OAUTH-WG] Recent spam
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--0000000000000caf05059739afa3
Content-Type: text/plain; charset="UTF-8"

Thanks Neil,

The chairs are aware of the issue, as we receive notifications to
approve these messages sent by non-members.
We have been receiving these emails for few weeks now, and Glen from IETF
IT is also aware of the issue and he took some measures to try to address
this.
Glen also contacted the ISP but unfortunately he did not hear back from
them.

Regards,
 Rifaat


On Wed, Nov 13, 2019 at 7:27 AM Neil Madden 
wrote:

> It appears that overnight some spam was sent out that spoofed my email
> address and appeared to be a reply to a genuine (old) message on this
> mailing list. It appears some people are then hitting "Reply All" and so
> generating additional messages to the OAuth WG mailing list asking to be
> unsubscribed.
>
> I've checked my own machines and there is no sign of any of them being
> compromised to send the emails, and there's no trace of any such email in
> my account's Sent folder - it seems to have been a straightforward email
> address spoofing. I've asked our IT department to double-check our
> DMARC/DKIM/SPF settings just to be sure.
>
> Based on the responses I've received, the only people who seemed to
> received the original spam messages (not the responses) all have "@
> sympatico.ca" addresses, so it might also be the case that this ISP is
> not validating incoming emails correctly. I have emailed the ISP to alert
> them to this, so hopefully the issue will be corrected soon if so.
>
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--0000000000000caf05059739afa3
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Thanks Neil,

The chairs are =
aware of the issue, as we receive notifications to approve=C2=A0these messa=
ges sent by non-members.
We have been receiving these emails =
for few weeks now, and Glen from IETF IT is also aware of the issue and he =
took some measures to try to address this.
Glen also contacted th=
e ISP but unfortunately=C2=A0he did not hear back from them.

=

Regards,
=C2=A0Rifaat


On Wed, Nov =
13, 2019 at 7:27 AM Neil Madden <neil.madden@forgerock.com> wrote:
<=
blockquote class=3D"gmail_quote" style=3D"margin:0px 0px 0px 0.8ex;border-l=
eft:1px solid rgb(204,204,204);padding-left:1ex">It appears that overnight =
some spam was sent out that spoofed my email address and appeared to be a r=
eply to a genuine (old) message on this mailing list. It appears some peopl=
e are then hitting "Reply All" and so generating additional messa=
ges to the OAuth WG mailing list asking to be unsubscribed.



I've checked my own machines and there is no sign of any of them being =
compromised to send the emails, and there's no trace of any such email =
in my account's Sent folder - it seems to have been a straightforward e=
mail address spoofing. I've asked our IT department to double-check our=
 DMARC/DKIM/SPF settings just to be sure.



Based on the responses I've received, the only people who seemed to rec=
eived the original spam messages (not the responses) all have "@sympatico.ca=
" addresses, so it might also be the case that this ISP is not val=
idating incoming emails correctly. I have emailed the ISP to alert them to =
this, so hopefully the issue will be corrected soon if so.



-- Neil

_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




--0000000000000caf05059739afa3--


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From: Torsten Lodderstedt 
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Date: Wed, 13 Nov 2019 18:27:12 +0100
In-Reply-To: 
Cc: txauth@ietf.org, oauth@ietf.org, Justin Richer , Yaron Sheffer , Annabelle Backman 
To: Dick Hardt 
References:  <213B6F9D-5737-4C20-AA87-1581C0F401ED@lodderstedt.net>    <0580261D-1003-4279-992A-542B30B3355D@amazon.com> 
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Subject: Re: [OAUTH-WG] Tx Auth BOF agenda
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wfm

> On 11. Nov 2019, at 18:10, Dick Hardt  wrote:
>=20
> Hello Everyone, see agenda below:
>=20
> Monday Nov-18-2019 1330
>=20
> TxAuth Bof Agenda
>=20
> Introduction and Context   Chairs 10 min
>=20
> Limitations and Feature Requests
>=20
> Limitations of OAuth       Justin	10 min
> Limitations of OAuth       Torsten	5 min
> Feature Requests           Torsten	5 min
> Feature Requests           Justin	10 min=20
> Non Authorize Features  Annabelle	15 min
>=20
> Proposals
>=20
> OAuth XYZ [1]              Justin	20 min
> RAR & PAR [2]             Torsten	20 min=09
>=20
> Discussion                 Chairs	15 min
>=20
> Next Steps                 Chairs	10 min
>=20
> [1] https://datatracker.ietf.org/doc/draft-richer-transactional-authz/
>=20
> [2] Rich and Pushed Authorization Requests
> https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
> https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-par/
>=20
>=20
>=20
> =E1=90=A7


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From nobody Wed Nov 13 14:28:10 2019
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The following errata report has been submitted for RFC7519,
"JSON Web Token (JWT)".

--------------------------------------
You may review the report below and at:
https://www.rfc-editor.org/errata/eid5906

--------------------------------------
Type: Technical
Reported by: Erdem Memisyazici 

Section: 7.2

Original Text
-------------
   Finally, note that it is an application decision which algorithms may
   be used in a given context.  Even if a JWT can be successfully
   validated, unless the algorithms used in the JWT are acceptable to
   the application, it SHOULD reject the JWT.

Corrected Text
--------------
   Finally, note that it is an application decision which algorithms may
   be used in a given context.  Even if a JWT can be successfully
   validated, unless the algorithms used in the JWT are acceptable to
   the application, it MUST reject the JWT.

Notes
-----
A vulnerability exists in certain implementations in the wild where applications simply look for valid JWT tokens which includes the "none" algorithm (https://medium.com/swlh/hacking-json-web-tokens-jwts-9122efe91e4a).  A fairly popular library is auth0's java-jwt and at verification (https://github.com/auth0/java-jwt/blob/master/lib/src/main/java/com/auth0/jwt/JWTVerifier.java) quite reasonably you cannot initialize the class without an algorithm.  Given all capital SHOULD may be interpreted as a recommendation and as this RFC dictates the algorithm "none" MUST be implemented as a default algorithm under Section 8, one could argue JWTVerifier in the example doesn't have to verifyAlgorithm leading to the vulnerability pointed out in the first article while still complying by the specification.  There is no good reason why an algorithm unacceptable to the application must not be rejected as it does more harm than good and all popular library implementations interpret it as such.

Instructions:
-------------
This erratum is currently posted as "Reported". If necessary, please
use "Reply All" to discuss whether it should be verified or
rejected. When a decision is reached, the verifying party  
can log in to change the status and edit the report, if necessary. 

--------------------------------------
RFC7519 (draft-ietf-oauth-json-web-token-32)
--------------------------------------
Title               : JSON Web Token (JWT)
Publication Date    : May 2015
Author(s)           : M. Jones, J. Bradley, N. Sakimura
Category            : PROPOSED STANDARD
Source              : Web Authorization Protocol
Area                : Security
Stream              : IETF
Verifying Party     : IESG


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From: Ryan Kelly 
Date: Thu, 14 Nov 2019 18:31:11 +1100
Message-ID: 
To: Torsten Lodderstedt 
Cc: oauth 
Content-Type: multipart/alternative; boundary="000000000000dcd104059749773e"
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Subject: Re: [OAUTH-WG] Fwd: New Version Notification for draft-lodderstedt-oauth-rar-03.txt
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--000000000000dcd104059749773e
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Hi,

(I've been lurking on this list for a while but I don't think I've posted
here before, so...hi! I'm Ryan and I work on Firefox Accounts and related
systems at Mozilla).

Thanks for working on this!  It's an interesting and timely read for me as
we're starting to bump up against some limitations of the `scope`
parameter. I have some initial feedback below, and will hopefully be able
to send through more as I dig in in more detail.

  Cheers,

      Ryan

---

* Section 2.3: Relationship to "resource" parameter

The potential interactions between "locations" and "resource" seem very
complex and I'm not at all sure I understood them.

Paragraph 2 says that "locations" should take precedence over "resource"
when both appear in the authorization request, but doesn't explain what
this means in concrete terms. Can a client make a subsequent token request
that passes a value from "locations" in the "resource" parameter, even
though it wasn't specified in the "resource" parameter of the authorization
request?

In Paragraph 3, how should the AS deal with authorization details objects
that do not have a "locations" element? Should they be included regardless
of "resource"? What if the "resource" parameter refers to a value that was
present in "locations" but not in "resource" during the initial
authorization request?

The "matches as prefix of one of the URLs" part of Paragraph 3 seems a bit
unclear as well, given that there is no requirement that the "locations"
elements be well-formed URLs. Is this is simple string prefix match, or
some sort of path matching based on the components of the URL?

As a purely stylistic comment, I also found the example in this section a
bit artificial - I struggled to think of *why* a client might request an
authorization code with one set of authorization details, but then use the
"resource" parameter to immediately reduce them when exchanging the code
for a token. I wonder if using a refresh_token grant as part of the example
could help make it clearer, similar to what's done in
oauth-resource-indicators-08 Section 2.2.


* Section 3: Using "authorization_details"

Intuitively, I would expect to be able to use "authorization_details" in a
token request using grant_type=3Drefresh_token, in the same way that I can
specify "scope". Section 3 doesn't seem to take a definitive stance on this
- IIUC Section 3.1 doesn't apply because this is not an authorization
request, and Section 3.3 seems to discourage it in favour of using the
"resource" parameter. Do you intend for this parameter to be allowed in
conjunction with a refresh token?



On Tue, 5 Nov 2019 at 03:48, Torsten Lodderstedt 
wrote:

> Hi all,
>
> a new (significantly enhanced) revision of draft-lodderstedt-oauth-rar wa=
s
> just published. Here is the list of changes:
>
> =E2=80=A2 Reworked examples to illustrate privacy preserving use
> of authorization_details
> =E2=80=A2 Added text on audience restriction
> =E2=80=A2 Added description of relationship between scope and authorizati=
on_details
> =E2=80=A2 Added text on token request & response and authorization_detail=
s
> =E2=80=A2 Added text on how authorization details are conveyed to RSs by =
JWTs or
> token endpoint response
> =E2=80=A2 Added description of relationship
> between claims and authorization_details
> =E2=80=A2 Added more example from different sectors
> =E2=80=A2 Clarified string comparison to be byte-exact without collation
>
> Thanks a lot for all contributions and the review feedback so far. I will
> present this draft in Singapore and would appreciate if the WG would
> consider this draft for adoption.
>
> best regards,
> Torsten.
>
> Begin forwarded message:
>
> *From: *internet-drafts@ietf.org
> *Subject: **New Version Notification for
> draft-lodderstedt-oauth-rar-03.txt*
> *Date: *4. November 2019 at 17:43:01 CET
> *To: *"Justin Richer" , "Torsten Lodderstedt" <
> torsten@lodderstedt.net>, "Brian Campbell" 
>
>
> A new version of I-D, draft-lodderstedt-oauth-rar-03.txt
> has been successfully submitted by Torsten Lodderstedt and posted to the
> IETF repository.
>
> Name: draft-lodderstedt-oauth-rar
> Revision: 03
> Title: OAuth 2.0 Rich Authorization Requests
> Document date: 2019-11-03
> Group: Individual Submission
> Pages: 30
> URL:
> https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-rar-03.txt
> Status:
> https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
> Htmlized:       https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-0=
3
> Htmlized:
> https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-rar
> Diff:
> https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-rar-03
>
> Abstract:
>   This document specifies a new parameter "authorization_details" that
>   is used to carry fine grained authorization data in the OAuth
>   authorization request.
>
>
>
>
> Please note that it may take a couple of minutes from the time of
> submission
> until the htmlized version and diff are available at tools.ietf.org.
>
> The IETF Secretariat
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--000000000000dcd104059749773e
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable






Hi,

(I've been l=
urking on this list for a while but I don't think I've posted here =
before, so...hi! I'm Ryan and I work on Firefox Accounts and related sy=
stems at Mozilla).

Thanks for working on this!=C2=A0 It's an int=
eresting and timely read for me as we're starting to bump up against so=
me limitations of the `scope` parameter. I have some initial feedback below=
, and will hopefully be able to send through more as I dig in in more detai=
l.

=C2=A0 Cheers,

=C2=A0 =C2=A0 =C2=A0 Ryan

---
* Section 2.3: Relationship to "resource" parameter

The p=
otential interactions between "locations" and "resource"=
; seem very complex and I'm not at all sure I understood them.

P=
aragraph 2 says that "locations" should take precedence over &quo=
t;resource" when both appear in the authorization request, but doesn&#=
39;t explain what this means in concrete terms. Can a client make a subsequ=
ent token request that passes a value from "locations" in the &qu=
ot;resource" parameter, even though it wasn't specified in the &qu=
ot;resource" parameter of the authorization request?

In Paragra=
ph 3, how should the AS deal with authorization details objects that do not=
 have a "locations" element? Should they be included regardless o=
f "resource"? What if the "resource" parameter refers t=
o a value that was present in "locations" but not in "resour=
ce" during the initial authorization request?

The "matches=
 as prefix of one of the URLs" part of Paragraph 3 seems a bit unclear=
 as well, given that there is no requirement that the "locations"=
 elements be well-formed URLs. Is this is simple string prefix match, or so=
me sort of path matching based on the components of the URL?

As a pu=
rely stylistic comment, I also found the example in this section a bit arti=
ficial - I struggled to think of *why* a client might request an authorizat=
ion code with one set of authorization details, but then use the "reso=
urce" parameter to immediately reduce them when exchanging the code fo=
r a token. I wonder if using a refresh_token grant as part of the example c=
ould help make it clearer, similar to what's done in oauth-resource-ind=
icators-08 Section 2.2.


* Section 3: Using "authorization_d=
etails"

Intuitively, I would expect to be able to use "aut=
horization_details" in a token request using grant_type=3Drefresh_toke=
n, in the same way that I can specify "scope". Section 3 doesn=
9;t seem to take a definitive stance on this - IIUC Section 3.1 doesn't=
 apply because this is not an authorization request, and Section 3.3 seems =
to discourage it in favour of using the "resource" parameter. Do =
you intend for this parameter to be allowed in conjunction with a refresh t=
oken?






On Tue, 5 Nov 2019 at 03:48, Torsten Lodderstedt <torsten@lodderstedt.net> wr=
ote:
Hi all,

a new (significa=
ntly enhanced) revision of draft-lodderstedt-oauth-rar was just published. =
Here is the list of changes:

	=E2=80=A2 Reworked examples to illustrate priv=
acy preserving use of=C2=A0authorization_details
	=E2=80=A2 Added text on audience restrict=
ion
	=E2=80=A2 Ad=
ded description of relationship between=C2=A0scope=C2=A0and=C2=A0authorizat=
ion_details
	=E2=
=80=A2 Added text on token request & response and=C2=A0authorization_de=
tails
	=E2=80=A2 =
Added text on how authorization details are conveyed to RSs by JWTs or toke=
n endpoint response
	=E2=80=A2 Added description of relationship between=C2=A0claims=C2=A0an=
d=C2=A0authorization_details
	=E2=80=A2 Added more example from different sectors
<=
div>	=E2=80=A2 Clarified string=
 comparison to be byte-exact without collation

Tha=
nks a lot for all contributions and the review feedback so far. I will pres=
ent this draft in Singapore and would appreciate if the WG would consider t=
his draft for adoption.=C2=A0

best regards,
<=
div>Torsten.=C2=A0

Begin forwa=
rded message:

Subject: Ne=
w Version Notification for draft-lodderstedt-oauth-rar-03.txt
Date: 4. November 2019 at 17:43:01 CET
To: "Jus=
tin Richer" <ietf@justin.richer.org>, "Torsten Lodderstedt" <<=
a href=3D"mailto:torsten@lodderstedt.net" target=3D"_blank">torsten@lodders=
tedt.net>, "Brian Campbell" <bcampbell@pingidentity.com>


A new version of I-D, draft-lodderstedt-oau=
th-rar-03.txt
has been successfully submitted by Torsten Lodderstedt and=
 posted to the
IETF repository.

Name:		draft-lodders=
tedt-oauth-rar
Revision:	03<=
br>Title:		OAuth 2.0 Rich Authorization Requests
Document d=
ate:	2019-11-03
Group:		Individual Submission
Pages:		30
URL: =C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-rar-0=
3.txt
Status: =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
Htmlized: =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0https://t=
ools.ietf.org/html/draft-lodderstedt-oauth-rar-03
Htmlized: =C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0https://datatracker.ietf=
.org/doc/html/draft-lodderstedt-oauth-rar
Diff: =C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0https://www=
.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-rar-03

Abstract=
:
 =C2=A0=C2=A0This document specifies a new parameter "authorizati=
on_details" that
 =C2=A0=C2=A0is used to carry fine grained authori=
zation data in the OAuth
 =C2=A0=C2=A0authorization request.


=


Please note that it may take a couple of minutes from the time of s=
ubmission
until the htmlized version and diff are available at tools.ietf.org.

The=
 IETF Secretariat


___=
____________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




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From: Neil Madden 
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I can't attend Singapore either in person or remotely due to other =
commitments. I broadly support adoption of this draft, but I have some =
comments/suggestions about it.

Section 2 lists the main objective as being to harden against =
compromised/malicious AS or RS, which may attempt to replay captured =
tokens elsewhere. While this is a good idea, a casual reader might =
wonder why a simple audience claim in the access token/introspection =
response is not sufficient to prevent this. Because interactions between =
the client and RS are supposed to be over TLS, is the intended threat =
model one in which these protections have broken down? ("counterfeit" in =
the description suggests this). Or is the motivation that clients want =
to get a single broad-scoped access token (for usability/performance =
reasons) and use it to access multiple resource servers without giving =
each of them the ability to replay the token to the other servers? Or =
are we thinking of a phishing-type vulnerability were a general-purpose =
client might accidentally visit a malicious site which prompts for an =
access token that the client then blindly goes off and gets? (UMA?) It's =
not clear to me which of these scenarios is being considered, so it =
would be good to tighten up this section.

Another potential motivation is for mobile apps. Some customers of ours =
would like to tie access/refresh tokens to private key material =
generated on a secure element in the device, that can only be accessed =
after local biometric authentication (e.g. TouchID/FaceID on iOS). I =
have suggested using mTLS cert-bound tokens for this, but have heard =
some pushback due to the difficulty of configuring support for client =
certs across diverse infrastructure. A simple JWT-based solution like =
DPoP could fill this need.

My main concerns with the draft though are about efficiency and =
scalability of the proposed approach:

1. The requirement to use public key signatures, along with the =
anti-replay nonce, means that the RS is required to perform an expensive =
signature verification check on every request. That is not going to =
scale up well. While there are more efficient schemes like Ed25519 now, =
these are still typically an order of magnitude slower than HMAC and the =
latency and CPU overhead is likely to be a non-starter for many APIs =
(especially when you're billed by CPU usage). Public key signatures are =
also notoriously fragile (see e.g. the history of nonce reuse/leakage =
vulnerabilities in ECDSA or=20

2. The advice for the RS to store a set of previously used nonces to =
prevent replay will also hamper scalability, especially in large =
deployments where such state would need to be replicated to all servers =
(or use sticky load balancing, which comes with its own problems). This =
violates the statelessness of HTTP, and it also potentially breaks =
idempotency of operations: Think of the case where the JWT validation =
and replay protection is done at an API gateway but then the call to the =
backend API server fails for a transient reason. The client (or a =
proxy/library) cannot simply replay the (idempotent) request in this =
case because it will be rejected by the gateway. It must instead =
recreate the DPoP JWT, incurring additional overheads.

3. Minor: The use of a custom header for communicating the DPoP proof =
will require additional CORS configuration on top of that already done =
for the Authorization header, and so adds a small amount of additional =
friction for adoption. Given that CORS configuration changes often =
require approval by a security team, this may make more of an impact =
than you'd expect.

It's also not clear to me exactly what threat the anti-replay nonce is =
protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.

I have a tentative suggestion for an alternative design which avoids =
these problems, but at a cost of potentially more complexity elsewhere. =
I'll summarise it here for consideration:

1. The client obtains an access token in the normal way. When calling =
the token endpoint it provides an EC/okp public key as the confirmation =
key to be associated with the access/refresh tokens.

2. The first time the client calls an RS it passes its access token in =
the Authorization: Bearer header as normal. (If the RS doesn't support =
DPoP then this would just succeed and no further action is required by =
the client - allowing clients to opportunistically ask for DPoP without =
needing a priori knowledge of RS capabilities).

3. The RS introspects the access token and learns the EC public key =
associated with the access token. As there is no DPoP proof with the =
access token, the RS will generate a challenge in the following way:
    o The RS generates an ephemeral EC key pair for the same curve as =
the confirmation key (e.g. P-256 or X25519).
    o The RS stores the ephemeral private key somewhere, associated with =
this access token (see below for a scalable implementation choice)
    o The RS encodes the ephemeral public key into a JWK (epk) and =
base64url-encodes it. It uses this as a challenge to the client by =
sending back a 401 response with WWW-Authenticate: DPoP 

4. The client decodes the epk challenge and performs an ECDH key =
agreement between its private key and the challenge epk as per the =
method described for the existing JWA ECDH-ES encryption algorithm. =
Rather than deriving an AES key however, it derives a HMAC key for =
HS256. The "apu" value is set to the access token (string value as ASCII =
bytes) and the "apv" value is set to the hostname of the RS (e.g. =
"api.example.com "). This ensures that the =
derived key is cryptographically bound to the context in which it is =
used.

5. The client uses the HMAC key to create a DPoP proof JWT much like the =
one in the current draft, but signed using the HS256 key. If a "kid" =
field was present in the challenge JWK sent by the RS then the same =
value MUST be used in the "kid" header of this discharge JWT. It retries =
its original request sending Authorization: DPoP  =
at=3D.

6. The RS uses its stored ephemeral private key to derive the same HMAC =
key and verify the DPoP discharge JWT. If it validates and all fields =
are correct then the request is allowed.

Efficient implementation trick:
Because the client is required to copy and "kid" value from the =
challenge JWK, the RS can preemptively carry out the ECDH key agreement =
immediately and generate the derived HMAC key. The RS can then encrypt =
this derived key using a local authenticated encryption key (e.g. =
AES-GCM) and use that encrypted value as the "kid" value in the =
challenge (perhaps along with some context or an expiry time). That way =
the RS only needs to decrypt this kid value rather than performing the =
ECDH key agreement on every request. This also avoids the need for the =
RS to store any per-client state locally.

The challenge-response nature of the scheme prevents traditional replay =
attacks in the case where a DPoP discharge JWT is accidentally leaked =
through server logs or some other flaw, without needing to store nonces =
on the server. Using the RS's hostname in the key derivation process =
prevents mitm attacks in a similar way to how FIDO/WebAuthn prevents =
this. Most importantly, once a HS256 key has been derived between a =
client and RS they can reuse that key for multiple requests, reducing =
the overhead of the ECDH key agreement step. Either side can decide as a =
matter of policy how long to let this occur and when to trigger a fresh =
challenge-response.

Because this fits within the standard HTTP authentication framework, it =
also requires no additional CORS configuration and is relatively easy to =
plug in to existing HTTP client libraries.

The main downside of this approach to me is the fact that you can't =
simply reuse an existing JWT library to implement it, and so it will =
take time for client libs to develop. (Although I think this might be =
achievable now with existing *COSE* libraries). This would increase the =
risk of people hand-rolling solutions, rather than using well-tested =
libraries. On the other hand, it uses fairly widely supported primitives =
so e.g. an implementation using WebCrypto is probably only a few dozen =
lines of code.

-- Neil


> On 31 Oct 2019, at 19:20, Brian Campbell =
 wrote:
>=20
> Hello WG,=20
>=20
> Just a quick note to let folks know that -03 of the DPoP draft was =
published earlier today. The usual various document links are in the =
forwarded message below and the relevant snippet from the doc history =
with a summary of the changes is included here for convenience.=20
>=20
> Hopefully folks will have time to read the (relativity) short document =
before the meeting(s) in Singapore where (spoiler alert) I plan to ask =
that the WG consider adoption of the draft.=20
>=20
> Thanks,
>=20
>  -03
>    o  rework the text around uniqueness requirements on the jti claim =
in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" =
rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
>=20
> ---------- Forwarded message ---------
> From: >
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt >, Michael Jones >, John Bradley >, Brian Campbell >, David Waite =
>, =
Daniel Fett >
>=20
>=20
>=20
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>=20
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the =
Application Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            =
https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt =

> Status:         =
https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/ =

> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03 =

> Htmlized:       =
https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop =

> Diff:           =
https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03 =

>=20
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth =
2.0
>    tokens via a proof-of-possession mechanism on the application =
level.
>    This mechanism allows for the detection of replay attacks with =
access
>    and refresh tokens.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of =
submission
> until the htmlized version and diff are available at tools.ietf.org =
.
>=20
> The IETF Secretariat
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank =
you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


--Apple-Mail=_3F7BD996-851E-43CD-99CF-4DFAB9E0D9A8
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=us-ascii

I =
can't attend Singapore either in person or remotely due to other =
commitments. I broadly support adoption of this draft, but I have some =
comments/suggestions about it.

Section 2 lists the main objective as being to harden against =
compromised/malicious AS or RS, which may attempt to replay captured =
tokens elsewhere. While this is a good idea, a casual reader might =
wonder why a simple audience claim in the access token/introspection =
response is not sufficient to prevent this. Because interactions between =
the client and RS are supposed to be over TLS, is the intended threat =
model one in which these protections have broken down? ("counterfeit" in =
the description suggests this). Or is the motivation that clients want =
to get a single broad-scoped access token (for usability/performance =
reasons) and use it to access multiple resource servers without giving =
each of them the ability to replay the token to the other servers? Or =
are we thinking of a phishing-type vulnerability were a general-purpose =
client might accidentally visit a malicious site which prompts for an =
access token that the client then blindly goes off and gets? (UMA?) It's =
not clear to me which of these scenarios is being considered, so it =
would be good to tighten up this section.

Another potential motivation is for =
mobile apps. Some customers of ours would like to tie access/refresh =
tokens to private key material generated on a secure element in the =
device, that can only be accessed after local biometric authentication =
(e.g. TouchID/FaceID on iOS). I have suggested using mTLS cert-bound =
tokens for this, but have heard some pushback due to the difficulty of =
configuring support for client certs across diverse infrastructure. A =
simple JWT-based solution like DPoP could fill this need.

My main concerns with =
the draft though are about efficiency and scalability of the proposed =
approach:

1. =
The requirement to use public key signatures, along with the anti-replay =
nonce, means that the RS is required to perform an expensive signature =
verification check on every request. That is not going to scale up well. =
While there are more efficient schemes like Ed25519 now, these are still =
typically an order of magnitude slower than HMAC and the latency and CPU =
overhead is likely to be a non-starter for many APIs (especially when =
you're billed by CPU usage). Public key signatures are also notoriously =
fragile (see e.g. the history of nonce reuse/leakage vulnerabilities in =
ECDSA or 

2. The advice for the RS to store a set of previously used =
nonces to prevent replay will also hamper scalability, especially in =
large deployments where such state would need to be replicated to all =
servers (or use sticky load balancing, which comes with its own =
problems). This violates the statelessness of HTTP, and it also =
potentially breaks idempotency of operations: Think of the case where =
the JWT validation and replay protection is done at an API gateway but =
then the call to the backend API server fails for a transient reason. =
The client (or a proxy/library) cannot simply replay the (idempotent) =
request in this case because it will be rejected by the gateway. It must =
instead recreate the DPoP JWT, incurring additional overheads.

3. Minor: The use of a =
custom header for communicating the DPoP proof will require additional =
CORS configuration on top of that already done for the Authorization =
header, and so adds a small amount of additional friction for adoption. =
Given that CORS configuration changes often require approval by a =
security team, this may make more of an impact than you'd =
expect.

It's =
also not clear to me exactly what threat the anti-replay nonce is =
protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.

I have a tentative suggestion for an =
alternative design which avoids these problems, but at a cost of =
potentially more complexity elsewhere. I'll summarise it here for =
consideration:

1. The client obtains an access token in the normal way. When =
calling the token endpoint it provides an EC/okp public key as the =
confirmation key to be associated with the access/refresh =
tokens.

2. The =
first time the client calls an RS it passes its access token in the =
Authorization: Bearer header as normal. (If the RS doesn't support DPoP =
then this would just succeed and no further action is required by the =
client - allowing clients to opportunistically ask for DPoP without =
needing a priori knowledge of RS capabilities).

3. The RS introspects the access token =
and learns the EC public key associated with the access token. As there =
is no DPoP proof with the access token, the RS will generate a challenge =
in the following way:
    o The RS =
generates an ephemeral EC key pair for the same curve as the =
confirmation key (e.g. P-256 or X25519).
  =
  o The RS stores the ephemeral private key somewhere, associated =
with this access token (see below for a scalable implementation =
choice)
    o The RS encodes the =
ephemeral public key into a JWK (epk) and base64url-encodes it. It uses =
this as a challenge to the client by sending back a 401 response with =
WWW-Authenticate: DPoP <encoded-epk>

4. The client decodes the epk challenge =
and performs an ECDH key agreement between its private key and the =
challenge epk as per the method described for the existing JWA ECDH-ES =
encryption algorithm. Rather than deriving an AES key however, it =
derives a HMAC key for HS256. The "apu" value is set to the access token =
(string value as ASCII bytes) and the "apv" value is set to the hostname =
of the RS (e.g. "api.example.com"). This ensures that the derived key is =
cryptographically bound to the context in which it is used.

5. The client uses the =
HMAC key to create a DPoP proof JWT much like the one in the current =
draft, but signed using the HS256 key. If a "kid" field was present in =
the challenge JWK sent by the RS then the same value MUST be used in the =
"kid" header of this discharge JWT. It retries its original request =
sending Authorization: DPoP <hmac-jwt> =
at=3D<access_token>.

6. The RS uses its stored ephemeral private key to derive the =
same HMAC key and verify the DPoP discharge JWT. If it validates and all =
fields are correct then the request is allowed.

Efficient implementation =
trick:
Because the client is required to copy and =
"kid" value from the challenge JWK, the RS can preemptively carry out =
the ECDH key agreement immediately and generate the derived HMAC key. =
The RS can then encrypt this derived key using a local authenticated =
encryption key (e.g. AES-GCM) and use that encrypted value as the "kid" =
value in the challenge (perhaps along with some context or an expiry =
time). That way the RS only needs to decrypt this kid value rather than =
performing the ECDH key agreement on every request. This also avoids the =
need for the RS to store any per-client state locally.

The challenge-response =
nature of the scheme prevents traditional replay attacks in the case =
where a DPoP discharge JWT is accidentally leaked through server logs or =
some other flaw, without needing to store nonces on the server. Using =
the RS's hostname in the key derivation process prevents mitm attacks in =
a similar way to how FIDO/WebAuthn prevents this. Most importantly, once =
a HS256 key has been derived between a client and RS they can reuse that =
key for multiple requests, reducing the overhead of the ECDH key =
agreement step. Either side can decide as a matter of policy how long to =
let this occur and when to trigger a fresh challenge-response.

Because this fits within =
the standard HTTP authentication framework, it also requires no =
additional CORS configuration and is relatively easy to plug in to =
existing HTTP client libraries.

The main downside of this approach to =
me is the fact that you can't simply reuse an existing JWT library to =
implement it, and so it will take time for client libs to develop. =
(Although I think this might be achievable now with existing *COSE* =
libraries). This would increase the risk of people hand-rolling =
solutions, rather than using well-tested libraries. On the other hand, =
it uses fairly widely supported primitives so e.g. an implementation =
using WebCrypto is probably only a few dozen lines of code.

-- Neil




On 31 Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40pingidentity.com@dmarc.ietf.org> =
wrote:

Hello WG, 

Just a quick note to =
let folks know that -03 of the DPoP draft was published earlier today. =
The usual various document links are in the forwarded message below and =
the relevant snippet from the doc history with a summary of the changes =
is included here for convenience. 
Hopefully folks will have time to read =
the (relativity) short document before the meeting(s) in Singapore where =
(spoiler alert) I plan to ask that the WG consider adoption of the =
draft. 

Thanks,

 -03
   o  rework the text around uniqueness =
requirements on the jti claim in
      the =
DPoP proof JWT
   o  make tokens a bit =
smaller by using "htm", "htu", and "jkt" rather
  =
    than "http_method", "http_uri", and "jkt#S256" =
respectively
   o  more explicit =
recommendation to use mTLS if that is available
  =
 o  added David Waite as co-author
  =
 o  editorial updates

---------- Forwarded message ---------
From: <internet-drafts@ietf.org>
Date: =
Thu, Oct 31, 2019 at 11:53 AM
Subject: New Version =
Notification for draft-fett-oauth-dpop-03.txt
To: Torsten =
Lodderstedt <torsten@lodderstedt.net>, Michael =
Jones <mbj@microsoft.com>, John Bradley <ve7jtb@ve7jtb.com>, Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.com>, Daniel Fett <mail@danielfett.de>




A new version of I-D, draft-fett-oauth-dpop-03.txt

has been successfully submitted by Brian Campbell and posted to the

IETF repository.



Name:           draft-fett-oauth-dpop

Revision:       03

Title:          OAuth 2.0 Demonstration of =
Proof-of-Possession at the Application Layer (DPoP)

Document date:  2019-10-30

Group:          Individual Submission

Pages:          15

URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.t=
xt

Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/

Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03

Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop=


Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03



Abstract:

   This document describes a mechanism for sender-constraining =
OAuth 2.0

   tokens via a proof-of-possession mechanism on the =
application level.

   This mechanism allows for the detection of replay attacks =
with access

   and refresh tokens.









Please note that it may take a couple of minutes from the time of =
submission

until the htmlized version and diff are available at tools.ietf.org.



The IETF Secretariat








CONFIDENTIALITY NOTICE: This email may contain confidential =
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Any review, use, distribution or disclosure by others is strictly =
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Hi Ryan,

> On 14. Nov 2019, at 08:31, Ryan Kelly  wrote:
>=20
>=20
>=20
> Hi,
>=20
> (I've been lurking on this list for a while but I don't think I've =
posted here before, so...hi! I'm Ryan and I work on Firefox Accounts and =
related systems at Mozilla).

thanks a lot for posting your feedback!=20

>=20
> Thanks for working on this!  It's an interesting and timely read for =
me

Good to hear we are just in time :-)

> as we're starting to bump up against some limitations of the `scope` =
parameter. I have some initial feedback below, and will hopefully be =
able to send through more as I dig in in more detail.

please do

>=20
>   Cheers,
>=20
>       Ryan
>=20
> ---
>=20
> * Section 2.3: Relationship to "resource" parameter
>=20
> The potential interactions between "locations" and "resource" seem =
very complex and I'm not at all sure I understood them.
>=20
> Paragraph 2 says that "locations" should take precedence over =
"resource" when both appear in the authorization request, but doesn't =
explain what this means in concrete terms.

I see. This is related to the section 2.1. of =
draft-ietf-oauth-resource-indicators, where the use of the =
=E2=80=9Cresource=E2=80=9D parameter in the authorization request is =
described as=20

"When the "resource" parameter is used in an authorization request to
   the authorization endpoint, it indicates the identity of the
   protected resource(s) to which access is being requested.=E2=80=9D

The =E2=80=9Clocations" elements of the authorisation details objects do =
the same but on a more detailed level. That=E2=80=99s why this =
information shall take precedence. Given there could be authorisation =
details objects that do not contain a locations element, it nevertheless =
could be useful to use =E2=80=9Cresource=E2=80=9D in parallel.

However, one could also argue that client using locations should do you =
consequently and not use the =E2=80=9Cresource=E2=80=9D parameter in the =
authorization request.

> Can a client make a subsequent token request that passes a value from =
"locations" in the "resource" parameter, even though it wasn't specified =
in the "resource" parameter of the authorization request?

yes. At the token endpoint, the =E2=80=9Cresource=E2=80=9D parameter is =
the only way to describe what resource server the client want to use the =
token at.

draft-lodderstedt-oauth-rar does not use an alternative parameter at the =
token endpoint, it in some ways utilises the existing =E2=80=9Cresource=E2=
=80=9D parameter. Or put the other way around, it makes the semantics of =
the =E2=80=9Cresource=E2=80=9D parameter more explicit.=20

Where draft-ietf-oauth-resource-indicators states

"To
   the extent possible, when issuing access tokens, the authorization
   server should downscope the scope value associated with an access
   token to the value the respective resource is able to process and
   needs to know.=E2=80=9D=20

draft-lodderstedt-oauth-rar makes that more explicit/transparent by =
requiring=20

"The AS will select all authorization
   details object where the "resource" string matches as prefix of one
   of the URLs provided in the respective "locations" element."

>=20
> In Paragraph 3, how should the AS deal with authorization details =
objects that do not have a "locations" element? Should they be included =
regardless of "resource=E2=80=9D?

That=E2=80=99s a very good question. I see to options:=20
- those elements are assigned to any access token
- those elements are assigned to an access token in case there was no =
=E2=80=9Cresource=E2=80=9D parameter included in the token request.=20

I=E2=80=99m leaning towards the latter approach.=20

> What if the "resource" parameter refers to a value that was present in =
"locations" but not in "resource" during the initial authorization =
request?

See above - since locations take precedence, those locations shall =
match.=20

>=20
> The "matches as prefix of one of the URLs" part of Paragraph 3 seems a =
bit unclear as well, given that there is no requirement that the =
"locations" elements be well-formed URLs. Is this is simple string =
prefix match, or some sort of path matching based on the components of =
the URL?

simple string match

>=20
> As a purely stylistic comment, I also found the example in this =
section a bit artificial - I struggled to think of *why* a client might =
request an authorization code with one set of authorization details, but =
then use the "resource" parameter to immediately reduce them when =
exchanging the code for a token. I wonder if using a refresh_token grant =
as part of the example could help make it clearer, similar to what's =
done in oauth-resource-indicators-08 Section 2.2.

I think asking for an access token for a single resource server is just =
consequent, since it ensures all access tokens are tightly audience =
restricted. But you are making a good point, a further example utilising =
the refresh token to obtain another access token for the other resource =
server will certainly make things clearer.


>=20
>=20
> * Section 3: Using "authorization_details"
>=20
> Intuitively, I would expect to be able to use "authorization_details" =
in a token request using grant_type=3Drefresh_token, in the same way =
that I can specify "scope". Section 3 doesn't seem to take a definitive =
stance on this - IIUC Section 3.1 doesn't apply because this is not an =
authorization request, and Section 3.3 seems to discourage it in favour =
of using the "resource" parameter. Do you intend for this parameter to =
be allowed in conjunction with a refresh token?

What would be the use case for passing an authorization details =
parameter to the token request with a refresh token? The client =
shouldn=E2=80=99t be able to change the authorization details of the =
underlying grant, so using the =E2=80=9Cresource=E2=80=9D parameter to =
select another subset of the granted authorization details should be =
sufficient.=20

best regards,
Torsten.=20

>=20
>=20
>=20
> On Tue, 5 Nov 2019 at 03:48, Torsten Lodderstedt =
 wrote:
> Hi all,
>=20
> a new (significantly enhanced) revision of draft-lodderstedt-oauth-rar =
was just published. Here is the list of changes:
>=20
> 	=E2=80=A2 Reworked examples to illustrate privacy preserving use =
of authorization_details
> 	=E2=80=A2 Added text on audience restriction
> 	=E2=80=A2 Added description of relationship between scope and =
authorization_details
> 	=E2=80=A2 Added text on token request & response and =
authorization_details
> 	=E2=80=A2 Added text on how authorization details are conveyed =
to RSs by JWTs or token endpoint response
> 	=E2=80=A2 Added description of relationship between claims and =
authorization_details
> 	=E2=80=A2 Added more example from different sectors
> 	=E2=80=A2 Clarified string comparison to be byte-exact without =
collation
>=20
> Thanks a lot for all contributions and the review feedback so far. I =
will present this draft in Singapore and would appreciate if the WG =
would consider this draft for adoption.=20
>=20
> best regards,
> Torsten.=20
>=20
>> Begin forwarded message:
>>=20
>> From: internet-drafts@ietf.org
>> Subject: New Version Notification for =
draft-lodderstedt-oauth-rar-03.txt
>> Date: 4. November 2019 at 17:43:01 CET
>> To: "Justin Richer" , "Torsten Lodderstedt" =
, "Brian Campbell" 
>>=20
>>=20
>> A new version of I-D, draft-lodderstedt-oauth-rar-03.txt
>> has been successfully submitted by Torsten Lodderstedt and posted to =
the
>> IETF repository.
>>=20
>> Name:		draft-lodderstedt-oauth-rar
>> Revision:	03
>> Title:		OAuth 2.0 Rich Authorization Requests
>> Document date:	2019-11-03
>> Group:		Individual Submission
>> Pages:		30
>> URL:            =
https://www.ietf.org/internet-drafts/draft-lodderstedt-oauth-rar-03.txt
>> Status:         =
https://datatracker.ietf.org/doc/draft-lodderstedt-oauth-rar/
>> Htmlized:       =
https://tools.ietf.org/html/draft-lodderstedt-oauth-rar-03
>> Htmlized:       =
https://datatracker.ietf.org/doc/html/draft-lodderstedt-oauth-rar
>> Diff:           =
https://www.ietf.org/rfcdiff?url2=3Ddraft-lodderstedt-oauth-rar-03
>>=20
>> Abstract:
>>   This document specifies a new parameter "authorization_details" =
that
>>   is used to carry fine grained authorization data in the OAuth
>>   authorization request.
>>=20
>>=20
>>=20
>>=20
>> Please note that it may take a couple of minutes from the time of =
submission
>> until the htmlized version and diff are available at tools.ietf.org.
>>=20
>> The IETF Secretariat
>>=20
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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From: Aaron Parecki 
Date: Thu, 14 Nov 2019 12:10:38 -0800
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Subject: [OAUTH-WG] authorization code injection - draft-ietf-oauth-security-topics-13
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I read through the authorization code injection section
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.5
but didn't see a mention of this explicitly...

The guidance in 3.1.1 recommends using PKCE for confidential clients.
Section 3.1 says that  clients may use PKCE instead of "state" for
CSRF protection, in which case "'state' may be used again for its
original purpose".

My worry is that without using a unique state value per request, it
becomes less obvious that clients need to maintain state to avoid
being tricked into exchanging an attacker's authorization code.

If the client is using PKCE, then this isn't an issue of exchanging a
different valid authorization code. However it's an issue that the
client may leave itself open to attackers tricking it into exchanging
garbage authorization codes at the AS, possibly triggering rate limits
or security flags at the AS.

There is a partial sentence that hits on the point in 3.1, "clients
MUST only process redirect responses ... from the same user agent this
authorization request initiated with". My worry is that this isn't
enough guidance anymore if people are using non-random state values.
If clients are required to use a random state value, then they are
forced into a situation where they need to maintain state between
requests, which then prevents this problem.

Any thoughts on this? I am not sure exactly what the resolution should
be. I suppose either still requiring a random value in the "state"
parameter, or adding some guidance on how to link a redirect response
with an authorization request.

----
Aaron Parecki
aaronparecki.com


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From: Aaron Parecki 
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My comments below:

The term "client" and "app" appear in multiple places interchangeably.
Since "client" is the OAuth 2 term, the document should stick to that
and not use the more colloquial term, "app".

* Section 4: "without the app needing to..." should be "without the
client needing to..."
* Section 7.1: "an app could maintain" should be "a client should maintain"
* Section 8.1: "an app may offer" should be "a client may offer", and
a few more times in that paragraph

Section 8.2 mentions a pretty broad recommendation "... what would
reasonably be needed by a single feature" but then stops short. I feel
like this could use some elaboration perhaps with examples, since it
feels a bit too vague as is.

Section 9: Does including "public" in the
"incremental_authz_types_supported" value mean that the AS supports
the "existing_grant" parameter? It's not clear whether that is a 1:1
correlation, since section 5 says that it is only "NOT RECOMMENDED"
for public clients to automatically approve requests rather than "MUST
NOT". This could use some clarification on what it means exactly when
an AS advertises support for incremental authz. If this value does not
mean the "existing_grant" parameter is supported, do we instead need
some other way to indicate which type of incremental authz is
supported for public clients so that public clients know whether to
use existing_grant or include_granted_scopes?

----
Aaron Parecki
aaronparecki.com

On Fri, Nov 8, 2019 at 4:19 PM Richard Backman, Annabelle
 wrote:
>
> A few issues I noticed:
>
>
>
> There is no normative text describing AS behavior when include_granted_sc=
opes is =E2=80=9Cfalse=E2=80=9D or omitted. I suggest adding the following =
to the parameter=E2=80=99s definition in section 4:
>
> When =E2=80=9Cfalse=E2=80=9D or omitted, the authorization server SHOULD =
NOT include scopes that were not explicitly specified in the authorization =
request.
>
> Having written the above, I realize it conflicts with Section 3.3 of 6749=
, which states =E2=80=9C[t]he authorization server MAY fully or partially i=
gnore the scope requested by the client=E2=80=A6.=E2=80=9D I=E2=80=99m not =
sure offhand how to resolve that.
>
>
>
> Regarding section 6.1, I don=E2=80=99t think we can assume that an access=
_denied just indicates a rejection of the incremental request. Depending on=
 the consent interface presented to the end user, it may make more sense fo=
r the AS to interpret the denial as a retraction of the existing grant as w=
ell. End users may expect that to be the case, particularly if the existing=
 scopes are listed in the consent display alongside the additional ones bei=
ng requested. I=E2=80=99m not sure we need normative changes, but some non-=
normative guidance highlighting this would be helpful.
>
> [NIT] Extra =E2=80=9Cshould=E2=80=9D in the 4th sentence of 6.1.
>
> I disagree with the first sentence of section 8.2. If the process of requ=
esting consent is particularly expensive (e.g., if the client is an IoT dev=
ice or otherwise has limited input/output and is using the device authoriza=
tion grant), then it may be appropriate for the client to determine which f=
eatures the end user wants to enable and make a single authorization reques=
t for all of the necessary scopes.
>
> There is no guarantee that the resource owner in the incremental authoriz=
ation grant is the same as the resource owner in the original authorization=
 grant. For example, the end user may log into Account A originally, but Ac=
count B for the incremental authorization, either intentionally or by accid=
ent. As it stands, the client has no way of knowing that this has happened.=
 I don=E2=80=99t think there is a normative fix for this, but it should be =
called out as a new failure mode that gets introduced when switching from b=
ulk to incremental authorization.
>
>
>
> =E2=80=93
>
> Annabelle Richard Backman
>
> AWS Identity
>
>
>
>
>
> From: OAuth  on behalf of Brian Campbell 
> Date: Friday, November 8, 2019 at 2:36 PM
> To: William Denniss 
> Cc: oauth 
> Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
>
>
>
> You are welcome. I'm always happy to be able to help with a major contrib=
ution such as this one :)
>
>
>
> I did read through the draft for WGLC back in September though and that w=
as the only issue that jumped out at me.
>
>
>
>
>
> On Wed, Nov 6, 2019 at 6:15 PM William Denniss  wrote:
>
>
>
> On Wed, Sep 25, 2019 at 3:54 PM Brian Campbell  wrote:
>
> Just noticed that something is missing in https://tools.ietf.org/html/dra=
ft-ietf-oauth-incremental-authz-02#section-5 where it has just, "(Section 4=
.1.4 of )"
>
>
>
> Thank you for catching this Brian. It was meant to read Section 4.1.4 of =
RFC 6749.
>
>
>
> I've updated this in my local copy, will get posted in version 04.
>
>
>
>
>
> On Thu, Sep 12, 2019 at 8:40 AM Hannes Tschofenig  wrote:
>
> Thanks for the correction; yes =E2=80=93 the most recent version is -02 a=
nd I posted an old link.
>
>
>
>
>
> From: Eve Maler 
> Sent: Donnerstag, 12. September 2019 16:16
> To: Hannes Tschofenig 
> Subject: Re: [OAUTH-WG] WGLC on draft-ietf-oauth-incremental-authz-01
>
>
>
> I think you mean https://tools.ietf.org/html/draft-ietf-oauth-incremental=
-authz-02?
>
> Eve Maler (sent from my iPad) | cell +1 425 345 6756
>
>
> On Sep 11, 2019, at 4:22 AM, Hannes Tschofenig  wrote:
>
> Hi all,
>
>
>
> We are starting a WGLC on the "OAuth 2.0 Incremental Authorization" draft=
. You can find the document here:
>
> https://tools.ietf.org/html/draft-ietf-oauth-incremental-authz-01
>
>
>
> Please review the document and provide feedback.
>
>
>
> The WGLC will end September 25th, 2019.
>
>
>
> Ciao
>
> Hannes & Rifaat
>
> IMPORTANT NOTICE: The contents of this email and any attachments are conf=
idential and may also be privileged. If you are not the intended recipient,=
 please notify the sender immediately and do not disclose the contents to a=
ny other person, use it for any purpose, or store or copy the information i=
n any medium. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
> IMPORTANT NOTICE: The contents of this email and any attachments are conf=
idential and may also be privileged. If you are not the intended recipient,=
 please notify the sender immediately and do not disclose the contents to a=
ny other person, use it for any purpose, or store or copy the information i=
n any medium. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
>
> CONFIDENTIALITY NOTICE: This email may contain confidential and privilege=
d material for the sole use of the intended recipient(s). Any review, use, =
distribution or disclosure by others is strictly prohibited...  If you have=
 received this communication in error, please notify the sender immediately=
 by e-mail and delete the message and any file attachments from your comput=
er. Thank you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
>
> CONFIDENTIALITY NOTICE: This email may contain confidential and privilege=
d material for the sole use of the intended recipient(s). Any review, use, =
distribution or disclosure by others is strictly prohibited..  If you have =
received this communication in error, please notify the sender immediately =
by e-mail and delete the message and any file attachments from your compute=
r. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


From nobody Thu Nov 14 13:02:48 2019
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All -

On Wed, 13 November 2019 12:41 UTC, Rifaat Shekh-Yusef
 wrote:
> The chairs are aware of the issue, as we receive notifications to
> approve these messages sent by non-members.
> We have been receiving these emails for few weeks now, and Glen from IETF
> IT is also aware of the issue and he took some measures to try to address
>  this.  Glen also contacted the ISP but unfortunately he did not hear back from
> them.

I'm not on this list, but in the process of checking a few spam
complaints we've received, I noticed this message in the archive, and
wanted to clarify further:

The OAUTH list - along with about four other lists - was the victim of
a subscribe attack, in which large numbers of valid, harvested email
addresses were subscribed to the OAUTH list without the knowledge of
the account holders.  Sympatico.ca was one of the targeted domains, as
was AOL and GMAIL.

*sigh*

I have no idea what the attackers tried to gain - get the IETF
blacklisted with ISPs, perhaps?

It was relatively simple to remove the sympatico and AOL addresses,
but we have lots of legitimate users who use GMail, so I was hesitant
to try bulk-removing all of those addresses!

OAUTH - at 1003 members (currently) is one of the IETF's larger lists,
so there may be other people on here also who didn't ask to be signed
up.

As complaints come in, we're removing people, and as attacks come in
(and there are a TON of attacks against the IETF every day, which is
why I look the way I do) we block them, but it is something of a game
of leapfrog.   We appreciate everyone's patience as we continue to
deal with these ongoing, and bizarre, attacks.

Glen
--
Glen Barney
IT Director
AMS (IETF Secretariat)


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Echoing Neil's concerns, I posted this to the issue tracker:
https://github.com/danielfett/draft-dpop/issues/56

I've been talking to several large scale API operators about DPoP.  A
consistent concern is the CPU cost of doing an asymmetric key
validation on every HTTP Request at the RS.

Micro-benchmarks on this are easy to make, and at lower in the
protocol stack, eg TLS, there is only one asymmetric operation before
a symmetric key is exchanged, so maybe DPoP as it stands would be hard
to deploy.

I think the primary concern is at the RS level of validation.
Depending on the RS, the "work" of a request can be highly variable,
so adding a single asymmetric key operation could be a significant
portion of CPU usage at scale.

In my discussions, at the AS layer, there is a general belief that the
request rate and overhead of validating a DPoP signature can be OK.
(I work at Okta -- the AS CPU usage is important too, but we already
do a bunch of "other" expensive work on token requests, such that
adding one more EdDSA validate is a rounding error in the short term).

Supporting `HS256` or similar signing of the proof would be one way to
reduce the CPU usage concerns.

The challenge seems to be getting the symmetric key to the RS in a
distributed manner.

This use case could be scoped as a separate specification if that
makes the most sense, building upon DPoP.

Throwing out a potential scheme here:

- **5.  Token Request (Binding Tokens to a Public Key)**: The request
from the client is unchanged. If the AS decides this access token
should use a symmetric key it:
1) Returns the `token_type` as `DPoP+symmetric`
2) Adds a new field to the token response: `token_key`.  This should
be a symmetric key in JWK format, encrypted to the client's DPoP-bound
asymmetric key using JWE.  This means the client still must be able to
decrypt this JWE before proceeding using its private key.

- **6.  Resource Access (Proof of Possession for Access Tokens)**: The
DPoP Proof from the client would use the `token_key` issued by the AS.

- **7.  Public Key Confirmation**: Instead of the `jkt` claim, add a
new `cnf` claim type: JSON Encrypted Key or  `jek`.  The `jek` claim
would be an JWE encrypted value, containing the symmetric key used for
signing the `DPoP` proof header in the RS request.   The JWE
relationship between the AS and RS would be outside the scope of the
specification -- many AS's have registries of RS and their
capabilities, and might agree upon a symmetric key distribution system
ahead of time, in order to decrypt the `jek` confirmation.

I think this scheme would change RS validation of an DPoP-bound proof
from one asymmetric key verify, into two symmetric key operations: one
signature verify on the DPoP token, and potentially one symmetric
decrypt on the `jek` claim.

On Thu, Nov 14, 2019 at 3:20 AM Neil Madden  wro=
te:
>
> I can't attend Singapore either in person or remotely due to other commit=
ments. I broadly support adoption of this draft, but I have some comments/s=
uggestions about it.
>
> Section 2 lists the main objective as being to harden against compromised=
/malicious AS or RS, which may attempt to replay captured tokens elsewhere.=
 While this is a good idea, a casual reader might wonder why a simple audie=
nce claim in the access token/introspection response is not sufficient to p=
revent this. Because interactions between the client and RS are supposed to=
 be over TLS, is the intended threat model one in which these protections h=
ave broken down? ("counterfeit" in the description suggests this). Or is th=
e motivation that clients want to get a single broad-scoped access token (f=
or usability/performance reasons) and use it to access multiple resource se=
rvers without giving each of them the ability to replay the token to the ot=
her servers? Or are we thinking of a phishing-type vulnerability were a gen=
eral-purpose client might accidentally visit a malicious site which prompts=
 for an access token that the client then blindly goes off and gets? (UMA?)=
 It's not clear to me which of these scenarios is being considered, so it w=
ould be good to tighten up this section.
>
> Another potential motivation is for mobile apps. Some customers of ours w=
ould like to tie access/refresh tokens to private key material generated on=
 a secure element in the device, that can only be accessed after local biom=
etric authentication (e.g. TouchID/FaceID on iOS). I have suggested using m=
TLS cert-bound tokens for this, but have heard some pushback due to the dif=
ficulty of configuring support for client certs across diverse infrastructu=
re. A simple JWT-based solution like DPoP could fill this need.
>
> My main concerns with the draft though are about efficiency and scalabili=
ty of the proposed approach:
>
> 1. The requirement to use public key signatures, along with the anti-repl=
ay nonce, means that the RS is required to perform an expensive signature v=
erification check on every request. That is not going to scale up well. Whi=
le there are more efficient schemes like Ed25519 now, these are still typic=
ally an order of magnitude slower than HMAC and the latency and CPU overhea=
d is likely to be a non-starter for many APIs (especially when you're bille=
d by CPU usage). Public key signatures are also notoriously fragile (see e.=
g. the history of nonce reuse/leakage vulnerabilities in ECDSA or
>
> 2. The advice for the RS to store a set of previously used nonces to prev=
ent replay will also hamper scalability, especially in large deployments wh=
ere such state would need to be replicated to all servers (or use sticky lo=
ad balancing, which comes with its own problems). This violates the statele=
ssness of HTTP, and it also potentially breaks idempotency of operations: T=
hink of the case where the JWT validation and replay protection is done at =
an API gateway but then the call to the backend API server fails for a tran=
sient reason. The client (or a proxy/library) cannot simply replay the (ide=
mpotent) request in this case because it will be rejected by the gateway. I=
t must instead recreate the DPoP JWT, incurring additional overheads.
>
> 3. Minor: The use of a custom header for communicating the DPoP proof wil=
l require additional CORS configuration on top of that already done for the=
 Authorization header, and so adds a small amount of additional friction fo=
r adoption. Given that CORS configuration changes often require approval by=
 a security team, this may make more of an impact than you'd expect.
>
> It's also not clear to me exactly what threat the anti-replay nonce is pr=
otecting against. It does nothing against the replay scenario discussed in =
section 2, as I understand it - which really seems to be more of a MitM sce=
nario. Given that the connection between the client and the RS is supposed =
to be over TLS, and TLS is already protected against replay attacks, I thin=
k this part needs to be better motivated given the obvious costs of impleme=
nting it.
>
> I have a tentative suggestion for an alternative design which avoids thes=
e problems, but at a cost of potentially more complexity elsewhere. I'll su=
mmarise it here for consideration:
>
> 1. The client obtains an access token in the normal way. When calling the=
 token endpoint it provides an EC/okp public key as the confirmation key to=
 be associated with the access/refresh tokens.
>
> 2. The first time the client calls an RS it passes its access token in th=
e Authorization: Bearer header as normal. (If the RS doesn't support DPoP t=
hen this would just succeed and no further action is required by the client=
 - allowing clients to opportunistically ask for DPoP without needing a pri=
ori knowledge of RS capabilities).
>
> 3. The RS introspects the access token and learns the EC public key assoc=
iated with the access token. As there is no DPoP proof with the access toke=
n, the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as the=
 confirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated with =
this access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and base64=
url-encodes it. It uses this as a challenge to the client by sending back a=
 401 response with WWW-Authenticate: DPoP 
>
> 4. The client decodes the epk challenge and performs an ECDH key agreemen=
t between its private key and the challenge epk as per the method described=
 for the existing JWA ECDH-ES encryption algorithm. Rather than deriving an=
 AES key however, it derives a HMAC key for HS256. The "apu" value is set t=
o the access token (string value as ASCII bytes) and the "apv" value is set=
 to the hostname of the RS (e.g. "api.example.com"). This ensures that the =
derived key is cryptographically bound to the context in which it is used.
>
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the =
one in the current draft, but signed using the HS256 key. If a "kid" field =
was present in the challenge JWK sent by the RS then the same value MUST be=
 used in the "kid" header of this discharge JWT. It retries its original re=
quest sending Authorization: DPoP  at=3D.
>
> 6. The RS uses its stored ephemeral private key to derive the same HMAC k=
ey and verify the DPoP discharge JWT. If it validates and all fields are co=
rrect then the request is allowed.
>
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the challenge=
 JWK, the RS can preemptively carry out the ECDH key agreement immediately =
and generate the derived HMAC key. The RS can then encrypt this derived key=
 using a local authenticated encryption key (e.g. AES-GCM) and use that enc=
rypted value as the "kid" value in the challenge (perhaps along with some c=
ontext or an expiry time). That way the RS only needs to decrypt this kid v=
alue rather than performing the ECDH key agreement on every request. This a=
lso avoids the need for the RS to store any per-client state locally.
>
> The challenge-response nature of the scheme prevents traditional replay a=
ttacks in the case where a DPoP discharge JWT is accidentally leaked throug=
h server logs or some other flaw, without needing to store nonces on the se=
rver. Using the RS's hostname in the key derivation process prevents mitm a=
ttacks in a similar way to how FIDO/WebAuthn prevents this. Most importantl=
y, once a HS256 key has been derived between a client and RS they can reuse=
 that key for multiple requests, reducing the overhead of the ECDH key agre=
ement step. Either side can decide as a matter of policy how long to let th=
is occur and when to trigger a fresh challenge-response.
>
> Because this fits within the standard HTTP authentication framework, it a=
lso requires no additional CORS configuration and is relatively easy to plu=
g in to existing HTTP client libraries.
>
> The main downside of this approach to me is the fact that you can't simpl=
y reuse an existing JWT library to implement it, and so it will take time f=
or client libs to develop. (Although I think this might be achievable now w=
ith existing *COSE* libraries). This would increase the risk of people hand=
-rolling solutions, rather than using well-tested libraries. On the other h=
and, it uses fairly widely supported primitives so e.g. an implementation u=
sing WebCrypto is probably only a few dozen lines of code.
>
> -- Neil
>
>
> On 31 Oct 2019, at 19:20, Brian Campbell  wrote:
>
> Hello WG,
>
> Just a quick note to let folks know that -03 of the DPoP draft was publis=
hed earlier today. The usual various document links are in the forwarded me=
ssage below and the relevant snippet from the doc history with a summary of=
 the changes is included here for convenience.
>
> Hopefully folks will have time to read the (relativity) short document be=
fore the meeting(s) in Singapore where (spoiler alert) I plan to ask that t=
he WG consider adoption of the draft.
>
> Thanks,
>
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
>
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones , John Bradley , Brian Campbell , David Waite , Daniel Fett 
>
>
>
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the App=
lication Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpo=
p-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dp=
op
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop=
-03
>
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>
>
>
>
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From: Torsten Lodderstedt 
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Date: Fri, 15 Nov 2019 16:51:52 +0100
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To: Aaron Parecki 
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Subject: Re: [OAUTH-WG] authorization code injection - draft-ietf-oauth-security-topics-13
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Hi Aaron,

> On 14. Nov 2019, at 21:10, Aaron Parecki  wrote:
>=20
> I read through the authorization code injection section
> =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
5
> but didn't see a mention of this explicitly...
>=20
> The guidance in 3.1.1 recommends using PKCE for confidential clients.

It=E2=80=99s a MUST for any client, not only confidential clients.=20

"Clients utilizing the authorization grant type MUST use PKCE =E2=80=A6"

> Section 3.1 says that  clients may use PKCE instead of "state" for
> CSRF protection, in which case "'state' may be used again for its
> original purpose".
>=20
> My worry is that without using a unique state value per request, it
> becomes less obvious that clients need to maintain state to avoid
> being tricked into exchanging an attacker's authorization code.

The PKCE verifier is a unique per request random value that needs to =
maintained in the state of the app as well. So beside it=E2=80=99s =
application for sender authentication and code replay detection, it also =
serves the role of state to detect CSRF. It just works differently in =
that the AS determines the response and the PCKE verifier don=E2=80=99t =
match and if that happens refuses to issue tokens.

>=20
> If the client is using PKCE, then this isn't an issue of exchanging a
> different valid authorization code. However it's an issue that the
> client may leave itself open to attackers tricking it into exchanging
> garbage authorization codes at the AS, possibly triggering rate limits
> or security flags at the AS.

You mean because it may send a PKCE verifier valid for the current =
transaction along with an infected code?

>=20
> There is a partial sentence that hits on the point in 3.1, "clients
> MUST only process redirect responses ... from the same user agent this
> authorization request initiated with". My worry is that this isn't
> enough guidance anymore if people are using non-random state values.

What is the relationship to the state value? The paragraph you cite is =
about mix up prevention and requires the client to memorize the AS it =
sent the user to.=20

> If clients are required to use a random state value, then they are
> forced into a situation where they need to maintain state between
> requests, which then prevents this problem.

Same holds true for PKCE.

>=20
> Any thoughts on this? I am not sure exactly what the resolution should
> be. I suppose either still requiring a random value in the "state"
> parameter, or adding some guidance on how to link a redirect response
> with an authorization request.

Potentially it is not obvious enough, but the linking is (indirectly) =
implemented using the PCKE verifier. =20

best regards,
Torsten.=20

>=20
> ----
> Aaron Parecki
> aaronparecki.com
>=20
> _______________________________________________
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From: Neil Madden 
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Date: Fri, 15 Nov 2019 16:45:27 +0000
Cc: oauth 
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A few comments below.

On 15 Nov 2019, at 15:32, Paul Querna  wrote:
>=20
> Echoing Neil's concerns, I posted this to the issue tracker:
> https://github.com/danielfett/draft-dpop/issues/56
>=20
> I've been talking to several large scale API operators about DPoP.  A
> consistent concern is the CPU cost of doing an asymmetric key
> validation on every HTTP Request at the RS.
>=20
> Micro-benchmarks on this are easy to make, and at lower in the
> protocol stack, eg TLS, there is only one asymmetric operation before
> a symmetric key is exchanged, so maybe DPoP as it stands would be hard
> to deploy.

Right, which was the intention of my proposed alternative scheme: the =
client and RS do a single ECDH operation each and then can reuse the =
derived HMAC key for many requests.

>=20
> I think the primary concern is at the RS level of validation.
> Depending on the RS, the "work" of a request can be highly variable,
> so adding a single asymmetric key operation could be a significant
> portion of CPU usage at scale.
>=20
> In my discussions, at the AS layer, there is a general belief that the
> request rate and overhead of validating a DPoP signature can be OK.
> (I work at Okta -- the AS CPU usage is important too, but we already
> do a bunch of "other" expensive work on token requests, such that
> adding one more EdDSA validate is a rounding error in the short term).
>=20
> Supporting `HS256` or similar signing of the proof would be one way to
> reduce the CPU usage concerns.
>=20
> The challenge seems to be getting the symmetric key to the RS in a
> distributed manner.
>=20
> This use case could be scoped as a separate specification if that
> makes the most sense, building upon DPoP.
>=20
> Throwing out a potential scheme here:
>=20
> - **5.  Token Request (Binding Tokens to a Public Key)**: The request
> from the client is unchanged. If the AS decides this access token
> should use a symmetric key it:
> 1) Returns the `token_type` as `DPoP+symmetric`
> 2) Adds a new field to the token response: `token_key`.  This should
> be a symmetric key in JWK format, encrypted to the client's DPoP-bound
> asymmetric key using JWE.  This means the client still must be able to
> decrypt this JWE before proceeding using its private key.
>=20
> - **6.  Resource Access (Proof of Possession for Access Tokens)**: The
> DPoP Proof from the client would use the `token_key` issued by the AS.
>=20
> - **7.  Public Key Confirmation**: Instead of the `jkt` claim, add a
> new `cnf` claim type: JSON Encrypted Key or  `jek`.  The `jek` claim
> would be an JWE encrypted value, containing the symmetric key used for
> signing the `DPoP` proof header in the RS request.   The JWE
> relationship between the AS and RS would be outside the scope of the
> specification -- many AS's have registries of RS and their
> capabilities, and might agree upon a symmetric key distribution system
> ahead of time, in order to decrypt the `jek` confirmation.

If the RS has a client secret to access the token introspection =
endpoint, this could be reused in this case.

Whether this scheme is acceptable depends on clarifying the threat model =
that DPoP is intended to address. If we are only concerned about a fake =
RS (without any genuine relationship with the AS) and a client being =
tricked into sending it an access token, then this approach would be =
fine. The fake RS is unable to obtain the HMAC key and so all it can do =
is try and replay the access token and DPoP token somewhere else (which =
should be prevented by the claims in the DPoP token).

But if we are concerned about a potentially malicious RS that *does* =
have valid credentials (but is not the RS that the client thinks it is, =
or is a genuine RS that has been compromised), then this scheme fails =
because the malicious RS learns the HMAC key and then can use it to =
create any DPoP proofs that it wants, so the access token is completely =
compromised.

In the ECDH solution I proposed, a unique key is derived for each RS and =
the hostname of that RS is included in the key derivation. Assuming the =
client doesn't make a mistake when including this information then this =
means that the RS does not ever learn a HMAC key that is valid for any =
other server and so is unable to make any forgeries.

>=20
> I think this scheme would change RS validation of an DPoP-bound proof
> from one asymmetric key verify, into two symmetric key operations: one
> signature verify on the DPoP token, and potentially one symmetric
> decrypt on the `jek` claim.

This does mean that the AS either needs to know ahead of time which RS =
will receive the access token (so that it can pre-encrypt the key for =
them), or else it needs to keep the symmetric DPoP keys around in a =
recoverable form - which creates a potential risk if clients reuse keys =
for multiple access tokens.

-- Neil=


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Date: Fri, 15 Nov 2019 17:07:52 -0800
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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Just one comment/question at the moment:

3.1.1 - Is there any recommendation around leveraging state vs using
multiple URIs (with exact match) to remember the application state of the
client? I have seen exploding list of registered redirect URIs, but am not
aware of any security issues around this usage. But would like to check if
there are any opinions on this matter.



On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig 
wrote:

> Hi all,
>
> this is a working group last call for "OAuth 2.0 Security Best Current
> Practice".
>
> Here is the document:
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>
> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> (We use a three week WGLC because of the IETF meeting.)
>
> Ciao
> Hannes & Rifaat
>
> IMPORTANT NOTICE: The contents of this email and any attachments are
> confidential and may also be privileged. If you are not the intended
> recipient, please notify the sender immediately and do not disclose the
> contents to any other person, use it for any purpose, or store or copy the
> information in any medium. Thank you.
>
> _______________________________________________
> OAuth mailing list
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> https://www.ietf.org/mailman/listinfo/oauth
>

--000000000000a65f4b05976c58c6
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Just one comment/question at the moment:







3.1.1 - Is there any recommend=
ation around leveraging state vs using multiple URIs (with exact match) to =
remember the application state of the client? I have seen exploding list of=
 registered redirect URIs, but am not aware of any security issues around t=
his usage. But would like to check if there are any opinions on this matter=
.



=


=
On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig <Hannes.Tschofenig@arm.com> wrote:
<=
blockquote class=3D"gmail_quote" style=3D"margin:0px 0px 0px 0.8ex;border-l=
eft:1px solid rgb(204,204,204);padding-left:1ex">Hi all,



this is a working group last call for "OAuth 2.0 Security Best Current=
 Practice".



Here is the document:

https://tools.ietf.org/html/draft-iet=
f-oauth-security-topics-13



Please send you comments to the OAuth mailing list by Nov. 27, 2019.

(We use a three week WGLC because of the IETF meeting.)



Ciao

Hannes & Rifaat



IMPORTANT NOTICE: The contents of this email and any attachments are confid=
ential and may also be privileged. If you are not the intended recipient, p=
lease notify the sender immediately and do not disclose the contents to any=
 other person, use it for any purpose, or store or copy the information in =
any medium. Thank you.



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




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> On 16. Nov 2019, at 02:07, Vineet Banga =
 wrote:
>=20
> Just one comment/question at the moment:
> 3.1.1 - Is there any recommendation around leveraging state vs using =
multiple URIs (with exact match) to remember the application state of =
the client? I have seen exploding list of registered redirect URIs, but =
am not aware of any security issues around this usage. But would like to =
check if there are any opinions on this matter..

The BCP recommends transaction specific one time use state values for =
CSRF prevention. To achieve the same protection level with redirect =
URI=E2=80=99s and exact match, one would need to register per =
transaction redirect URI values.=20

Do your redirect URIs meet those requirements?

>=20
>=20
> On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig =
 wrote:
> Hi all,
>=20
> this is a working group last call for "OAuth 2.0 Security Best Current =
Practice".
>=20
> Here is the document:
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
>=20
> Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> (We use a three week WGLC because of the IETF meeting.)
>=20
> Ciao
> Hannes & Rifaat
>=20
> IMPORTANT NOTICE: The contents of this email and any attachments are =
confidential and may also be privileged. If you are not the intended =
recipient, please notify the sender immediately and do not disclose the =
contents to any other person, use it for any purpose, or store or copy =
the information in any medium. Thank you.
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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From: Aaron Parecki 
Date: Sat, 16 Nov 2019 21:28:36 +0800
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Subject: Re: [OAUTH-WG] authorization code injection - draft-ietf-oauth-security-topics-13
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Thanks for the reply. You're right, PKCE requires maintaining
application state as well, and does solve the main worry I have.

However I think there is still something more. I guess my concern is
around the specific wording:

> in this case, 'state' may be used again for its original purpose...

My concern is if people see this recommendation, (even though it's
clarified that it only applies if the authorization server supports
PKCE), they may revert back to static "state" values *regardless* of
whether the server supports PKCE, opening up a security hole again.
This is especially problematic because of the way PKCE works where
clients have no indication as to whether the server supports PKCE if
the whole flow is successful.

I guess I just would rather not mention the possibility of using
static state values again.

----
Aaron Parecki
aaronparecki.com


----
Aaron Parecki
aaronparecki.com
@aaronpk



On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt
 wrote:
>
> Hi Aaron,
>
> > On 14. Nov 2019, at 21:10, Aaron Parecki  wrote:
> >
> > I read through the authorization code injection section
> > https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section=
-4.5
> > but didn't see a mention of this explicitly...
> >
> > The guidance in 3.1.1 recommends using PKCE for confidential clients.
>
> It=E2=80=99s a MUST for any client, not only confidential clients.
>
> "Clients utilizing the authorization grant type MUST use PKCE =E2=80=A6"
>
> > Section 3.1 says that  clients may use PKCE instead of "state" for
> > CSRF protection, in which case "'state' may be used again for its
> > original purpose".
> >
> > My worry is that without using a unique state value per request, it
> > becomes less obvious that clients need to maintain state to avoid
> > being tricked into exchanging an attacker's authorization code.
>
> The PKCE verifier is a unique per request random value that needs to main=
tained in the state of the app as well. So beside it=E2=80=99s application =
for sender authentication and code replay detection, it also serves the rol=
e of state to detect CSRF. It just works differently in that the AS determi=
nes the response and the PCKE verifier don=E2=80=99t match and if that happ=
ens refuses to issue tokens.
>
> >
> > If the client is using PKCE, then this isn't an issue of exchanging a
> > different valid authorization code. However it's an issue that the
> > client may leave itself open to attackers tricking it into exchanging
> > garbage authorization codes at the AS, possibly triggering rate limits
> > or security flags at the AS.
>
> You mean because it may send a PKCE verifier valid for the current transa=
ction along with an infected code?
>
> >
> > There is a partial sentence that hits on the point in 3.1, "clients
> > MUST only process redirect responses ... from the same user agent this
> > authorization request initiated with". My worry is that this isn't
> > enough guidance anymore if people are using non-random state values.
>
> What is the relationship to the state value? The paragraph you cite is ab=
out mix up prevention and requires the client to memorize the AS it sent th=
e user to.
>
> > If clients are required to use a random state value, then they are
> > forced into a situation where they need to maintain state between
> > requests, which then prevents this problem.
>
> Same holds true for PKCE.
>
> >
> > Any thoughts on this? I am not sure exactly what the resolution should
> > be. I suppose either still requiring a random value in the "state"
> > parameter, or adding some guidance on how to link a redirect response
> > with an authorization request.
>
> Potentially it is not obvious enough, but the linking is (indirectly) imp=
lemented using the PCKE verifier.
>
> best regards,
> Torsten.
>
> >
> > ----
> > Aaron Parecki
> > aaronparecki.com
> >
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>


From nobody Sat Nov 16 12:06:01 2019
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On Nov 15, 2019, at 8:32 AM, Paul Querna  wrote:
> Supporting `HS256` or similar signing of the proof would be one way to
> reduce the CPU usage concerns.

There are a number of other potential asymmetrically signed messages, =
such as the access token. Is the assumption that these are also =
symmetrically protected, or that the cost here is amortized by caching?

If you are changing either your access tokens or dPoP proofs to use =
symmetric keys, you want to limit the number of parties who know that =
secret to the client, AS, and a single resource server. You=E2=80=99ll =
be audience-scoping either way, so it may make sense to use a symmetric =
algorithm for both. It starts to look like kerberos in HTTP and JSON =
when you squint.

>=20
> The challenge seems to be getting the symmetric key to the RS in a
> distributed manner.

Yes, you need the same infrastructure for HMAC and AEAD in this case.

>=20
> This use case could be scoped as a separate specification if that
> makes the most sense, building upon DPoP.
>=20
> Throwing out a potential scheme here:
>=20
> - **5.  Token Request (Binding Tokens to a Public Key)**: The request
> from the client is unchanged. If the AS decides this access token
> should use a symmetric key it:
> 1) Returns the `token_type` as `DPoP+symmetric`
> 2) Adds a new field to the token response: `token_key`.  This should
> be a symmetric key in JWK format, encrypted to the client's DPoP-bound
> asymmetric key using JWE.  This means the client still must be able to
> decrypt this JWE before proceeding using its private key.

If you encrypt the key to the resource, then there is a risk that the =
key is retained while unprotected in memory. ECDH may be better here, =
although then we are making assumptions on the types of keys being used.

> - **6.  Resource Access (Proof of Possession for Access Tokens)**: The
> DPoP Proof from the client would use the `token_key` issued by the AS.
>=20
> - **7.  Public Key Confirmation**: Instead of the `jkt` claim, add a
> new `cnf` claim type: JSON Encrypted Key or  `jek`.  The `jek` claim
> would be an JWE encrypted value, containing the symmetric key used for
> signing the `DPoP` proof header in the RS request.   The JWE
> relationship between the AS and RS would be outside the scope of the
> specification -- many AS's have registries of RS and their
> capabilities, and might agree upon a symmetric key distribution system
> ahead of time, in order to decrypt the `jek` confirmation.

If you are negotiating a symmetric key with the RS for access tokens =
(again, why not at this point, just call it a JOSE Service Ticket) you =
can just use AEAD and not bother with wrapping/encrypting the =
client-negotiated key within the access token.

> I think this scheme would change RS validation of an DPoP-bound proof
> from one asymmetric key verify, into two symmetric key operations: one
> signature verify on the DPoP token, and potentially one symmetric
> decrypt on the `jek` claim.

-DW


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From: Vineet Banga 
Date: Sat, 16 Nov 2019 13:42:39 -0800
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To: Torsten Lodderstedt 
Cc: Hannes Tschofenig , "oauth@ietf.org" 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt <
torsten@lodderstedt.net> wrote:

>
>> On 16. Nov 2019, at 02:07, Vineet Banga  wrote:

> >>

> >> Just one comment/question at the moment:

> > >3.1.1 - Is there any recommendation around leveraging state vs using
multiple URIs (with exact match) to remember the application state of the
client? I have seen exploding list of registered redirect URIs, but am not
aware of any security issues around this usage. But would like to check if
there are any opinions on this matter..

>
>The BCP recommends transaction specific one time use state values for CSRF
prevention. To achieve the same protection level with redirect URI=E2=80=99=
s and
exact match, one would need to register per transaction redirect URI
values.

>
>Do your redirect URIs meet those requirements?

> No. I think the options are using state for purely csrf or using
[I-D.bradley-oauth-jwt-encoded-state], which is called our in the BCP.
Using encoded jwt can be used to limit the number of redirect uris.





>

> >

> > On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig <
Hannes.Tschofenig@arm.com> wrote:

> > Hi all,

> >

> > this is a working group last call for "OAuth 2.0 Security Best Current
Practice".

> >

> > Here is the document:

> > https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13

> >

> > Please send you comments to the OAuth mailing list by Nov. 27, 2019.

> > (We use a three week WGLC because of the IETF meeting.)

> >

> > Ciao

> > Hannes & Rifaat

> >

> > IMPORTANT NOTICE: The contents of this email and any attachments are
confidential and may also be privileged. If you are not the intended
recipient, please notify the sender immediately and do not disclose the
contents to any other person, use it for any purpose, or store or copy the
information in any medium. Thank you.

> >

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.org

> > https://www.ietf.org/mailman/listinfo/oauth

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.org

> > https://www.ietf.org/mailman/listinfo/oauth

>
>

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On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt <torsten@lodderstedt.net> wrote:<=
/div>



>> On 16. Nov =
2019, at 02:07, Vineet Banga <vineetbanga=3D40google.com@dmarc.ietf.org> wr=
ote:
>>=C2=A0
>> Just one comment/question at the moment=
:
> >3.1.1 - Is there any re=
commendation around leveraging state vs using multiple URIs (with exact mat=
ch) to remember the application state of the client? I have seen exploding =
list of registered redirect URIs, but am not aware of any security issues a=
round this usage. But would like to check if there are any opinions on this=
 matter..



>The BCP recommen=
ds transaction specific one time use state values for CSRF prevention. To a=
chieve the same protection level with redirect URI=E2=80=99s and exact matc=
h, one would need to register per transaction redirect URI values.=C2=A0



>Do your redirect=
 URIs meet those requirements?


No. I think the options are using state for purely csrf or usi=
ng=C2=A0[I-D.bradle=
y-oauth-jwt-encoded-state],=C2=A0which is called our in the BCP. Usi=
ng encoded jwt can be used to limit the number of redirect uris.=C2=A0
<=
br>



>=C2=A0
>=C2=A0
> On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig <Hannes.Tschofenig=
@arm.com> wrote:
> Hi al=
l,
>=C2=A0
> this is a working group last call for "OAuth=
 2.0 Security Best Current Practice".
>=C2=A0
> Here is t=
he document:
> https://tools.ietf.org/html/draft-ietf-oauth-security=
-topics-13
>=C2=A0
> Please send you comments to the OAuth=
 mailing list by Nov. 27, 2019.
&=
gt; (We use a three week WGLC because of the IETF meeting.)
>=C2=A0
> Ciao
> Hannes & Rif=
aat
>=C2=A0
> IMPORTANT NOTICE: The contents of this email and=
 any attachments are confidential and may also be privileged. If you are no=
t the intended recipient, please notify the sender immediately and do not d=
isclose the contents to any other person, use it for any purpose, or store =
or copy the information in any medium. Thank you.
>=C2=A0
> __=
_____________________________________________
<=
/blockquote>> OAuth mailing list
> OAuth@ietf.org
> https://=
www.ietf.org/mailman/listinfo/oauth
> _______________________________________________
> OAuth mailing list
OAu=
th@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth






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Hi Emond,

Sorry I missed this email before my last update to the draft. I wanted
to address some of the questions anyway though.

> 6.1. Apps Served from a Common Domain as the Resource Server

This section has been renamed to "6.1.  Browser-Based Apps that Can
Share Data with the Resource Server". In particular, this section is
meant to point out that in some cases you can use traditional cookie
mechanisms instead of OAuth access tokens. I wouldn't say HTTP-only
cookies make APIs "very vulnerable to CSRF attacks" though. The
SameSite cookie attribute will prevent CSRF attacks, and is easily
deployable in this case. I will rephrase this section to better
clarify this.

> 8. Refresh Tokens

Draft -04 rewrote the refresh token section to allow refresh tokens in
browser based apps as long as they follow the recommendations in the
Security BCP.

> Without the browser, there is no application.

There are starting to become cases where browser based applications
can actually run without the user being present at the device now,
such as all the work around progressive web apps and background sync.
In these cases it may make sense to let JavaScript apps use refresh
tokens to perform work without the user being present.

> Shouldn't this BCP give actual recommendations on how to manage this (preferably without full page redirections)

This is a valid point and I'll bring this up in the next meeting to
see if there are any ideas about how best to handle a recommendation.

> 9.7. Content-Security Policy
> I think it should explicitly state the policies that should NOT be allowed

I'll bring this up in the next meeting.

Thanks for the feedback!

----
Aaron Parecki
aaronparecki.com
On Tue, Aug 6, 2019 at 8:20 PM Emond Papegaaij
 wrote:
>
> Hi all,
>
> After my vacation I've finally found time read up on the new BCP draft for
> browser based apps. First of all, thanks for the great work on this spec. I
> think this is a very important area to work on, as browser based applications
> are getting more and more common. Here's my feedback:
>
> 6.1. Apps Served from a Common Domain as the Resource Server
>
> This section has seen quite some comments, but IMHO one important aspect has
> not been emphasized enough: using an HTTP-only cookie to secure an API can
> make it very vulnerable to CSRF attacks. This was already mentioned by David
> Waite, but has not seen any response. Storing the access token (or session id,
> or whatever it is called when stored in a cookie) in an HTTP-only cookie will
> make it hard to steal, but also hard to protect from misuse. Any page can
> embed links to your API, and the browser will simply send the cookie.
> 'Traditional', server based, web applications require special protection
> against these kinds of attacks, but RESTful APIs often don't have such
> protection. IMHO advising to use a cookie to secure your API is therefore a
> dangerous advice.
>
> 8. Refresh Tokens
>
> This section also has seen a lot of comments. Why all this focus on the
> refresh token? All the attack vectors apply to the access token as well. If
> tokens cannot be stored securely in a browser based application, the
> authorization server should not issue any token at all. Leaking a single valid
> access token is likely to be more than enough for an attacker to get all the
> information he/she needs, even if it is only valid for a couple of minutes.
> Also, when an attacker manages to get an access token once, it is likely he/
> she will succeed a second time (i.e. via an XSS attack). Placing these
> restrictions on refresh tokens, without addressing the access token seems
> senseless to me.
>
> I think this section should be about the lifetime of the authorization and
> detecting potential leaks of tokens. For a browser based application, I see no
> use at all for offline tokens. Without the browser, there is no application.
> Therefore the access should be scoped to the browser session, and this is IMHO
> best checked by the authorization server. At Topicus, we plan to implement
> this with short lived access tokens and performing re-authentication in a
> hidden iframe with prompt=none. The disadvantage of this is that is requires
> OIDC for the prompt parameter. In this setup we do not need refresh tokens,
> but other solutions may also apply. Shouldn't this BCP give actual
> recommendations on how to manage this (preferably without full page
> redirections, because those destroy the state of a SPA), rather than simply
> forbidding refresh tokens?
>
> 9.7. Content-Security Policy
>
> A very important measure to secure your browser based application is a strong
> CSP, but it is also very hard to do correctly. The current advise is a bit
> broad. I think it should explicitly state the policies that should NOT be
> allowed (inline scripting, eval). This was already mentioned by Dominick
> Baier. Also, it could benefit from a few examples (correct and wrong).
>
> Best regards,
> Emond Papegaaij
> Topicus KeyHub
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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From: Aaron Parecki 
Date: Sun, 17 Nov 2019 16:28:29 +0800
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To: txauth@ietf.org, OAuth WG 
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Subject: [OAUTH-WG] IETF106 Agenda
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Hi all,

I was having trouble tracking down the agenda and reading materials
for the upcoming sessions this week so I put together a page on
oauth.net to collect everything in one place.

https://oauth.net/events/2019-11-ietf106/

It contains a list of all the sessions, their time and location,
agenda details, and links to all the draft specs that will be
discussed. I thought this might be helpful to others as well.

Hope this helps!

----
Aaron Parecki
aaronparecki.com


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References: 
Cc: Paul Querna , oauth 
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To: David Waite 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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> Am 17.11.2019 um 04:06 schrieb David Waite :=

>=20
> You=E2=80=99ll be audience-scoping either way, so it may make sense to use=
 a symmetric algorithm for both. It starts to look like kerberos in HTTP and=
 JSON when you squint.

Even if audience restriction is a recommended practice, I=E2=80=98m not full=
y sure this is a broadly established practice.

As you pointed out, symmetrical keys require RS-specific access tokens, i.e.=
 the client needs to tell the AS what RS it is going to use the token at. Us=
ing resource indicators or rar?

This reminds me the simplicity of the approach based on asymmetric crypto re=
 programming model and key management.=

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From: Hans Zandbelt 
Date: Sun, 17 Nov 2019 21:11:14 +0100
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Subject: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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Hi,

Please find my feedback from page 21 onwards below.

Hans.

Overall I would argue there's room for a very concise guidance section that
says: do this, don't do that, without explanation, just as a reference for
developers; the current text provides in depth analysis but that is perhaps
not suitable for developers who just want to know what to do (or not to do)
and don't really care about the background/reasoning

P21
first bullet
"the client has bound this data to this particular instance." -> particular
instance of what?

3rd paragraph:
"call to the tokens endpoint." -> "call to the token endpoint."

last paragraph could forward point to the next section by adding something
like
"using one of the mechanisms described in the next section."

P22
3rd paragraph:
is the token binding guidance still accurate? it seems to be overestimating
the adoption

-- 
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

--0000000000007abfaf0597906ff8
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Hi,

Please find my feedback =
from page 21 onwards below.

Hans.

Overall I would argue there's room for a very concise guidance=
 section that says: do this, don't do that, without explanation, just a=
s a reference for developers; the current text provides in depth analysis=
=C2=A0but that is perhaps not suitable=C2=A0for developers who just want to=
 know what to do (or not to do) and don't really care about the backgro=
und/reasoning

P21
first bullet
&quo=
t;the client has bound this data to this particular instance." -> p=
articular instance of what?

3rd paragraph:
&qu=
ot;call to the tokens endpoint." -> "call to the token endpoin=
t."

last paragraph could forward point to the n=
ext section by adding something like
"using one of the mecha=
nisms described=C2=A0in the next section."

P2=
2
3rd paragraph:
is the token binding guidance still ac=
curate? it seems to be overestimating the adoption=C2=A0


--0000000000007abfaf0597906ff8--


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From: =?iso-8859-1?Q?Robache_Herv=E9?= 
To: "oauth@ietf.org" 
Thread-Topic: Question regarding RFC 8628
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Dear all

We are considering using RFC8628 for a specific use case that is related to=
 the version 2 of Payment Service Directive in Europe (PSD2).

The purpose of the work is to provide a decoupled authentication flow for a=
 payment Service User (PSU) aiming to grant access to a Third Party Provide=
r (TPP) for his/her data hosted by a Bank.
The sequence should be as followed:

-          Nominal flow (as specified by the RFC)

o   The TPP asks the PSU about the Bank identity

o   The TPP posts a Device Access Token Request to the Bank

o   The Bank sends back a Device Access Token response to the TPP

o   The TPP starts to poll the bank for gaining the access token

-          Derived flow

o   The "verification_uri_complete" will not be displayed to the PSU but us=
ed as an [app link]/[universal link] on a smartphone in order to launch the=
 bank's app.

o   The bank's app authenticates the PSU and asks for consent confirmation

-          Back to the nominal flow

o   The TPP gets its access token

Two questions have raised during the work

-          As RFC8628 is supposed to work on separate devices, can the usag=
e be extrapolated to separate apps on the same device (i.e. the PSU's smart=
phone)?

-          One issue of the derived flow is that, after authentication, the=
 PSU is still facing the bank's app

o   We would like to go back to the TPP's app as fluently as possible. The =
use of another [app link]/[universal link]could do the job is provided by t=
he TPP. We consider adding this uri as an additional parameter to the "veri=
fication_uri_complete".

o   Is this compliant with RFC8628?

Thanks in advance for your answers.

Herv=E9 Robache


Ce message et toutes les pi=E8ces jointes sont =E9tablis =E0 l'intention ex=
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Dear all


 


We are considering using RFC862=
8 for a specific use case that is related to the version 2 of Payment Servi=
ce Directive in Europe (PSD2).


 


The purpose of the work is to p=
rovide a decoupled authentication flow for a payment Service User (PSU) aim=
ing to grant access to a Third Party Provider (TPP) for his/her data hosted=
 by a Bank.



The sequence should be as follo=
wed:


-  =
;       
Nominal flow (as specif=
ied by the RFC)



o  
The TPP asks the PSU ab=
out the Bank identity



o  
The TPP posts a Device =
Access Token Request to the Bank



o  
The Bank sends back a D=
evice Access Token response to the TPP



o  
The TPP starts to poll =
the bank for gaining the access token


-  =
;       
Derived flow=




o  
The “verification=
_uri_complete” will not be displayed to the PSU but used as an [app l=
ink]/[universal link] on a smartphone in order to launch the bank’s a=
pp.



o  
The bank’s app au=
thenticates the PSU and asks for consent confirmation


-  =
;       
Back to the nominal flo=
w



o  
The TPP gets its access=
 token


 


Two questions have raised durin=
g the work


-  =
;       
As RFC8628 is supposed =
to work on separate devices, can the usage be extrapolated to separate apps=
 on the same device (i.e. the PSU’s smartphone)?

-  =
;       
One issue of the derive=
d flow is that, after authentication, the PSU is still facing the bank̵=
7;s app



o  
We would like to go bac=
k to the TPP’s app as fluently as possible. The use of another [app l=
ink]/[universal link]could do the job is provided by the TPP. We consider a=
dding this uri as an additional parameter
 to the “verification_uri_complete”.



o  
Is this compliant with =
RFC8628?


 


Thanks in advance for your answ=
ers.


 


Herv=E9 Robache







Ce message et toutes les pi=E8ces jointes sont =E9tablis =E0 l'intention ex=
clusive de ses destinataires et sont confidentiels.

Si vous recevez ce message par erreur ou s'il ne vous est pas destin=E9, me=
rci de le d=E9truire ainsi que toute copie de votre syst=E8me et d'en avert=
ir imm=E9diatement l'exp=E9diteur.

Toute lecture non autoris=E9e, toute utilisation de ce message qui n'est pa=
s conforme =E0 sa destination, toute diffusion ou toute publication, totale=
 ou partielle, est interdite.

L'Internet ne permettant pas d'assurer l'int=E9grit=E9 de ce message =E9lec=
tronique susceptible d'alt=E9ration, STET d=E9cline toute responsabilit=E9 =
au titre de ce message dans l'hypoth=E8se o=F9 il aurait =E9t=E9 modifi=E9,=
 d=E9form=E9 ou falsifi=E9.

N'imprimez ce message que si n=E9cessaire, pensez =E0 l'environnement.



This message and any attachments is intended solely for the intended addres=
sees and is confidential.

If you receive this message in error, or are not the intended recipient(s),=
 please delete it and any copies from your systems and immediately notify t=
he sender.

Any unauthorized view, use that does not comply with its purpose, dissemina=
tion or disclosure, either whole or partial, is prohibited.

Since the internet cannot guarantee the integrity of this message which may=
 not be reliable, STET shall not be liable for the message if modified, cha=
nged or falsified.

Do not print this message unless it is necessary, please consider the envir=
onment.





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References: 
In-Reply-To: 
From: Rob Otto 
Date: Mon, 18 Nov 2019 08:39:46 +0000
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To: =?UTF-8?Q?Robache_Herv=C3=A9?= 
Cc: "oauth@ietf.org" 
Content-Type: multipart/alternative; boundary="00000000000079f65105979ae44e"
Archived-At: 
Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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Salut Herv=C3=A9

I wonder if you have looked at all at the OpenID Connect Client-Initiated
BackChannel Authentication (CIBA) flow for this use case? Certainly the
feeling amongst the Open Banking community here in the UK is that  it might
be a better fit for decoupled authentication than the Device Authorisation
Grant. There is even a FAPi (Financial-Grade API) profile of CIBA that is
making its way through the standardisation process - and even has a working
conformance testing suite.

The other option, that could make life easier when it comes to the final
step you mention (switching back to the TPP app from the Bank app) is to
use an app-to-app redirect model under OIDC. Again this is a popular model
for same-device scenarios that's been implemented by many banks here in the
UK.

If you'd like more information on either of these approaches, I'm happy to
share.

Best regards
Rob



On Mon, 18 Nov 2019 at 08:24, Robache Herv=C3=A9  wr=
ote:

> Dear all
>
>
>
> We are considering using RFC8628 for a specific use case that is related
> to the version 2 of Payment Service Directive in Europe (PSD2).
>
>
>
> The purpose of the work is to provide a decoupled authentication flow for
> a payment Service User (PSU) aiming to grant access to a Third Party
> Provider (TPP) for his/her data hosted by a Bank.
>
> The sequence should be as followed:
>
> -          Nominal flow (as specified by the RFC)
>
> o   The TPP asks the PSU about the Bank identity
>
> o   The TPP posts a Device Access Token Request to the Bank
>
> o   The Bank sends back a Device Access Token response to the TPP
>
> o   The TPP starts to poll the bank for gaining the access token
>
> -          Derived flow
>
> o   The =E2=80=9Cverification_uri_complete=E2=80=9D will not be displayed=
 to the PSU but
> used as an [app link]/[universal link] on a smartphone in order to launch
> the bank=E2=80=99s app.
>
> o   The bank=E2=80=99s app authenticates the PSU and asks for consent con=
firmation
>
> -          Back to the nominal flow
>
> o   The TPP gets its access token
>
>
>
> Two questions have raised during the work
>
> -          As RFC8628 is supposed to work on separate devices, can the
> usage be extrapolated to separate apps on the same device (i.e. the PSU=
=E2=80=99s
> smartphone)?
>
> -          One issue of the derived flow is that, after authentication,
> the PSU is still facing the bank=E2=80=99s app
>
> o   We would like to go back to the TPP=E2=80=99s app as fluently as poss=
ible.
> The use of another [app link]/[universal link]could do the job is provide=
d
> by the TPP. We consider adding this uri as an additional parameter to the
> =E2=80=9Cverification_uri_complete=E2=80=9D.
>
> o   Is this compliant with RFC8628?
>
>
>
> Thanks in advance for your answers.
>
>
>
> Herv=C3=A9 Robache
>
>
> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 l'i=
ntention
> exclusive de ses destinataires et sont confidentiels.
> Si vous recevez ce message par erreur ou s'il ne vous est pas destin=C3=
=A9,
> merci de le d=C3=A9truire ainsi que toute copie de votre syst=C3=A8me et =
d'en avertir
> imm=C3=A9diatement l'exp=C3=A9diteur.
> Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui n'e=
st pas
> conforme =C3=A0 sa destination, toute diffusion ou toute publication, tot=
ale ou
> partielle, est interdite.
> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce messag=
e
> =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=A9cline toute =
responsabilit=C3=A9 au
> titre de ce message dans l'hypoth=C3=A8se o=C3=B9 il aurait =C3=A9t=C3=A9=
 modifi=C3=A9, d=C3=A9form=C3=A9 ou
> falsifi=C3=A9.
> N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 l'environneme=
nt.
>
> This message and any attachments is intended solely for the intended
> addressees and is confidential.
> If you receive this message in error, or are not the intended
> recipient(s), please delete it and any copies from your systems and
> immediately notify the sender.
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> dissemination or disclosure, either whole or partial, is prohibited.
> Since the internet cannot guarantee the integrity of this message which
> may not be reliable, STET shall not be liable for the message if modified=
,
> changed or falsified.
> Do not print this message unless it is necessary, please consider the
> environment.
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>


--=20
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Rob Otto
EMEA Field CTO/Solutions Architect
robertotto@pingidentity.com

c: +44 (0) 777 135 6092
Connect with us: [image: Glassdoor logo]

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--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
material for the sole use of the intended recipient(s). Any review, use,=20
distribution or disclosure by others is strictly prohibited.=C2=A0 If you h=
ave=20
received this communication in error, please notify the sender immediately=
=20
by e-mail and delete the message and any file attachments from your=20
computer. Thank you._

--00000000000079f65105979ae44e
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Salut Herv=C3=A9
I wonder if you have looked at all at the OpenID Connect Cl=
ient-Initiated BackChannel Authentication (CIBA) flow for this use case? Ce=
rtainly=C2=A0the feeling amongst the Open Banking community here in the UK =
is that=C2=A0 it might be a better fit for decoupled authentication than th=
e Device Authorisation Grant. There is even a FAPi (Financial-Grade=C2=A0AP=
I) profile=C2=A0of CIBA that is making its way through the standardisation =
process - and even has a working conformance testing suite.
The other option, that could make life easier when it comes=
 to the final step you mention (switching back to the TPP app from the Bank=
 app) is to use an app-to-app redirect model under OIDC. Again this is a po=
pular model for same-device scenarios that's been implemented by many b=
anks here in the UK.

If you'd like more =
information on either of these approaches, I'm happy to share.

Best regards
Rob=C2=A0


On Mon, 18 Nov 2019 at 08:24, Robache Herv=C3=A9 =
<herve.robache@stet.eu> =
wrote:











Dear all

=C2=A0


We are considering using RFC862=
8 for a specific use case that is related to the version 2 of Payment Servi=
ce Directive in Europe (PSD2).


=C2=A0


The purpose of the work is to p=
rovide a decoupled authentication flow for a payment Service User (PSU) aim=
ing to grant access to a Third Party Provider (TPP) for his/her data hosted=
 by a Bank.



The sequence should be as follo=
wed:


-=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
Nominal flow (as specified=
 by the RFC)



<=
span>o=C2=A0=C2=A0
The TPP asks the PSU about=
 the Bank identity



<=
span>o=C2=A0=C2=A0
The TPP posts a Device Acc=
ess Token Request to the Bank



<=
span>o=C2=A0=C2=A0
The Bank sends back a Devi=
ce Access Token response to the TPP



<=
span>o=C2=A0=C2=A0
The TPP starts to poll the=
 bank for gaining the access token


-=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
Derived flow=




<=
span>o=C2=A0=C2=A0
The =E2=80=9Cverification_=
uri_complete=E2=80=9D will not be displayed to the PSU but used as an [app =
link]/[universal link] on a smartphone in order to launch the bank=E2=80=99=
s app.



<=
span>o=C2=A0=C2=A0
The bank=E2=80=99s app aut=
henticates the PSU and asks for consent confirmation

-=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
Back to the nominal flow



<=
span>o=C2=A0=C2=A0
The TPP gets its access to=
ken


=C2=A0


Two questions have raised durin=
g the work


-=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
As RFC8628 is supposed to =
work on separate devices, can the usage be extrapolated to separate apps on=
 the same device (i.e. the PSU=E2=80=99s smartphone)?<=
/p>

-=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0
One issue of the derived f=
low is that, after authentication, the PSU is still facing the bank=E2=80=
=99s app



<=
span>o=C2=A0=C2=A0
We would like to go back t=
o the TPP=E2=80=99s app as fluently as possible. The use of another [app li=
nk]/[universal link]could do the job is provided by the TPP. We consider ad=
ding this uri as an additional parameter
 to the =E2=80=9Cverification_uri_complete=E2=80=9D.


<=
span>o=C2=A0=C2=A0
Is this compliant with RFC=
8628?


=C2=A0


Thanks in advance for your answ=
ers.


=C2=A0


Herv=C3=A9 Robache







Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 l'=
;intention exclusive de ses destinataires et sont confidentiels.

Si vous recevez ce message par erreur ou s'il ne vous est pas destin=C3=
=A9, merci de le d=C3=A9truire ainsi que toute copie de votre syst=C3=A8me =
et d'en avertir imm=C3=A9diatement l'exp=C3=A9diteur.

Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui n'=
;est pas conforme =C3=A0 sa destination, toute diffusion ou toute publicati=
on, totale ou partielle, est interdite.

L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de=
 ce message =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=
=A9cline toute responsabilit=C3=A9 au titre de ce message dans l'hypoth=
=C3=A8se o=C3=B9 il aurait =C3=A9t=C3=A9 modifi=C3=A9, d=C3=A9form=C3=A9 ou=
 falsifi=C3=A9.

N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 l'envir=
onnement.



This message and any attachments is intended solely for the intended addres=
sees and is confidential.

If you receive this message in error, or are not the intended recipient(s),=
 please delete it and any copies from your systems and immediately notify t=
he sender.

Any unauthorized view, use that does not comply with its purpose, dissemina=
tion or disclosure, either whole or partial, is prohibited.

Since the internet cannot guarantee the integrity of this message which may=
 not be reliable, STET shall not be liable for the message if modified, cha=
nged or falsified.

Do not print this message unless it is necessary, please consider the envir=
onment.





_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




-- 




<=
span style=3D"margin:0px;padding:0px;border:0px;outline:0px;vertical-align:=
baseline;background:transparent;font-family:proxima-nova-zendesk,system-ui,=
-apple-system,BlinkMacSystemFont,"Segoe UI",Roboto,Oxygen-Sans,Ub=
untu,Cantarell,"Helvetica Neue",Arial,sans-serif;font-weight:600"=
>CONFIDENTIALITY NOTICE: This email may contain confidenti=
al and privileged material for the sole use of the intended recipient(s). A=
ny review, use, distribution or disclosure by others is strictly prohibited=
.=C2=A0 If you have received this communication in error, please notify the=
 sender immediately by e-mail and delete the message and any file attachmen=
ts from your computer. Thank you.
--00000000000079f65105979ae44e--


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Hi Herv=C3=A9,

I assume you want to allow the TPP to send the PSU to the bank=E2=80=99s app=
 on the same device?

In that case, why don=E2=80=99t you just make the bank=E2=80=99s authorizati=
on endpoint URL the universal link? If the universal link is defined on the s=
martphone (since the bank=E2=80=99s app is installed), the redirect will ope=
n the app. If the app is not installed, well, it will open the authorization=
 endpoint in the browser. A very robust and simple approach.

There is an excellent article about this topic by Joseph Hernan on openid.ne=
t https://openid.net/2019/10/21/guest-blog-implementing-app-to-app-authorisa=
tion-in-oauth2-openid-connect/.

best regards,
Torsten.

> Am 18.11.2019 um 16:24 schrieb Robache Herv=C3=A9 :=

>=20
> =EF=BB=BF
> Dear all
> =20
> We are considering using RFC8628 for a specific use case that is related t=
o the version 2 of Payment Service Directive in Europe (PSD2).
> =20
> The purpose of the work is to provide a decoupled authentication flow for a=
 payment Service User (PSU) aiming to grant access to a Third Party Provider=
 (TPP) for his/her data hosted by a Bank.
> The sequence should be as followed:
> -          Nominal flow (as specified by the RFC)
> o   The TPP asks the PSU about the Bank identity
> o   The TPP posts a Device Access Token Request to the Bank
> o   The Bank sends back a Device Access Token response to the TPP
> o   The TPP starts to poll the bank for gaining the access token
> -          Derived flow
> o   The =E2=80=9Cverification_uri_complete=E2=80=9D will not be displayed t=
o the PSU but used as an [app link]/[universal link] on a smartphone in orde=
r to launch the bank=E2=80=99s app.
> o   The bank=E2=80=99s app authenticates the PSU and asks for consent conf=
irmation
> -          Back to the nominal flow
> o   The TPP gets its access token
> =20
> Two questions have raised during the work
> -          As RFC8628 is supposed to work on separate devices, can the usa=
ge be extrapolated to separate apps on the same device (i.e. the PSU=E2=80=99=
s smartphone)?
> -          One issue of the derived flow is that, after authentication, th=
e PSU is still facing the bank=E2=80=99s app
> o   We would like to go back to the TPP=E2=80=99s app as fluently as possi=
ble. The use of another [app link]/[universal link]could do the job is provi=
ded by the TPP. We consider adding this uri as an additional parameter to th=
e =E2=80=9Cverification_uri_complete=E2=80=9D.
> o   Is this compliant with RFC8628?
> =20
> Thanks in advance for your answers.
> =20
> Herv=C3=A9 Robache
>=20
>=20
> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 l'in=
tention exclusive de ses destinataires et sont confidentiels.
> Si vous recevez ce message par erreur ou s'il ne vous est pas destin=C3=A9=
, merci de le d=C3=A9truire ainsi que toute copie de votre syst=C3=A8me et d=
'en avertir imm=C3=A9diatement l'exp=C3=A9diteur.
> Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui n'es=
t pas conforme =C3=A0 sa destination, toute diffusion ou toute publication, t=
otale ou partielle, est interdite.
> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce message=
 =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=A9cline toute re=
sponsabilit=C3=A9 au titre de ce message dans l'hypoth=C3=A8se o=C3=B9 il au=
rait =C3=A9t=C3=A9 modifi=C3=A9, d=C3=A9form=C3=A9 ou falsifi=C3=A9.
> N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 l'environnemen=
t.
>=20
> This message and any attachments is intended solely for the intended addre=
ssees and is confidential.
> If you receive this message in error, or are not the intended recipient(s)=
, please delete it and any copies from your systems and immediately notify t=
he sender.
> Any unauthorized view, use that does not comply with its purpose, dissemin=
ation or disclosure, either whole or partial, is prohibited.
> Since the internet cannot guarantee the integrity of this message which ma=
y not be reliable, STET shall not be liable for the message if modified, cha=
nged or falsified.
> Do not print this message unless it is necessary, please consider the envi=
ronment.
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth

--Apple-Mail-3BDDA74D-3208-4616-ABFB-5A2835713191
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


Hi Herv=C3=A9,

I assume you want to allow the TPP to s=
end the PSU to the bank=E2=80=99s app on the same device?

In that case, why don=E2=80=99t you just make=
 the bank=E2=80=99s authorization endpoint URL the universal link? If the un=
iversal link is defined on the smartphone (since the bank=E2=80=99s app is i=
nstalled), the redirect will open the app. If the app is not installed, well=
, it will open the authorization endpoint in the browser. A very robust and s=
imple approach.

There is an=
 excellent article about this topic by Joseph Hernan on openid.net https://openid.net/2019/10/21/guest-blo=
g-implementing-app-to-app-authorisation-in-oauth2-openid-connect/.
=


best regards,
Torsten.

Am 18.11.20=
19 um 16:24 schrieb Robache Herv=C3=A9 <herve.robache@stet.eu>:
=EF=BB=BF









Dear all


 


We are considering using RFC8628=
 for a specific use case that is related to the version 2 of Payment Service=
 Directive in Europe (PSD2).


 


The purpose of the work is to pr=
ovide a decoupled authentication flow for a payment Service User (PSU) aimin=
g to grant access to a Third Party Provider (TPP) for his/her data hosted by=
 a Bank.



The sequence should be as follow=
ed:


- &nbs=
p;       
Nominal flow (as spe=
cified by the RFC)



o  
The TPP asks the PSU=
 about the Bank identity



o  
The TPP posts a Devi=
ce Access Token Request to the Bank



o  
The Bank sends back a=
 Device Access Token response to the TPP



o  
The TPP starts to po=
ll the bank for gaining the access token


- &nbs=
p;       
Derived flow



o  
The =E2=80=9Cverific=
ation_uri_complete=E2=80=9D will not be displayed to the PSU but used as an [=
app link]/[universal link] on a smartphone in order to launch the bank=E2=80=
=99s app.



o  
The bank=E2=80=99s a=
pp authenticates the PSU and asks for consent confirmation=



- &nbs=
p;       
Back to the nominal f=
low



o  
The TPP gets its acc=
ess token


 


Two questions have raised during=
 the work


- &nbs=
p;       
As RFC8628 is suppos=
ed to work on separate devices, can the usage be extrapolated to separate ap=
ps on the same device (i.e. the PSU=E2=80=99s smartphone)?=



- &nbs=
p;       
One issue of the der=
ived flow is that, after authentication, the PSU is still facing the bank=E2=
=80=99s app



o  
We would like to go b=
ack to the TPP=E2=80=99s app as fluently as possible. The use of another [ap=
p link]/[universal link]could do the job is provided by the TPP. We consider=
 adding this uri as an additional parameter
 to the =E2=80=9Cverification_uri_complete=E2=80=9D.



o  
Is this compliant wi=
th RFC8628?


 


Thanks in advance for your answe=
rs.


 


Herv=C3=A9 Robache







Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 l'inte=
ntion exclusive de ses destinataires et sont confidentiels.

Si vous recevez ce message par erreur ou s'il ne vous est pas destin=C3=A9, m=
erci de le d=C3=A9truire ainsi que toute copie de votre syst=C3=A8me et d'en=
 avertir imm=C3=A9diatement l'exp=C3=A9diteur.

Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui n'est p=
as conforme =C3=A0 sa destination, toute diffusion ou toute publication, tot=
ale ou partielle, est interdite.

L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce message =C3=
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Thread-Topic: [OAUTH-WG] Question regarding RFC 8628
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Thread-Topic: [OAUTH-WG] Question regarding RFC 8628
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From: Torsten Lodderstedt 
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Date: Mon, 18 Nov 2019 21:22:01 +0800
In-Reply-To: 
Cc: "oauth@ietf.org" , Joseph Heenan 
To: =?utf-8?Q?Robache_Herv=C3=A9?= 
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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Hi Herv=C3=A9,

looping in Joseph.

> On 18. Nov 2019, at 21:17, Robache Herv=C3=A9  =
wrote:
>=20
> Thanks Torsten
> =20
> Yes, we study this flow as well. Actually we consider the two =
following flows for a mobile-based authentication
> =20
> -          DECOUPLED : via a RFC8628-derived or CIBA approach (as =
suggested by Rob)
> -          REDIRECT : via the flow specified in the OpenId link you =
gave.
> =20
> The main issue encountered so far is to give back the focus on the =
third party app. Third Parties fear that their app will be kept in the =
back of the mobile screen.

@Joseph: what=E2=80=99s your take on this concern?=20

> This could happen when the TPP app [app link]/[universal link] is not =
properly registered or forwarded to the bank app.
> -          In the REDIRECT approach this means that the authorization =
code cannot be forwarded to the TPP
> -          In the DECOUPLED approach it less critical since the TPP =
polls the bank and eventually gets its token once the PSU has =
authenticated.

But in the decoupled flow, the PSU first has to enter her PSU ID in =
order to allow the TPP to identity the PSU towards the ASPSP. This is =
less convenient and leaks PII.

best regards,
Torsten.=20

> =20
> Best regards
> =20
> Herv=C3=A9
> =20
> De : Torsten Lodderstedt [mailto:torsten@lodderstedt.net]=20
> Envoy=C3=A9 : lundi 18 novembre 2019 11:39
> =C3=80 : Robache Herv=C3=A9
> Cc : oauth@ietf.org
> Objet : [OAUTH-WG] Question regarding RFC 8628
> =20
> Hi Herv=C3=A9,
> =20
> I assume you want to allow the TPP to send the PSU to the bank=E2=80=99s=
 app on the same device?
> =20
> In that case, why don=E2=80=99t you just make the bank=E2=80=99s =
authorization endpoint URL the universal link? If the universal link is =
defined on the smartphone (since the bank=E2=80=99s app is installed), =
the redirect will open the app. If the app is not installed, well, it =
will open the authorization endpoint in the browser. A very robust and =
simple approach.
> =20
> There is an excellent article about this topic by Joseph Hernan on =
openid.net =
https://openid.net/2019/10/21/guest-blog-implementing-app-to-app-authorisa=
tion-in-oauth2-openid-connect/.
> =20
> best regards,
> Torsten.
>=20
>=20
> Am 18.11.2019 um 16:24 schrieb Robache Herv=C3=A9 =
:
>=20
> =EF=BB=BF=20
> Dear all
> =20
> We are considering using RFC8628 for a specific use case that is =
related to the version 2 of Payment Service Directive in Europe (PSD2).
> =20
> The purpose of the work is to provide a decoupled authentication flow =
for a payment Service User (PSU) aiming to grant access to a Third Party =
Provider (TPP) for his/her data hosted by a Bank.
> The sequence should be as followed:
> -          Nominal flow (as specified by the RFC)
> o   The TPP asks the PSU about the Bank identity
> o   The TPP posts a Device Access Token Request to the Bank
> o   The Bank sends back a Device Access Token response to the TPP
> o   The TPP starts to poll the bank for gaining the access token
> -          Derived flow
> o   The =E2=80=9Cverification_uri_complete=E2=80=9D will not be =
displayed to the PSU but used as an [app link]/[universal link] on a =
smartphone in order to launch the bank=E2=80=99s app.
> o   The bank=E2=80=99s app authenticates the PSU and asks for consent =
confirmation
> -          Back to the nominal flow
> o   The TPP gets its access token
> =20
> Two questions have raised during the work
> -          As RFC8628 is supposed to work on separate devices, can the =
usage be extrapolated to separate apps on the same device (i.e. the =
PSU=E2=80=99s smartphone)?
> -          One issue of the derived flow is that, after =
authentication, the PSU is still facing the bank=E2=80=99s app
> o   We would like to go back to the TPP=E2=80=99s app as fluently as =
possible. The use of another [app link]/[universal link]could do the job =
is provided by the TPP. We consider adding this uri as an additional =
parameter to the =E2=80=9Cverification_uri_complete=E2=80=9D.
> o   Is this compliant with RFC8628?
> =20
> Thanks in advance for your answers.
> =20
> Herv=C3=A9 Robache
>=20
>=20
> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 =
l'intention exclusive de ses destinataires et sont confidentiels.
> Si vous recevez ce message par erreur ou s'il ne vous est pas =
destin=C3=A9, merci de le d=C3=A9truire ainsi que toute copie de votre =
syst=C3=A8me et d'en avertir imm=C3=A9diatement l'exp=C3=A9diteur.
> Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui =
n'est pas conforme =C3=A0 sa destination, toute diffusion ou toute =
publication, totale ou partielle, est interdite.
> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce =
message =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=A9cline=
 toute responsabilit=C3=A9 au titre de ce message dans l'hypoth=C3=A8se =
o=C3=B9 il aurait =C3=A9t=C3=A9 modifi=C3=A9, d=C3=A9form=C3=A9 ou =
falsifi=C3=A9.
> N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 =
l'environnement.
>=20
> This message and any attachments is intended solely for the intended =
addressees and is confidential.
> If you receive this message in error, or are not the intended =
recipient(s), please delete it and any copies from your systems and =
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> Since the internet cannot guarantee the integrity of this message =
which may not be reliable, STET shall not be liable for the message if =
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> Do not print this message unless it is necessary, please consider the =
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> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>=20
>=20
> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 =
l'intention exclusive de ses destinataires et sont confidentiels.
> Si vous recevez ce message par erreur ou s'il ne vous est pas =
destin=C3=A9, merci de le d=C3=A9truire ainsi que toute copie de votre =
syst=C3=A8me et d'en avertir imm=C3=A9diatement l'exp=C3=A9diteur.
> Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui =
n'est pas conforme =C3=A0 sa destination, toute diffusion ou toute =
publication, totale ou partielle, est interdite.
> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce =
message =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=A9cline=
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o=C3=B9 il aurait =C3=A9t=C3=A9 modifi=C3=A9, d=C3=A9form=C3=A9 ou =
falsifi=C3=A9.
> N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 =
l'environnement.
>=20
> This message and any attachments is intended solely for the intended =
addressees and is confidential.
> If you receive this message in error, or are not the intended =
recipient(s), please delete it and any copies from your systems and =
immediately notify the sender.
> Any unauthorized view, use that does not comply with its purpose, =
dissemination or disclosure, either whole or partial, is prohibited.
> Since the internet cannot guarantee the integrity of this message =
which may not be reliable, STET shall not be liable for the message if =
modified, changed or falsified.
> Do not print this message unless it is necessary, please consider the =
environment.


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From: Joseph Heenan 
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Date: Mon, 18 Nov 2019 13:48:52 +0000
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Cc: =?utf-8?Q?Robache_Herv=C3=A9?= , "oauth@ietf.org" 
To: Torsten Lodderstedt 
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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Hi all,

Thanks, Torsten.

> On 18 Nov 2019, at 13:22, Torsten Lodderstedt =
 wrote:
>=20
> Hi Herv=C3=A9,
>=20
> looping in Joseph.
>=20
>> On 18. Nov 2019, at 21:17, Robache Herv=C3=A9 > wrote:
>>=20
>> Thanks Torsten
>>=20
>> Yes, we study this flow as well. Actually we consider the two =
following flows for a mobile-based authentication
>>=20
>> -          DECOUPLED : via a RFC8628-derived or CIBA approach (as =
suggested by Rob)
>> -          REDIRECT : via the flow specified in the OpenId link you =
gave.
>>=20
>> The main issue encountered so far is to give back the focus on the =
third party app. Third Parties fear that their app will be kept in the =
back of the mobile screen.
>=20
> @Joseph: what=E2=80=99s your take on this concern?=20

In app2app, it really shouldn=E2=80=99t happen - if the device OS has =
not properly registered the universal link, the TPP website would open =
instead and authorization code can still be processed (though admittedly =
supporting this use case may require a bit more care to ensure session =
mixup attacks can=E2=80=99t happen).

>=20
>> This could happen when the TPP app [app link]/[universal link] is not =
properly registered or forwarded to the bank app.
>> -          In the REDIRECT approach this means that the authorization =
code cannot be forwarded to the TPP

I don=E2=80=99t really understand how the =E2=80=98app link=E2=80=99 =
would not be properly registered to the bank app. The universal link =
should be the same URL as for the redirect uri on the TPP website. =
Obviously if the TPP registers their redirect uri incorrectly with the =
bank the flow won=E2=80=99t work, but this applies equally to the web =
based flows, and it=E2=80=99s not the kind of problem you see occur on a =
production system.

The evidence from the UK so far is that drop-off rates (where the user =
does not successfully complete the authentication and return to the =
third party) are far lower for app2app compared to a normal oauth2 =
browser based redirect flow; I can=E2=80=99t put my hand on the actual =
figures right now but from memory around 5 times more users successfully =
completed an app2app flow than the usual web flows.

>> -          In the DECOUPLED approach it less critical since the TPP =
polls the bank and eventually gets its token once the PSU has =
authenticated.
>=20
> But in the decoupled flow, the PSU first has to enter her PSU ID in =
order to allow the TPP to identity the PSU towards the ASPSP. This is =
less convenient and leaks PII.

Not necessarily the PSU ID, but generally something that can be used to =
identify the user. In theory it could be an ephemeral id, though in =
reality there=E2=80=99s all sorts of issues with implementing that, =
particularly on a =E2=80=99same device=E2=80=99 flow. It=E2=80=99s =
definitely less convenient, particularly for the first TPP<->ASPSP =
interaction where the TPP will necessarily have to collect more info =
from the user than would be necessary in a redirect based flow.

The user also has to manually switch back to the TPP app at the end of =
the flow.

My general opinion is that for most use cases where the consumption and =
authentication devices are the same device a decoupled flow should not =
be used, as for that use case app2app presents a far better user =
experience - both in terms of the number of steps and the time taken to =
successfully complete all the steps.

Joseph


--Apple-Mail=_EDE34BEF-58C0-4EE9-84B5-2CF8E3A1A0E6
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Hi =
all,

Thanks, =
Torsten.

On 18 Nov 2019, at 13:22, Torsten Lodderstedt =
<torsten@lodderstedt.net> wrote:

Hi Herv=C3=A9,

looping in Joseph.

On =
18. Nov 2019, at 21:17, Robache Herv=C3=A9 <herve.robache@stet.eu> wrote:

Thanks Torsten

Yes, we study =
this flow as well. Actually we consider the two following flows for a =
mobile-based authentication

- =
         DECOUPLED : via a =
RFC8628-derived or CIBA approach (as suggested by Rob)
- =
         REDIRECT : via the =
flow specified in the OpenId link you gave.

The main issue encountered so far is to give back the focus =
on the third party app. Third Parties fear that their app will be kept =
in the back of the mobile screen.

@Joseph: what=E2=80=99s your =
take on this concern? 

In app2app, =
it really shouldn=E2=80=99t happen - if the device OS has not properly =
registered the universal link, the TPP website would open instead and =
authorization code can still be processed (though admittedly supporting =
this use case may require a bit more care to ensure session mixup =
attacks can=E2=80=99t happen).


This could happen when the TPP app =
[app link]/[universal link] is not properly registered or forwarded to =
the bank app.
- =
         In the REDIRECT =
approach this means that the authorization code cannot be forwarded to =
the TPP

I don=E2=80=99t really understand how the =E2=80=98a=
pp link=E2=80=99 would not be properly registered to the bank app. The =
universal link should be the same URL as for the redirect uri on the TPP =
website. Obviously if the TPP registers their redirect uri incorrectly =
with the bank the flow won=E2=80=99t work, but this applies equally to =
the web based flows, and it=E2=80=99s not the kind of problem you see =
occur on a production system.

The =
evidence from the UK so far is that drop-off rates (where the user does =
not successfully complete the authentication and return to the third =
party) are far lower for app2app compared to a normal oauth2 browser =
based redirect flow; I can=E2=80=99t put my hand on the actual figures =
right now but from memory around 5 times more users successfully =
completed an app2app flow than the usual web flows.

- =
         In the DECOUPLED =
approach it less critical since the TPP polls the bank and eventually =
gets its token once the PSU has authenticated.

But in the decoupled flow, the PSU first has to enter her PSU =
ID in order to allow the TPP to identity the PSU towards the ASPSP. This =
is less convenient and leaks PII.

Not necessarily the PSU ID, but generally something =
that can be used to identify the user. In theory it could be =
an ephemeral id, though in reality there=E2=80=99s all sorts of =
issues with implementing that, particularly on a =E2=80=99same device=E2=80=
=99 flow. It=E2=80=99s definitely less convenient, particularly for the =
first TPP<->ASPSP interaction where the TPP will necessarily have =
to collect more info from the user than would be necessary in a redirect =
based flow.

The user also has to =
manually switch back to the TPP app at the end of the =
flow.

My general opinion is =
that for most use cases where the consumption and authentication devices =
are the same device a decoupled flow should not be used, as for that use =
case app2app presents a far better user experience - both in terms of =
the number of steps and the time taken to successfully complete all the =
steps.

Joseph

=

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To: Joseph Heenan , Torsten Lodderstedt 
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Thread-Topic: [OAUTH-WG] Question regarding RFC 8628
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From: Joseph Heenan 
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Cc: Torsten Lodderstedt , "oauth@ietf.org" 
To: =?utf-8?Q?Robache_Herv=C3=A9?= 
References: <7EFD9524-9C66-4A64-865F-9F3862896BF0@lodderstedt.net>   <86EFA160-768C-4166-AA83-1AE08839986B@fintechlabs.io> <5f3c07fdfdaa4557919a573d29f54d13@STEMES002.steteu.corp>
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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Hi Herv=C3=A9

> On 18 Nov 2019, at 14:20, Robache Herv=C3=A9  =
wrote:
>=20
> Thanks Joseph
> =20
> I agree with you. There should be no issue when the URL is registered =
during the TPP app installation.
> =20
> =46rom my perspective, this URL should be passed during the =
authorization request within the [redirect_uri] field.

Exactly, and that same url should have been pre-registered with the =
authorization server.

> =20
> By the way, most of the French banks will use Oauth2 AC and not OpenId =
Connect. I guess that the sequence diagram is roughly the same, isn=E2=80=99=
t it?

Correct; pretty much exactly the same as I presume you=E2=80=99d still =
be using the authorization code flow.

The security concerns for app2app are very similar to basic OAuth2 / =
OpenID Connect, and to quickly sum those up for anyone reading this =
that's not familiar with those concerns: it=E2=80=99s very easy to do =
something that has undesirable security properties, and you should =
follow documents like FAPI-RW (an OpenID Connect based standard =
originally, but now JARM exists and has some vendor adoption OpenID =
Connect is not required) or the OAuth2 security BCP, to ensure your =
implementation is not vulnerable to the known attacks against OAuth2.

Cheers

Joseph


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Hi Herv=C3=A9

On 18 =
Nov 2019, at 14:20, Robache Herv=C3=A9 <herve.robache@stet.eu> wrote:

Thanks Joseph
 
I =
agree with you. There should be no issue when the URL is registered =
during the TPP app installation.
 
=46rom my perspective, this URL should be passed during the =
authorization request within the [redirect_uri] =
field.

Exactly, and that same url should have been =
pre-registered with the authorization server.

 
By =
the way, most of the French banks will use Oauth2 AC and not OpenId =
Connect. I guess that the sequence diagram is roughly the same, isn=E2=80=99=
t it?

Correct; pretty much exactly the same as I =
presume you=E2=80=99d still be using the authorization code flow.

The security concerns =
for app2app are very similar to basic OAuth2 / OpenID Connect, and to =
quickly sum those up for anyone reading this that's not familiar with =
those concerns: it=E2=80=99s very easy to do something that has =
undesirable security properties, and you should follow documents like =
FAPI-RW (an OpenID Connect based standard originally, but now JARM =
exists and has some vendor adoption OpenID Connect is not required) or =
the OAuth2 security BCP, to ensure your implementation is not vulnerable =
to the known attacks against OAuth2.

Cheers

Joseph

=

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From: Torsten Lodderstedt 
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Cc: Hannes Tschofenig , "oauth@ietf.org" 
To: Vineet Banga 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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> On 17. Nov 2019, at 05:42, Vineet Banga  =
wrote:
>=20
>=20
> On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt =
 wrote:
>=20
> >> On 16. Nov 2019, at 02:07, Vineet Banga =
 wrote:
> >>=20
> >> Just one comment/question at the moment:
> > >3.1.1 - Is there any recommendation around leveraging state vs =
using multiple URIs (with exact match) to remember the application state =
of the client? I have seen exploding list of registered redirect URIs, =
but am not aware of any security issues around this usage. But would =
like to check if there are any opinions on this matter..
>=20
> >The BCP recommends transaction specific one time use state values for =
CSRF prevention. To achieve the same protection level with redirect =
URI=E2=80=99s and exact match, one would need to register per =
transaction redirect URI values.=20
>=20
> >Do your redirect URIs meet those requirements?
> No. I think the options are using state for purely csrf or using =
[I-D.bradley-oauth-jwt-encoded-state], which is called our in the BCP. =
Using encoded jwt can be used to limit the number of redirect uris.=20

So you are saying "state" is used for CSRF. Then what is the rational of =
your original question? To move towards application state encoded in =
redirect URIs?

>=20
>=20
>=20
>=20
>=20
> >=20
> >=20
> > On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig =
 wrote:
> > Hi all,
> >=20
> > this is a working group last call for "OAuth 2.0 Security Best =
Current Practice".
> >=20
> > Here is the document:
> > https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
> >=20
> > Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> > (We use a three week WGLC because of the IETF meeting.)
> >=20
> > Ciao
> > Hannes & Rifaat
> >=20
> > IMPORTANT NOTICE: The contents of this email and any attachments are =
confidential and may also be privileged. If you are not the intended =
recipient, please notify the sender immediately and do not disclose the =
contents to any other person, use it for any purpose, or store or copy =
the information in any medium. Thank you.
> >=20
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>=20


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From: Torsten Lodderstedt 
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Date: Tue, 19 Nov 2019 10:38:31 +0800
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To: Hans Zandbelt 
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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Hi Hans,=20

> On 18. Nov 2019, at 04:11, Hans Zandbelt  =
wrote:
>=20
> Hi,
>=20
> Please find my feedback from page 21 onwards below.
>=20
> Hans.
>=20
> Overall I would argue there's room for a very concise guidance section =
that says: do this, don't do that, without explanation, just as a =
reference for developers; the current text provides in depth analysis =
but that is perhaps not suitable for developers who just want to know =
what to do (or not to do) and don't really care about the =
background/reasoning

While section 4 gives the raw security threat analysis, we tried to =
summarise the actionable guidance in section 3. What do you miss there?

>=20
> P21
> first bullet
> "the client has bound this data to this particular instance." -> =
particular instance of what?

This bullet refers to the note above.=20

"Note: this check could also detect attempts to inject a code which
   had been obtained from another instance of the same client on another
   device, if certain conditions are fulfilled:"

>=20
> 3rd paragraph:
> "call to the tokens endpoint." -> "call to the token endpoint."

Fixed=20

>=20
> last paragraph could forward point to the next section by adding =
something like
> "using one of the mechanisms described in the next section."

Incorporated=20

>=20
> P22
> 3rd paragraph:
> is the token binding guidance still accurate? it seems to be =
overestimating the adoption=20

You mean this statement?=20

"Token binding is
      promising as a secure and convenient mechanism (due to its browser
      integration).  As a challenge, it requires broad browser support
      and use with native apps is still under discussion.=E2=80=9D

Thanks,
Torsten.=20

>=20
> --=20
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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In-Reply-To: <1FA4D2C5-AE20-4A24-B5A3-2B7B55529C23@lodderstedt.net>
From: Vineet Banga 
Date: Tue, 19 Nov 2019 13:38:49 +0800
Message-ID: 
To: Torsten Lodderstedt 
Cc: Hannes Tschofenig , "oauth@ietf.org" 
Content-Type: multipart/alternative; boundary="00000000000042fd1f0597ac7b60"
Archived-At: 
Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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--00000000000042fd1f0597ac7b60
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> > >> On 16. Nov 2019, at 02:07, Vineet Banga  wrote:
> > >>
> > >> Just one comment/question at the moment:
> > > >3.1.1 - Is there any recommendation around leveraging state vs using
multiple URIs (with exact match) to remember the application state of the
client? I have seen exploding list of registered redirect URIs, but am not
aware of any security issues around this usage. But would like to check if
there are any opinions on this matter..
> >
> > >The BCP recommends transaction specific one time use state values for
CSRF prevention. To achieve the same protection level with redirect URI=E2=
=80=99s
and exact match, one would need to register per transaction redirect URI
values.
> >
> > >Do your redirect URIs meet those requirements?
> > No. I think the options are using state for purely csrf or using
[I-D.bradley-oauth-jwt-encoded-state], which is called our in the BCP.
Using encoded jwt can be used to limit the number of redirect uris.

> So you are saying "state" is used for CSRF. Then what is the rational of
your original question? To move towards application state encoded in
redirect URIs?

Let me restate my original question. I agree with the usage of state for
CSRF protection, but it can also be used to capture the application state
(as specified in: [I-D.bradley-oauth-jwt-encoded-state]). I am asking if
there is any recommendation between using state for both csrf and
application state Vs. relying completely on redirect URIs to
maintain application state.

As an OAuth provider, I lean towards avoiding long and dynamic list of
redirect URIs. But I do understand that using state for both CSRF
protection and application state adds burden on clients/app developers.

Vineet


On Tue, Nov 19, 2019 at 10:25 AM Torsten Lodderstedt <
torsten@lodderstedt.net> wrote:

>
>
> > On 17. Nov 2019, at 05:42, Vineet Banga  wrote:
> >
> >
> > On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt <
> torsten@lodderstedt.net> wrote:
> >
> > >> On 16. Nov 2019, at 02:07, Vineet Banga  40google.com@dmarc.ietf.org> wrote:
> > >>
> > >> Just one comment/question at the moment:
> > > >3.1.1 - Is there any recommendation around leveraging state vs using
> multiple URIs (with exact match) to remember the application state of the
> client? I have seen exploding list of registered redirect URIs, but am no=
t
> aware of any security issues around this usage. But would like to check i=
f
> there are any opinions on this matter..
> >
> > >The BCP recommends transaction specific one time use state values for
> CSRF prevention. To achieve the same protection level with redirect URI=
=E2=80=99s
> and exact match, one would need to register per transaction redirect URI
> values.
> >
> > >Do your redirect URIs meet those requirements?
> > No. I think the options are using state for purely csrf or using
> [I-D.bradley-oauth-jwt-encoded-state], which is called our in the BCP.
> Using encoded jwt can be used to limit the number of redirect uris.
>
> So you are saying "state" is used for CSRF. Then what is the rational of
> your original question? To move towards application state encoded in
> redirect URIs?
>
> >
> >
> >
> >
> >
> > >
> > >
> > > On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig <
> Hannes.Tschofenig@arm.com> wrote:
> > > Hi all,
> > >
> > > this is a working group last call for "OAuth 2.0 Security Best Curren=
t
> Practice".
> > >
> > > Here is the document:
> > > https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13
> > >
> > > Please send you comments to the OAuth mailing list by Nov. 27, 2019.
> > > (We use a three week WGLC because of the IETF meeting.)
> > >
> > > Ciao
> > > Hannes & Rifaat
> > >
> > > IMPORTANT NOTICE: The contents of this email and any attachments are
> confidential and may also be privileged. If you are not the intended
> recipient, please notify the sender immediately and do not disclose the
> contents to any other person, use it for any purpose, or store or copy th=
e
> information in any medium. Thank you.
> > >
> > > _______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > > https://www.ietf.org/mailman/listinfo/oauth
> > > _______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > > https://www.ietf.org/mailman/listinfo/oauth
> >
>
>

--00000000000042fd1f0597ac7b60
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable



> > >> On 16. Nov 2019, at 02:07, Vineet Banga=
 <vineetbanga=3D40google.com@dmarc.ietf.org> wrote:
> > >>> > >> Just one comment/question at the moment:
> > =
> >3.1.1 - Is there any recommendation around leveraging state vs usi=
ng multiple URIs (with exact match) to remember the application state of th=
e client? I have seen exploding list of registered redirect URIs, but am no=
t aware of any security issues around this usage. But would like to check i=
f there are any opinions on this matter..
> >
> > >The=
 BCP recommends transaction specific one time use state values for CSRF pre=
vention. To achieve the same protection level with redirect URI=E2=80=99s a=
nd exact match, one would need to register per transaction redirect URI val=
ues.
> >
> > >Do your redirect URIs meet those require=
ments?
> > No. I think the options are using state for purely csrf=
 or using [I-D.bradley-oauth-jwt-encoded-state], which is called our in the=
 BCP. Using encoded jwt can be used to limit the number of redirect uris.
> So you are saying "state" is used for CSRF. The=
n what is the rational of your original question? To move towards applicati=
on state encoded in redirect URIs?

Let me restate my original question. I agree with the usage of=
 state for CSRF protection, but it can also be used to capture the applicat=
ion state (as specified in:=C2=A0[I-D.bradley-oauth-jwt-encoded-state]). I =
am asking if there is any recommendation between using state for both csrf =
and application state Vs. relying completely on redirect URIs to maintain=
=C2=A0application state.

As an OAuth provider, I lean towards a=
voiding long and dynamic list of redirect URIs. But I do understand that us=
ing state for both CSRF protection and application state adds burden on cli=
ents/app developers.=C2=A0

Vineet
=


On Tue, Nov 19, 2019 at 10:25 AM Torsten Lodderstedt <torsten@lodderstedt.net> wrote:




> On 17. Nov 2019, at 05:42, Vineet Banga <vineetbanga@google.com> wrote:

> 

> 

> On Fri, Nov 15, 2019 at 11:51 PM Torsten Lodderstedt <torsten@lodderstedt.net=
> wrote:

> 

> >> On 16. Nov 2019, at 02:07, Vineet Banga <vineetbanga=3D40google.com@=
dmarc.ietf.org> wrote:

> >> 

> >> Just one comment/question at the moment:

> > >3.1.1 - Is there any recommendation around leveraging state v=
s using multiple URIs (with exact match) to remember the application state =
of the client? I have seen exploding list of registered redirect URIs, but =
am not aware of any security issues around this usage. But would like to ch=
eck if there are any opinions on this matter..

> 

> >The BCP recommends transaction specific one time use state values =
for CSRF prevention. To achieve the same protection level with redirect URI=
=E2=80=99s and exact match, one would need to register per transaction redi=
rect URI values. 

> 

> >Do your redirect URIs meet those requirements?

> No. I think the options are using state for purely csrf or using [I-D.=
bradley-oauth-jwt-encoded-state], which is called our in the BCP. Using enc=
oded jwt can be used to limit the number of redirect uris. 



So you are saying "state" is used for CSRF. Then what is the rati=
onal of your original question? To move towards application state encoded i=
n redirect URIs?



> 

> 

> 

> 

> 

> > 

> > 

> > On Wed, Nov 6, 2019 at 12:27 AM Hannes Tschofenig <Hannes.Tschofenig@arm.c=
om> wrote:

> > Hi all,

> > 

> > this is a working group last call for "OAuth 2.0 Security Be=
st Current Practice".

> > 

> > Here is the document:

> > https://tools.ietf.org/html=
/draft-ietf-oauth-security-topics-13

> > 

> > Please send you comments to the OAuth mailing list by Nov. 27, 20=
19.

> > (We use a three week WGLC because of the IETF meeting.)

> > 

> > Ciao

> > Hannes & Rifaat

> > 

> > IMPORTANT NOTICE: The contents of this email and any attachments =
are confidential and may also be privileged. If you are not the intended re=
cipient, please notify the sender immediately and do not disclose the conte=
nts to any other person, use it for any purpose, or store or copy the infor=
mation in any medium. Thank you.

> > 

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.or=
g

> > https://www.ietf.org/mailman/listinfo/oauth=


> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.or=
g

> > https://www.ietf.org/mailman/listinfo/oauth=


> 






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From: Torsten Lodderstedt 
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References: 
Cc: Hannes Tschofenig , "oauth@ietf.org" 
In-Reply-To: 
To: Vineet Banga 
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Subject: Re: [OAUTH-WG] WGLC for "OAuth 2.0 Security Best Current Practice"
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> Am 19.11.2019 um 13:39 schrieb Vineet Banga :
>=20
> Let me restate my original question. I agree with the usage of state for C=
SRF protection, but it can also be used to capture the application state (as=
 specified in: [I-D.bradley-oauth-jwt-encoded-state]). I am asking if there i=
s any recommendation between using state for both csrf and application state=
 Vs. relying completely on redirect URIs to maintain application state.
>=20
> As an OAuth provider, I lean towards avoiding long and dynamic list of red=
irect URIs. But I do understand that using state for both CSRF protection an=
d application state adds burden on clients/app developers.=20

got you, thanks for the clarification.

I would recommend to use PKCE for CSRF prevention and state for representing=
 the application state.

best regards,
Torsten.=

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Am 19.11.2019 um 13:39 schrieb Vineet Banga &=
lt;vineetbanga@google.com>:

Let me restate my origi=
nal question. I agree with the usage of state for CSRF protection, but it ca=
n also be used to capture the application state (as specified in: [I-D.=
bradley-oauth-jwt-encoded-state]). I am asking if there is any recommendatio=
n between using state for both csrf and application state Vs. relying comple=
tely on redirect URIs to maintain application state.
<=
font color=3D"#000000">
As an O=
Auth provider, I lean towards avoiding long and dynamic list of redirect URI=
s. But I do understand that using state for both CSRF protection and applica=
tion state adds burden on clients/app developers. 

got you, thanks for the clarification.

I would recommend to use PKCE for CSRF prevention and state for repr=
esenting the application state.

best regards,
=

Torsten.
=

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From: Torsten Lodderstedt 
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Date: Tue, 19 Nov 2019 14:34:40 +0800
In-Reply-To: 
Cc: "oauth@ietf.org" , Daniel Fett 
To: Hans Zandbelt 
References: 
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [2/3]
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Hi Hans,=20

> On 11. Nov 2019, at 17:57, Hans Zandbelt  =
wrote:
>=20
> Hi,
>=20
> Please find my feedback on page 11-20 below.
>=20
> Hans.
>=20
> P14
> 4.2.4 For an RP there should be more explicit text and guidance about =
having a single dedicated immutatable redirect URI per client that =
"demultiplexes" access to the protected resource by storing the original =
location that the user agent was trying to access in the state =
associated with the authorization request.
>=20

Anything different from the guidance given in 3.1?

> P15
> same section 4.2.4, 2nd paragraph: if I'm correct the text about =
authorization codes being single use only and revoke access tokens on =
2nd use is not different from the original RFC is it? If so, why repeat =
here?

To provide a complete list of measures and to remind the reader of what =
is already stated in RFC 6749.

The alternative would be to state something like, "beyond the measures =
given in RFC 6749, the following additional measures further reduce the =
chances of a successful
   attack:"

>=20
> 3rd paragraph: why not a MUST for invalidating state (and randomizing =
it for that matter) but only a SHOULD?

Because this is a discussion of options not the normative =
recommendation. Beside this, invalidating state introduces more state at =
the client, which might cause scalability problems. =20

>=20
> P16
> 4.3.2 the "postmessage communication" is mentioned here without any =
context or explanation; I guess this refers to the OIDC session =
management spec somehow?

It refers to a (non-existing) postMessage-based protocol to pass the =
code to the RP.

We adopted the second measure with our recommendation towards code&PKCE.

>=20
> 4..4 Mixup: I would like to emphasize here that the mixup attack works =
perfectly fine against two statically configured OPs, to avoid the =
impression that it is somehow applicable in dynamic scenarios only.=20

Changed it=20

"Mix-up is an attack on scenarios where an OAuth client interacts with
multiple authorization servers, as is usually the case when dynamic
registration is used or if the client is statically configured to =
interact with multiple authorization servers."

>=20
> P17
> About the description of the mixup attack: as long as the attacker is =
able to trigger a request (by having the user click a link) and read the =
query/POST parameters on the A-AS (perhaps from the logs) he can execute =
a mixup attack by starting from the A-AS rather than the H-AS (as =
demonstrated in the OAuth 2.0 security workshop in Darmstadt December =
2016). Perhaps this can be made more explicit.

I will ask Daniel to take a look into this.

best,
Torsten.=20

>=20
> --=20
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
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From: Brian Campbell 
Date: Tue, 19 Nov 2019 15:43:26 +0800
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To: Neil Madden 
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On Thu, Nov 14, 2019 at 7:20 PM Neil Madden 
wrote:

> I can't attend Singapore either in person or remotely due to other
> commitments. I broadly support adoption of this draft, but I have some
> comments/suggestions about it.
>

Thanks Neil. And sorry to hear that you won't be in Singapore. This kind of
stuff is definitely more easily discussed in person (for me anyway). But
I'll try and comment on your comments here as best I can. I also plan to
also mention them in the Wednesday and/or Thursday presentation.


> Section 2 lists the main objective as being to harden against
> compromised/malicious AS or RS, which may attempt to replay captured toke=
ns
> elsewhere. While this is a good idea, a casual reader might wonder why a
> simple audience claim in the access token/introspection response is not
> sufficient to prevent this. Because interactions between the client and R=
S
> are supposed to be over TLS, is the intended threat model one in which
> these protections have broken down? ("counterfeit" in the description
> suggests this). Or is the motivation that clients want to get a single
> broad-scoped access token (for usability/performance reasons) and use it =
to
> access multiple resource servers without giving each of them the ability =
to
> replay the token to the other servers? Or are we thinking of a
> phishing-type vulnerability were a general-purpose client might
> accidentally visit a malicious site which prompts for an access token tha=
t
> the client then blindly goes off and gets? (UMA?) It's not clear to me
> which of these scenarios is being considered, so it would be good to
> tighten up this section.
>

It is admittedly a bit loose and I agree it'd be good to tighten it up. But
part of why it's loose is that it tries to offer some protections for all
those scenarios and more such as a general lost/stolen token. It's
effectively trying to provide as many of the same types of
protections/assurances that you'd get with TLS based PoP mechanisms (like
OAuth MTLS or Token binding) to the extent that can be done at the HTTP
application layer. Which can't realistically be exactly the same but can
maybe be kinda close while actually being accessible and implementable
because it's all done at the application layer. There are trade-offs, of
course, and the document writers have endeavored to find a good balance in
the trade-off decisions we've made. But that doesn't mean they are
necessarily the right decisions or are closed to discussion. To the casual
reader I would say that it turns out that getting an appropriate simple
audience claim into an access token isn't nearly as simple as it might
seem. And while it will prevent RS to RS replay (as long as both RSs aren't
legit audiences) it doesn't help with preventing the use of tokens stolen
or leaked by other means (including for refresh tokens issued to public
clients).



> Another potential motivation is for mobile apps. Some customers of ours
> would like to tie access/refresh tokens to private key material generated
> on a secure element in the device, that can only be accessed after local
> biometric authentication (e.g. TouchID/FaceID on iOS). I have suggested
> using mTLS cert-bound tokens for this, but have heard some pushback due t=
o
> the difficulty of configuring support for client certs across diverse
> infrastructure. A simple JWT-based solution like DPoP could fill this nee=
d.
>

It's maybe not stated in the draft but this kind of thing is among the
objectives (in my mind anyway).



> My main concerns with the draft though are about efficiency and
> scalability of the proposed approach:
>
> 1. The requirement to use public key signatures, along with the
> anti-replay nonce, means that the RS is required to perform an expensive
> signature verification check on every request. That is not going to scale
> up well. While there are more efficient schemes like Ed25519 now, these a=
re
> still typically an order of magnitude slower than HMAC and the latency an=
d
> CPU overhead is likely to be a non-starter for many APIs (especially when
> you're billed by CPU usage). Public key signatures are also notoriously
> fragile (see e.g. the history of nonce reuse/leakage vulnerabilities in
> ECDSA or
>

Yes, asymmetric is more processing intensive than symmetric. But if you
take away the distributed replay check (see next response), it will scale
out just fine. I'm not so sure latency is a real issue here - while these
operations are an order of magnitude slower we're still talking about times
that are not perceptible to a human. CPU usage/cost is a part of a
trade-off for the simplicity afforded by public/private keys.  And it is
significantly simpler. The design you sketched out is admittedly quite
clever but it's not even in the same ballpark with respect to complexity.
And, as you pointed out, the other suggestion around symmetric keys has
rather different security properties while still adding complexity. Adding
symmetric key support isn't something that can just be added on easily.



>
> 2. The advice for the RS to store a set of previously used nonces to
> prevent replay will also hamper scalability, especially in large
> deployments where such state would need to be replicated to all servers (=
or
> use sticky load balancing, which comes with its own problems). This
> violates the statelessness of HTTP, and it also potentially breaks
> idempotency of operations: Think of the case where the JWT validation and
> replay protection is done at an API gateway but then the call to the
> backend API server fails for a transient reason. The client (or a
> proxy/library) cannot simply replay the (idempotent) request in this case
> because it will be rejected by the gateway. It must instead recreate the
> DPoP JWT, incurring additional overheads.
>

The actual value of replay checking on jti is somewhat questionable. The
DPoP JWT only transits between client and server so a TLS MITM is likely
needed to steal a DPoP JWT. But we are assuming TLS works here. And an
active MITM could thwart this check by just being first to present DPoP
JWT. I think the jti check made its way into the draft mostly because it
seemed like something was needed to try and bring it closer to the TLS PoP
models. Being aware of the scalability concerns, I did endeavor to write
the text in such a way so as to leave some wiggle room in
implementations/deployments with text like '"jti" SHOULD be used by the
server for replay detection and prevention` and [ensure that] 'within a
reasonable consideration of accuracy and resource utilization, a JWT with
the same "jti" value has not been received previously'. The idea being that
using something eventually consistent or even local only to the runtime
instance would be permissible. Perhaps that allowance and the rational
could be made more clear? Or would you suggest to do away with the jti
replay stuff al? Or something else?



> 3. Minor: The use of a custom header for communicating the DPoP proof wil=
l
> require additional CORS configuration on top of that already done for the
> Authorization header, and so adds a small amount of additional friction f=
or
> adoption. Given that CORS configuration changes often require approval by=
 a
> security team, this may make more of an impact than you'd expect.
>

Feels really minor. I mean, we could try to roll everything up under one
header. But it does seem unwarranted and would complicate things - at least
in the model we've got now where the proof is sent the same way ono all
types of requests.


It's also not clear to me exactly what threat the anti-replay nonce is
> protecting against. It does nothing against the replay scenario discussed
> in section 2, as I understand it - which really seems to be more of a Mit=
M
> scenario. Given that the connection between the client and the RS is
> supposed to be over TLS, and TLS is already protected against replay
> attacks, I think this part needs to be better motivated given the obvious
> costs of implementing it.
>
> I have a tentative suggestion for an alternative design which avoids thes=
e
> problems, but at a cost of potentially more complexity elsewhere. I'll
> summarise it here for consideration:
>
> 1. The client obtains an access token in the normal way. When calling the
> token endpoint it provides an EC/okp public key as the confirmation key t=
o
> be associated with the access/refresh tokens.
>
> 2. The first time the client calls an RS it passes its access token in th=
e
> Authorization: Bearer header as normal. (If the RS doesn't support DPoP
> then this would just succeed and no further action is required by the
> client - allowing clients to opportunistically ask for DPoP without needi=
ng
> a priori knowledge of RS capabilities).
>
> 3. The RS introspects the access token and learns the EC public key
> associated with the access token. As there is no DPoP proof with the acce=
ss
> token, the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as the
> confirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated with
> this access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and
> base64url-encodes it. It uses this as a challenge to the client by sendin=
g
> back a 401 response with WWW-Authenticate: DPoP 
>
> 4. The client decodes the epk challenge and performs an ECDH key agreemen=
t
> between its private key and the challenge epk as per the method described
> for the existing JWA ECDH-ES encryption algorithm. Rather than deriving a=
n
> AES key however, it derives a HMAC key for HS256. The "apu" value is set =
to
> the access token (string value as ASCII bytes) and the "apv" value is set
> to the hostname of the RS (e.g. "api.example.com"). This ensures that the
> derived key is cryptographically bound to the context in which it is used=
.
>
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the
> one in the current draft, but signed using the HS256 key. If a "kid" fiel=
d
> was present in the challenge JWK sent by the RS then the same value MUST =
be
> used in the "kid" header of this discharge JWT. It retries its original
> request sending Authorization: DPoP  at=3D.
>
> 6. The RS uses its stored ephemeral private key to derive the same HMAC
> key and verify the DPoP discharge JWT. If it validates and all fields are
> correct then the request is allowed.
>
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the challenge
> JWK, the RS can preemptively carry out the ECDH key agreement immediately
> and generate the derived HMAC key. The RS can then encrypt this derived k=
ey
> using a local authenticated encryption key (e.g. AES-GCM) and use that
> encrypted value as the "kid" value in the challenge (perhaps along with
> some context or an expiry time). That way the RS only needs to decrypt th=
is
> kid value rather than performing the ECDH key agreement on every request.
> This also avoids the need for the RS to store any per-client state locall=
y.
>
> The challenge-response nature of the scheme prevents traditional replay
> attacks in the case where a DPoP discharge JWT is accidentally leaked
> through server logs or some other flaw, without needing to store nonces o=
n
> the server. Using the RS's hostname in the key derivation process prevent=
s
> mitm attacks in a similar way to how FIDO/WebAuthn prevents this. Most
> importantly, once a HS256 key has been derived between a client and RS th=
ey
> can reuse that key for multiple requests, reducing the overhead of the EC=
DH
> key agreement step. Either side can decide as a matter of policy how long
> to let this occur and when to trigger a fresh challenge-response.
>
> Because this fits within the standard HTTP authentication framework, it
> also requires no additional CORS configuration and is relatively easy to
> plug in to existing HTTP client libraries.
>
> The main downside of this approach to me is the fact that you can't simpl=
y
> reuse an existing JWT library to implement it, and so it will take time f=
or
> client libs to develop. (Although I think this might be achievable now wi=
th
> existing *COSE* libraries). This would increase the risk of people
> hand-rolling solutions, rather than using well-tested libraries. On the
> other hand, it uses fairly widely supported primitives so e.g. an
> implementation using WebCrypto is probably only a few dozen lines of code=
.
>
> -- Neil
>
>
> On 31 Oct 2019, at 19:20, Brian Campbell <
> bcampbell=3D40pingidentity.com@dmarc.ietf.org> wrote:
>
> Hello WG,
>
> Just a quick note to let folks know that -03 of the DPoP draft was
> published earlier today. The usual various document links are in the
> forwarded message below and the relevant snippet from the doc history wit=
h
> a summary of the changes is included here for convenience.
>
> Hopefully folks will have time to read the (relativity) short document
> before the meeting(s) in Singapore where (spoiler alert) I plan to ask th=
at
> the WG consider adoption of the draft.
>
> Thanks,
>
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
>
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones <
> mbj@microsoft.com>, John Bradley >=
,
> Brian Campbell , David Waite <
> david@alkaline-solutions.com>, Daniel Fett 
>
>
>
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the
> Application Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:
> https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:
> https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop=
-03
>
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>
>
>
>
> Please note that it may take a couple of minutes from the time of
> submission
> until the htmlized version and diff are available at tools.ietf.org.
>
> The IETF Secretariat
>
>
> *CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you.*_______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
>
>

--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
material for the sole use of the intended recipient(s). Any review, use,=20
distribution or disclosure by others is strictly prohibited.=C2=A0 If you h=
ave=20
received this communication in error, please notify the sender immediately=
=20
by e-mail and delete the message and any file attachments from your=20
computer. Thank you._

--000000000000ca41090597ae3927
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable




=

On Thu, Nov 14, 2019 at 7:20 PM Neil =
Madden <n=
eil.madden@forgerock.com> wrote:
I can't attend Singapore either in person =
or remotely due to other commitments. I broadly support adoption of this dr=
aft, but I have some comments/suggestions about it.
=

Thanks Neil. And sorry to hear that you won't be in Sing=
apore. This kind of stuff is definitely more easily discussed in person (fo=
r me anyway). But I'll try and comment on your comments here as best I =
can. I also plan to also mention them in the Wednesday and/or Thursday pres=
entation. 
=C2=A0
Section 2 lists the main objective as being to harden=
 against compromised/malicious AS or RS, which may attempt to replay captur=
ed tokens elsewhere. While this is a good idea, a casual reader might wonde=
r why a simple audience claim in the access token/introspection response is=
 not sufficient to prevent this. Because interactions between the client an=
d RS are supposed to be over TLS, is the intended threat model one in which=
 these protections have broken down? ("counterfeit" in the descri=
ption suggests this). Or is the motivation that clients want to get a singl=
e broad-scoped access token (for usability/performance reasons) and use it =
to access multiple resource servers without giving each of them the ability=
 to replay the token to the other servers? Or are we thinking of a phishing=
-type vulnerability were a general-purpose client might accidentally visit =
a malicious site which prompts for an access token that the client then bli=
ndly goes off and gets? (UMA?) It's not clear to me which of these scen=
arios is being considered, so it would be good to tighten up this section.<=
/div>

It is admittedly a bit loose an=
d I agree it'd be good to tighten it up. But part of why it's loose=
 is that it tries to offer some protections for all those scenarios and mor=
e such as a general lost/stolen token. It's effectively trying to provi=
de as many of the same types of protections/assurances that you'd get w=
ith TLS based PoP mechanisms (like OAuth MTLS or Token binding) to the exte=
nt that can be done at the HTTP application layer. Which can't realisti=
cally be exactly the same but can maybe be kinda close while actually being=
 accessible and implementable because it's all done at the application =
layer. There are trade-offs, of course, and the document writers have endea=
vored to find a good balance in the trade-off decisions we've made. But=
 that doesn't mean they are necessarily the right decisions or are clos=
ed to discussion. To the casual reader I would say that it turns out that g=
etting an appropriate simple audience claim into an access token isn't =
nearly as simple as it might seem. And while it will prevent RS to RS repla=
y (as long as both RSs aren't legit audiences) it doesn't help with=
 preventing the use of tokens stolen or leaked by other means (including fo=
r refresh tokens issued to public clients). 

=
=C2=A0
Ano=
ther potential motivation is for mobile apps. Some customers of ours would =
like to tie access/refresh tokens to private key material generated on a se=
cure element in the device, that can only be accessed after local biometric=
 authentication (e.g. TouchID/FaceID on iOS). I have suggested using mTLS c=
ert-bound tokens for this, but have heard some pushback due to the difficul=
ty of configuring support for client certs across diverse infrastructure. A=
 simple JWT-based solution like DPoP could fill this need.

It's maybe not stated in the draft but this=
 kind of thing is among the objectives (in my mind anyway). 
=

=C2=A0

2. T=
he advice for the RS to store a set of previously used nonces to prevent re=
play will also hamper scalability, especially in large deployments where su=
ch state would need to be replicated to all servers (or use sticky load bal=
ancing, which comes with its own problems). This violates the statelessness=
 of HTTP, and it also potentially breaks idempotency of operations: Think o=
f the case where the JWT validation and replay protection is done at an API=
 gateway but then the call to the backend API server fails for a transient =
reason. The client (or a proxy/library) cannot simply replay the (idempoten=
t) request in this case because it will be rejected by the gateway. It must=
 instead recreate the DPoP JWT, incurring additional overheads.
=


The actual value of replay checking on jti=
 is somewhat questionable. The DPoP JWT only transits between client and se=
rver so a TLS MITM is likely needed to steal a DPoP JWT. But we are assumin=
g TLS works here. And an active MITM could thwart this check by just being =
first to present DPoP JWT. I think the jti check made its way into the draf=
t mostly because it seemed like something was needed to try and bring it cl=
oser to the TLS PoP models. Being aware of the scalability concerns, I did =
endeavor to write the text in such a way so as to leave some wiggle room in=
 implementations/deployments with text like '"jti" SHOULD be =
used by the server for replay detection and prevention` and [ensure that] &=
#39;within a reasonable consideration of accuracy and resource utilization,=
 a JWT with the same "jti" value has not been received previously=
'. The idea being that using something eventually consistent or even lo=
cal only to the runtime instance would be permissible. Perhaps that allowan=
ce and the rational could be made more clear? Or would you suggest to do aw=
ay with the jti replay stuff al? Or something else? 



3. Minor: The use of a custom header for communicating the=
 DPoP proof will require additional CORS configuration on top of that alrea=
dy done for the Authorization header, and so adds a small amount of additio=
nal friction for adoption. Given that CORS configuration changes often requ=
ire approval by a security team, this may make more of an impact than you&#=
39;d expect.

Feels really minor=
. I mean, we could try to roll everything up under one header. But it does =
seem unwarranted and would complicate things - at least in the model we'=
;ve got now where the proof is sent the same way ono all types of requests.=
 
=C2=A0

It's also not clear to me exactly what thre=
at the anti-replay nonce is protecting against. It does nothing against the=
 replay scenario discussed in section 2, as I understand it - which really =
seems to be more of a MitM scenario. Given that the connection between the =
client and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated give=
n the obvious costs of implementing it.

I have a t=
entative suggestion for an alternative design which avoids these problems, =
but at a cost of potentially more complexity elsewhere. I'll summarise =
it here for consideration:

1. The client obtains a=
n access token in the normal way. When calling the token endpoint it provid=
es an EC/okp public key as the confirmation key to be associated with the a=
ccess/refresh tokens.

2. The first time the client=
 calls an RS it passes its access token in the Authorization: Bearer header=
 as normal. (If the RS doesn't support DPoP then this would just succee=
d and no further action is required by the client - allowing clients to opp=
ortunistically ask for DPoP without needing a priori knowledge of RS capabi=
lities).

3. The RS introspects the access token an=
d learns the EC public key associated with the access token. As there is no=
 DPoP proof with the access token, the RS will generate a challenge in the =
following way:
=C2=A0 =C2=A0 o The RS generates an ephemeral EC k=
ey pair for the same curve as the confirmation key (e.g. P-256 or X25519).<=
/div>
=C2=A0 =C2=A0 o The RS stores the ephemeral private key somewhere=
, associated with this access token (see below for a scalable implementatio=
n choice)
=C2=A0 =C2=A0 o The RS encodes the ephemeral public key=
 into a JWK (epk) and base64url-encodes it. It uses this as a challenge to =
the client by sending back a 401 response with WWW-Authenticate: DPoP <e=
ncoded-epk>

4. The client decodes the epk chall=
enge and performs an ECDH key agreement between its private key and the cha=
llenge epk as per the method described for the existing JWA ECDH-ES encrypt=
ion algorithm. Rather than deriving an AES key however, it derives a HMAC k=
ey for HS256. The "apu" value is set to the access token (string =
value as ASCII bytes) and the "apv" value is set to the hostname =
of the RS (e.g. "=
api.example.com"). This ensures that the derived key is cryptograp=
hically bound to the context in which it is used.

=
5. The client uses the HMAC key to create a DPoP proof JWT much like the on=
e in the current draft, but signed using the HS256 key. If a "kid"=
; field was present in the challenge JWK sent by the RS then the same value=
 MUST be used in the "kid" header of this discharge JWT. It retri=
es its original request sending Authorization: DPoP <hmac-jwt> at=3D&=
lt;access_token>.

6. The RS uses its stored eph=
emeral private key to derive the same HMAC key and verify the DPoP discharg=
e JWT. If it validates and all fields are correct then the request is allow=
ed.

Efficient implementation trick:
Beca=
use the client is required to copy and "kid" value from the chall=
enge JWK, the RS can preemptively carry out the ECDH key agreement immediat=
ely and generate the derived HMAC key. The RS can then encrypt this derived=
 key using a local authenticated encryption key (e.g. AES-GCM) and use that=
 encrypted value as the "kid" value in the challenge (perhaps alo=
ng with some context or an expiry time). That way the RS only needs to decr=
ypt this kid value rather than performing the ECDH key agreement on every r=
equest. This also avoids the need for the RS to store any per-client state =
locally.

The challenge-response nature of the sche=
me prevents traditional replay attacks in the case where a DPoP discharge J=
WT is accidentally leaked through server logs or some other flaw, without n=
eeding to store nonces on the server. Using the RS's hostname in the ke=
y derivation process prevents mitm attacks in a similar way to how FIDO/Web=
Authn prevents this. Most importantly, once a HS256 key has been derived be=
tween a client and RS they can reuse that key for multiple requests, reduci=
ng the overhead of the ECDH key agreement step. Either side can decide as a=
 matter of policy how long to let this occur and when to trigger a fresh ch=
allenge-response.

Because this fits within the sta=
ndard HTTP authentication framework, it also requires no additional CORS co=
nfiguration and is relatively easy to plug in to existing HTTP client libra=
ries.

The main downside of this approach to me is =
the fact that you can't simply reuse an existing JWT library to impleme=
nt it, and so it will take time for client libs to develop. (Although I thi=
nk this might be achievable now with existing *COSE* libraries). This would=
 increase the risk of people hand-rolling solutions, rather than using well=
-tested libraries. On the other hand, it uses fairly widely supported primi=
tives so e.g. an implementation using WebCrypto is probably only a few doze=
n lines of code.

-- Neil




On 31 Oct 2019, at 19:20, Brian Cam=
pbell <bcampbell=3D40pingidentity.com@dmarc.ietf.org> wro=
te:

Hello WG, 

=

Just a quick note to let folks know that -03 of the DPoP draft was pub=
lished earlier today. The usual various document links are in the forwarded=
 message below and the relevant snippet from the doc history with a summary=
 of the changes is included here for convenience. 

=

Hopefully folks will have time to read the (relativity) short document=
 before the meeting(s) in Singapore where (spoiler alert) I plan to ask tha=
t the WG consider adoption of the draft. 

Than=
ks,

=C2=A0-03
=C2=A0 =C2=A0o =C2=A0rework the text around =
uniqueness requirements on the jti claim in
=C2=A0 =C2=A0 =C2=A0 the DPo=
P proof JWT
=C2=A0 =C2=A0o =C2=A0make tokens a bit smaller by using &quo=
t;htm", "htu", and "jkt" rather
=C2=A0 =C2=A0 =
=C2=A0 than "http_method", "http_uri", and "jkt#S2=
56" respectively
=C2=A0 =C2=A0o =C2=A0more explicit recommendation =
to use mTLS if that is available
=C2=A0 =C2=A0o =C2=A0added David Waite =
as co-author
=C2=A0 =C2=A0o =C2=A0editorial updates

<=
div class=3D"gmail_quote">
---------- =
Forwarded message ---------
From: <internet-drafts@ietf.org=
>
Date: Thu, Oct 31, 2019 at 11:53 AM
Subject: New Version =
Notification for draft-fett-oauth-dpop-03.txt
To: Torsten Lodderstedt &l=
t;torsten@lodd=
erstedt.net>, Michael Jones <mbj@microsoft.com>, John Bradley <ve7jtb@ve7jtb.com>, Bria=
n Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.com=
>, Daniel Fett <mail@danielfett.de>




A new version of I-D, draft-fett-oauth-dpop-03.txt

has been successfully submitted by Brian Campbell and posted to the

IETF repository.



Name:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0draft-fett-oauth-dpop

Revision:=C2=A0 =C2=A0 =C2=A0 =C2=A003

Title:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 OAuth 2.0 Demonstration of Proof-o=
f-Possession at the Application Layer (DPoP)

Document date:=C2=A0 2019-10-30

Group:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Individual Submission

Pages:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 15

URL:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.t=
xt

Status:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0http=
s://datatracker.ietf.org/doc/draft-fett-oauth-dpop/

Htmlized:=C2=A0 =C2=A0 =C2=A0 =C2=A0https://tool=
s.ietf.org/html/draft-fett-oauth-dpop-03

Htmlized:=C2=A0 =C2=A0 =C2=A0 =C2=A0https=
://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop

Diff:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03



Abstract:

=C2=A0 =C2=A0This document describes a mechanism for sender-constraining OA=
uth 2.0

=C2=A0 =C2=A0tokens via a proof-of-possession mechanism on the application =
level.

=C2=A0 =C2=A0This mechanism allows for the detection of replay attacks with=
 access

=C2=A0 =C2=A0and refresh tokens.









Please note that it may take a couple of minutes from the time of submissio=
n

until the htmlized version and diff are available at tools.ietf.org.



The IETF Secretariat








CONFIDENTIALITY NOTICE: This email m=
ay contain confidential and privileged material for the sole use of the int=
ended recipient(s). Any review, use, distribution or disclosure by others i=
s strictly prohibited..=C2=A0 If you have received this communication in er=
ror, please notify the sender immediately by e-mail and delete the message =
and any file attachments from your computer. Thank you.__=
_____________________________________________
OAuth mailing list
OAuth@ietf.org
https:=
//www.ietf.org/mailman/listinfo/oauth

<=
/div>




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ny review, use, distribution or disclosure by others is strictly prohibited=
.=C2=A0 If you have received this communication in error, please notify the=
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ts from your computer. Thank you.
--000000000000ca41090597ae3927--


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Subject: [OAUTH-WG] =?utf-8?q?OAuth_Security_Workshop_2020_=E2=80=94_Tron?= =?utf-8?b?ZGhlaW0g4oCUIEp1bHkgMjLigJMyNCwgMjAyMA==?=
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Dear OAuthians,

The fifth edition of the annual OAuth Security Workshop will take place on=
 July 22=E2=80=9324, 2020 in Trondheim, Norway=2E Registration, Call for Se=
ssions, and hotel booking are now open=2E

The aim of the OAuth Security Workshop (OSW) is to improve the security of=
 OAuth and related Internet protocols by a direct exchange between academic=
 researchers, IETF OAuth Working Group members and implementors=2E=20

The OAuth Security Workshop runs over three days =E2=80=94 enough time for=
 in-depth discussions and break-away sessions=2E Although the main focus is=
 security, there is room for other related topics=2E=20

OSW 2020 will take place at the Scandic Nidelven Hotel in the beautiful ci=
ty of Trondheim=2E Main organizer is Steinar of udelt=2Eno =E2=80=94 thanks=
 for your work!

Please find all information at https://osw2020=2Ecom/=20
If you have any questions, please contact me or Steinar=2E

Important Dates

April 19
2020

Submissions deadline

The deadline for submitting session/tutorial for the workshop=2E=20

May 3
2020

Author Notification

The authors of the submissions will be notified=20

June 19
2020

Earlybird ends

The last chance to get discounted tickets=20

June 21=20
2020

Hotel

Rooms are blocked at Scandic Nidelven and Scandic Solsiden until this date=
=2E

July 19=20
2020

Registration

Registration deadline=2E =20


- Daniel
--=20
Diese Nachricht wurde von meinem Android-Ger=C3=A4t mit K-9 Mail gesendet=
=2E
------NF88ON5WJK4IGG2VQFLX9G6JQLNL6O
Content-Type: text/html;
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Dear OAuthians,

The fifth edition of the annual OAuth Security Works=
hop will take place on July 22=E2=80=9324, 2020 in Trondheim, Norway=2E Reg=
istration, Call for Sessions, and hotel booking are now open=2E

The =
aim of the OAuth Security Workshop (OSW) is to improve the security of OAut=
h and related Internet protocols by a direct exchange between academic rese=
archers, IETF OAuth Working Group members and implementors=2E 

The O=
Auth Security Workshop runs over three days =E2=80=94 enough time for in-de=
pth discussions and break-away sessions=2E Although the main focus is secur=
ity, there is room for other related topics=2E 

OSW 2020 will take p=
lace at the Scandic Nidelven Hotel in the beautiful city of Trondheim=2E Ma=
in organizer is Steinar of udelt=2Eno =E2=80=94 thanks for your work!
Please find all information at https:/=
/osw2020=2Ecom/ 
If you have any questions, please contact me or Ste=
inar=2E

Important Dates

April 19
2020

Submissions d=
eadline

The deadline for submitting session/tutorial for the worksho=
p=2E 

May 3
2020

Author Notification

The authors of=
 the submissions will be notified 

June 19
2020

Earlybird =
ends

The last chance to get discounted tickets 

June 21 
2=
020

Hotel

Rooms are blocked at Scandic Nidelven and Scandic S=
olsiden until this date=2E

July 19 
2020

Registration
<=
br>Registration deadline=2E  


- Daniel
-- 
Diese Nachricht=
 wurde von meinem Android-Ger=C3=A4t mit K-9 Mail gesendet=2E
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From: Hans Zandbelt 
Date: Tue, 19 Nov 2019 17:10:48 +0800
Message-ID: 
To: Torsten Lodderstedt 
Cc: "oauth@ietf.org" 
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <
torsten@lodderstedt.net> wrote:

> Hi Hans,
>
> > On 18. Nov 2019, at 04:11, Hans Zandbelt 
> wrote:
> >
> > Hi,
> >
> > Please find my feedback from page 21 onwards below.
> >
> > Hans.
> >
> > Overall I would argue there's room for a very concise guidance section
> that says: do this, don't do that, without explanation, just as a referen=
ce
> for developers; the current text provides in depth analysis but that is
> perhaps not suitable for developers who just want to know what to do (or
> not to do) and don't really care about the background/reasoning
>
> While section 4 gives the raw security threat analysis, we tried to
> summarise the actionable guidance in section 3. What do you miss there?
>

I'd rather see it even shorter and more concise, but I guess you're right,
it is there


> >
> > P21
> > first bullet
> > "the client has bound this data to this particular instance." ->
> particular instance of what?
>
> This bullet refers to the note above.
>
> "Note: this check could also detect attempts to inject a code which
>    had been obtained from another instance of the same client on another
>    device, if certain conditions are fulfilled:"
>

ok, I see


> >
> > 3rd paragraph:
> > "call to the tokens endpoint." -> "call to the token endpoint."
>
> Fixed
>
> >
> > last paragraph could forward point to the next section by adding
> something like
> > "using one of the mechanisms described in the next section."
>
> Incorporated
>
> >
> > P22
> > 3rd paragraph:
> > is the token binding guidance still accurate? it seems to be
> overestimating the adoption
>
> You mean this statement?
>
> "Token binding is
>       promising as a secure and convenient mechanism (due to its browser
>       integration).  As a challenge, it requires broad browser support
>       and use with native apps is still under discussion.=E2=80=9D
>

yeah, but after re-reading I guess this actually spells out the adoption
conditions, so it is fine

Hans.


>
> Thanks,
> Torsten.
>
> >
> > --
> > hans.zandbelt@zmartzone.eu
> > ZmartZone IAM - www.zmartzone.eu
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>
>

--=20
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

--0000000000004342ef0597af719e
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=

On Tue, Nov 19, 2019 at 10:38 AM Tors=
ten Lodderstedt <torsten@lodd=
erstedt.net> wrote:
Hi Hans, 



> On 18. Nov 2019, at 04:11, Hans Zandbelt <hans.zandbelt@zmartzone.eu> w=
rote:

> 

> Hi,

> 

> Please find my feedback from page 21 onwards below.

> 

> Hans.

> 

> Overall I would argue there's room for a very concise guidance sec=
tion that says: do this, don't do that, without explanation, just as a =
reference for developers; the current text provides in depth analysis but t=
hat is perhaps not suitable for developers who just want to know what to do=
 (or not to do) and don't really care about the background/reasoning


While section 4 gives the raw security threat analysis, we tried to summari=
se the actionable guidance in section 3. What do you miss there?

I'd rather see it even shorter and more conci=
se, but I guess you're right, it is there
=C2=A0
> 

> P21

> first bullet

> "the client has bound this data to this particular instance."=
; -> particular instance of what?



This bullet refers to the note above. 



"Note: this check could also detect attempts to inject a code which
=C2=A0 =C2=A0had been obtained from another instance of the same client on =
another

=C2=A0 =C2=A0device, if certain conditions are fulfilled:"

ok, I see
=C2=A0
> 

> 3rd paragraph:

> "call to the tokens endpoint." -> "call to the token=
 endpoint."



Fixed 



> 

> last paragraph could forward point to the next section by adding somet=
hing like

> "using one of the mechanisms described in the next section."=




Incorporated 



> 

> P22

> 3rd paragraph:

> is the token binding guidance still accurate? it seems to be overestim=
ating the adoption 



You mean this statement? 



"Token binding is

=C2=A0 =C2=A0 =C2=A0 promising as a secure and convenient mechanism (due to=
 its browser

=C2=A0 =C2=A0 =C2=A0 integration).=C2=A0 As a challenge, it requires broad =
browser support

=C2=A0 =C2=A0 =C2=A0 and use with native apps is still under discussion.=E2=
=80=9D

yeah, but after re-reading I gue=
ss this actually spells out the adoption conditions, so it is fine

Hans.
=C2=A0



Thanks,

Torsten. 



> 

> -- 

> hans.z=
andbelt@zmartzone.eu

> ZmartZone IAM - www.zmartzone.eu

> _______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth






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> On 19. Nov 2019, at 17:10, Hans Zandbelt  =
wrote:
>=20
>=20
>=20
> On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt =
 wrote:
> Hi Hans,=20
>=20
> > On 18. Nov 2019, at 04:11, Hans Zandbelt =
 wrote:
> >=20
> > Hi,
> >=20
> > Please find my feedback from page 21 onwards below.
> >=20
> > Hans.
> >=20
> > Overall I would argue there's room for a very concise guidance =
section that says: do this, don't do that, without explanation, just as =
a reference for developers; the current text provides in depth analysis =
but that is perhaps not suitable for developers who just want to know =
what to do (or not to do) and don't really care about the =
background/reasoning
>=20
> While section 4 gives the raw security threat analysis, we tried to =
summarise the actionable guidance in section 3. What do you miss there?
>=20
> I'd rather see it even shorter and more concise, but I guess you're =
right, it is there

Do you want to suggest some text?

> =20
> >=20
> > P21
> > first bullet
> > "the client has bound this data to this particular instance." -> =
particular instance of what?
>=20
> This bullet refers to the note above.=20
>=20
> "Note: this check could also detect attempts to inject a code which
>    had been obtained from another instance of the same client on =
another
>    device, if certain conditions are fulfilled:"
>=20
> ok, I see
> =20
> >=20
> > 3rd paragraph:
> > "call to the tokens endpoint." -> "call to the token endpoint."
>=20
> Fixed=20
>=20
> >=20
> > last paragraph could forward point to the next section by adding =
something like
> > "using one of the mechanisms described in the next section."
>=20
> Incorporated=20
>=20
> >=20
> > P22
> > 3rd paragraph:
> > is the token binding guidance still accurate? it seems to be =
overestimating the adoption=20
>=20
> You mean this statement?=20
>=20
> "Token binding is
>       promising as a secure and convenient mechanism (due to its =
browser
>       integration).  As a challenge, it requires broad browser support
>       and use with native apps is still under discussion.=E2=80=9D
>=20
> yeah, but after re-reading I guess this actually spells out the =
adoption conditions, so it is fine
>=20
> Hans.
> =20
>=20
> Thanks,
> Torsten.=20
>=20
> >=20
> > --=20
> > hans.zandbelt@zmartzone.eu
> > ZmartZone IAM - www.zmartzone.eu
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>=20
>=20
>=20
> --=20
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu


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From: Hans Zandbelt 
Date: Tue, 19 Nov 2019 18:06:47 +0800
Message-ID: 
To: Torsten Lodderstedt 
Cc: "oauth@ietf.org" 
Content-Type: multipart/alternative; boundary="0000000000007cde9a0597b03944"
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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How about:

- don't use the Implicit or Resource Owner Password Credentials  grant type=
s
- perform exact matching of redirect URIs and make then Client/AS specific
- use PKCE

Hans.

On Tue, Nov 19, 2019 at 5:58 PM Torsten Lodderstedt 
wrote:

>
>
> > On 19. Nov 2019, at 17:10, Hans Zandbelt 
> wrote:
> >
> >
> >
> > On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <
> torsten@lodderstedt.net> wrote:
> > Hi Hans,
> >
> > > On 18. Nov 2019, at 04:11, Hans Zandbelt 
> wrote:
> > >
> > > Hi,
> > >
> > > Please find my feedback from page 21 onwards below.
> > >
> > > Hans.
> > >
> > > Overall I would argue there's room for a very concise guidance sectio=
n
> that says: do this, don't do that, without explanation, just as a referen=
ce
> for developers; the current text provides in depth analysis but that is
> perhaps not suitable for developers who just want to know what to do (or
> not to do) and don't really care about the background/reasoning
> >
> > While section 4 gives the raw security threat analysis, we tried to
> summarise the actionable guidance in section 3. What do you miss there?
> >
> > I'd rather see it even shorter and more concise, but I guess you're
> right, it is there
>
> Do you want to suggest some text?
>
> >
> > >
> > > P21
> > > first bullet
> > > "the client has bound this data to this particular instance." ->
> particular instance of what?
> >
> > This bullet refers to the note above.
> >
> > "Note: this check could also detect attempts to inject a code which
> >    had been obtained from another instance of the same client on anothe=
r
> >    device, if certain conditions are fulfilled:"
> >
> > ok, I see
> >
> > >
> > > 3rd paragraph:
> > > "call to the tokens endpoint." -> "call to the token endpoint."
> >
> > Fixed
> >
> > >
> > > last paragraph could forward point to the next section by adding
> something like
> > > "using one of the mechanisms described in the next section."
> >
> > Incorporated
> >
> > >
> > > P22
> > > 3rd paragraph:
> > > is the token binding guidance still accurate? it seems to be
> overestimating the adoption
> >
> > You mean this statement?
> >
> > "Token binding is
> >       promising as a secure and convenient mechanism (due to its browse=
r
> >       integration).  As a challenge, it requires broad browser support
> >       and use with native apps is still under discussion.=E2=80=9D
> >
> > yeah, but after re-reading I guess this actually spells out the adoptio=
n
> conditions, so it is fine
> >
> > Hans.
> >
> >
> > Thanks,
> > Torsten.
> >
> > >
> > > --
> > > hans.zandbelt@zmartzone.eu
> > > ZmartZone IAM - www.zmartzone.eu
> > > _______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > > https://www.ietf.org/mailman/listinfo/oauth
> >
> >
> >
> > --
> > hans.zandbelt@zmartzone.eu
> > ZmartZone IAM - www.zmartzone.eu
>
>

--=20
hans.zandbelt@zmartzone.eu
ZmartZone IAM - www.zmartzone.eu

--0000000000007cde9a0597b03944
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


How about:

- don't use the Im=
plicit or Resource Owner Password Credentials=C2=A0 grant types
- =
perform exact matching of redirect URIs and make then Client/AS specific
- use PKCE

Hans.

On Tue, Nov 19=
, 2019 at 5:58 PM Torsten Lodderstedt <torsten@lodderstedt.net> wrote:




> On 19. Nov 2019, at 17:10, Hans Zandbelt <hans.zandbelt@zmartzone.eu> w=
rote:

> 

> 

> 

> On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <torsten@lodderstedt.net=
> wrote:

> Hi Hans, 

> 

> > On 18. Nov 2019, at 04:11, Hans Zandbelt <hans.zandbelt@zmartzone.eu&=
gt; wrote:

> > 

> > Hi,

> > 

> > Please find my feedback from page 21 onwards below.

> > 

> > Hans.

> > 

> > Overall I would argue there's room for a very concise guidanc=
e section that says: do this, don't do that, without explanation, just =
as a reference for developers; the current text provides in depth analysis =
but that is perhaps not suitable for developers who just want to know what =
to do (or not to do) and don't really care about the background/reasoni=
ng

> 

> While section 4 gives the raw security threat analysis, we tried to su=
mmarise the actionable guidance in section 3. What do you miss there?

> 

> I'd rather see it even shorter and more concise, but I guess you&#=
39;re right, it is there



Do you want to suggest some text?



>=C2=A0 

> > 

> > P21

> > first bullet

> > "the client has bound this data to this particular instance.=
" -> particular instance of what?

> 

> This bullet refers to the note above. 

> 

> "Note: this check could also detect attempts to inject a code whi=
ch

>=C2=A0 =C2=A0 had been obtained from another instance of the same clien=
t on another

>=C2=A0 =C2=A0 device, if certain conditions are fulfilled:"

> 

> ok, I see

>=C2=A0 

> > 

> > 3rd paragraph:

> > "call to the tokens endpoint." -> "call to the =
token endpoint."

> 

> Fixed 

> 

> > 

> > last paragraph could forward point to the next section by adding =
something like

> > "using one of the mechanisms described in the next section.&=
quot;

> 

> Incorporated 

> 

> > 

> > P22

> > 3rd paragraph:

> > is the token binding guidance still accurate? it seems to be over=
estimating the adoption 

> 

> You mean this statement? 

> 

> "Token binding is

>=C2=A0 =C2=A0 =C2=A0 =C2=A0promising as a secure and convenient mechani=
sm (due to its browser

>=C2=A0 =C2=A0 =C2=A0 =C2=A0integration).=C2=A0 As a challenge, it requi=
res broad browser support

>=C2=A0 =C2=A0 =C2=A0 =C2=A0and use with native apps is still under disc=
ussion.=E2=80=9D

> 

> yeah, but after re-reading I guess this actually spells out the adopti=
on conditions, so it is fine

> 

> Hans.

>=C2=A0 

> 

> Thanks,

> Torsten. 

> 

> > 

> > -- 

> > h=
ans.zandbelt@zmartzone.eu

> > ZmartZone IAM - www.zmartzone.eu

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.or=
g

> > https://www.ietf.org/mailman/listinfo/oauth=


> 

> 

> 

> -- 

> hans.z=
andbelt@zmartzone.eu

> ZmartZone IAM - www.zmartzone.eu






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References: 
Cc: "oauth@ietf.org" 
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To: Hans Zandbelt 
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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Oh, I see where you are heading. We potentially can cut some bells and whist=
les out of the current text.

> Am 19.11.2019 um 18:06 schrieb Hans Zandbelt :=

>=20
> =EF=BB=BF
> How about:
>=20
> - don't use the Implicit or Resource Owner Password Credentials  grant typ=
es
> - perform exact matching of redirect URIs and make then Client/AS specific=

> - use PKCE
>=20
> Hans.
>=20
>> On Tue, Nov 19, 2019 at 5:58 PM Torsten Lodderstedt  wrote:
>>=20
>>=20
>> > On 19. Nov 2019, at 17:10, Hans Zandbelt  w=
rote:
>> >=20
>> >=20
>> >=20
>> > On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt  wrote:
>> > Hi Hans,=20
>> >=20
>> > > On 18. Nov 2019, at 04:11, Hans Zandbelt =
 wrote:
>> > >=20
>> > > Hi,
>> > >=20
>> > > Please find my feedback from page 21 onwards below.
>> > >=20
>> > > Hans.
>> > >=20
>> > > Overall I would argue there's room for a very concise guidance sectio=
n that says: do this, don't do that, without explanation, just as a referenc=
e for developers; the current text provides in depth analysis but that is pe=
rhaps not suitable for developers who just want to know what to do (or not t=
o do) and don't really care about the background/reasoning
>> >=20
>> > While section 4 gives the raw security threat analysis, we tried to sum=
marise the actionable guidance in section 3. What do you miss there?
>> >=20
>> > I'd rather see it even shorter and more concise, but I guess you're rig=
ht, it is there
>>=20
>> Do you want to suggest some text?
>>=20
>> > =20
>> > >=20
>> > > P21
>> > > first bullet
>> > > "the client has bound this data to this particular instance." -> part=
icular instance of what?
>> >=20
>> > This bullet refers to the note above.=20
>> >=20
>> > "Note: this check could also detect attempts to inject a code which
>> >    had been obtained from another instance of the same client on anothe=
r
>> >    device, if certain conditions are fulfilled:"
>> >=20
>> > ok, I see
>> > =20
>> > >=20
>> > > 3rd paragraph:
>> > > "call to the tokens endpoint." -> "call to the token endpoint."
>> >=20
>> > Fixed=20
>> >=20
>> > >=20
>> > > last paragraph could forward point to the next section by adding some=
thing like
>> > > "using one of the mechanisms described in the next section."
>> >=20
>> > Incorporated=20
>> >=20
>> > >=20
>> > > P22
>> > > 3rd paragraph:
>> > > is the token binding guidance still accurate? it seems to be overesti=
mating the adoption=20
>> >=20
>> > You mean this statement?=20
>> >=20
>> > "Token binding is
>> >       promising as a secure and convenient mechanism (due to its browse=
r
>> >       integration).  As a challenge, it requires broad browser support
>> >       and use with native apps is still under discussion.=E2=80=9D
>> >=20
>> > yeah, but after re-reading I guess this actually spells out the adoptio=
n conditions, so it is fine
>> >=20
>> > Hans.
>> > =20
>> >=20
>> > Thanks,
>> > Torsten.=20
>> >=20
>> > >=20
>> > > --=20
>> > > hans.zandbelt@zmartzone.eu
>> > > ZmartZone IAM - www.zmartzone.eu
>> > > _______________________________________________
>> > > OAuth mailing list
>> > > OAuth@ietf.org
>> > > https://www.ietf.org/mailman/listinfo/oauth
>> >=20
>> >=20
>> >=20
>> > --=20
>> > hans.zandbelt@zmartzone.eu
>> > ZmartZone IAM - www.zmartzone.eu
>>=20
>=20
>=20
> --=20
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu

--Apple-Mail-5746AB2D-935A-402A-BD1B-DD322993BD04
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Oh, I see where you are he=
ading. We potentially can cut some bells and whistles out of the current tex=
t.

Am 19.11.2019 um 18:0=
6 schrieb Hans Zandbelt <hans.zandbelt@zmartzone.eu>:

=EF=BB=BF
How about:

- don't use the Implicit or Resource O=
wner Password Credentials  grant types
- perform exact matchin=
g of redirect URIs and make then Client/AS specific
- use PKCE

Hans.

=

On Tue, Nov 19, 2019 at 5:58 PM Torste=
n Lodderstedt <torsten@lodders=
tedt.net> wrote:




> On 19. Nov 2019, at 17:10, Hans Zandbelt <hans.zandbelt@zmartzone.eu> wro=
te:

> 

> 

> 

> On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <torsten@lodderstedt.net&g=
t; wrote:

> Hi Hans, 

> 

> > On 18. Nov 2019, at 04:11, Hans Zandbelt <hans.zandbelt@zmartzone.eu>=
; wrote:

> > 

> > Hi,

> > 

> > Please find my feedback from page 21 onwards below.

> > 

> > Hans.

> > 

> > Overall I would argue there's room for a very concise guidance sec=
tion that says: do this, don't do that, without explanation, just as a refer=
ence for developers; the current text provides in depth analysis but that is=
 perhaps not suitable for developers who just want to know what to do (or no=
t to do) and don't really care about the background/reasoning

> 

> While section 4 gives the raw security threat analysis, we tried to sum=
marise the actionable guidance in section 3. What do you miss there?

> 

> I'd rather see it even shorter and more concise, but I guess you're rig=
ht, it is there



Do you want to suggest some text?



>  

> > 

> > P21

> > first bullet

> > "the client has bound this data to this particular instance." ->=
; particular instance of what?

> 

> This bullet refers to the note above. 

> 

> "Note: this check could also detect attempts to inject a code which
=

>    had been obtained from another instance of the same client=
 on another

>    device, if certain conditions are fulfilled:"

> 

> ok, I see

>  

> > 

> > 3rd paragraph:

> > "call to the tokens endpoint." -> "call to the token endpoint."=


> 

> Fixed 

> 

> > 

> > last paragraph could forward point to the next section by adding s=
omething like

> > "using one of the mechanisms described in the next section."

> 

> Incorporated 

> 

> > 

> > P22

> > 3rd paragraph:

> > is the token binding guidance still accurate? it seems to be overe=
stimating the adoption 

> 

> You mean this statement? 

> 

> "Token binding is

>       promising as a secure and convenient mechanis=
m (due to its browser

>       integration).  As a challenge, it requir=
es broad browser support

>       and use with native apps is still under discu=
ssion.=E2=80=9D

> 

> yeah, but after re-reading I guess this actually spells out the adoptio=
n conditions, so it is fine

> 

> Hans.

>  

> 

> Thanks,

> Torsten. 

> 

> > 

> > -- 

> > ha=
ns.zandbelt@zmartzone.eu

> > ZmartZone IAM - www.zmartzone.eu

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.org=


> > https://www.ietf.org/mailman/listinfo/oauth
> 

> 

> 

> -- 

> hans.za=
ndbelt@zmartzone.eu

> ZmartZone IAM - www.zmartzone.eu






-- 


=

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In-Reply-To: 
From: Rob Otto 
Date: Tue, 19 Nov 2019 10:22:04 +0000
Message-ID: 
To: Hans Zandbelt 
Cc: Torsten Lodderstedt , "oauth@ietf.org" 
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Subject: Re: [OAUTH-WG] review draft-ietf-oauth-security-topics-13 [3/3]
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" don't use the Implicit or Resource Owner Password Credentials  grant
types"

I cannot overstate how strongly I would support this recommendation in
particular!

Best regards
Rob


On Tue, 19 Nov 2019 at 10:07, Hans Zandbelt 
wrote:

> How about:
>
> - don't use the Implicit or Resource Owner Password Credentials  grant
> types
> - perform exact matching of redirect URIs and make then Client/AS specifi=
c
> - use PKCE
>
> Hans.
>
> On Tue, Nov 19, 2019 at 5:58 PM Torsten Lodderstedt <
> torsten@lodderstedt.net> wrote:
>
>>
>>
>> > On 19. Nov 2019, at 17:10, Hans Zandbelt 
>> wrote:
>> >
>> >
>> >
>> > On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <
>> torsten@lodderstedt.net> wrote:
>> > Hi Hans,
>> >
>> > > On 18. Nov 2019, at 04:11, Hans Zandbelt 
>> wrote:
>> > >
>> > > Hi,
>> > >
>> > > Please find my feedback from page 21 onwards below.
>> > >
>> > > Hans.
>> > >
>> > > Overall I would argue there's room for a very concise guidance
>> section that says: do this, don't do that, without explanation, just as =
a
>> reference for developers; the current text provides in depth analysis bu=
t
>> that is perhaps not suitable for developers who just want to know what t=
o
>> do (or not to do) and don't really care about the background/reasoning
>> >
>> > While section 4 gives the raw security threat analysis, we tried to
>> summarise the actionable guidance in section 3. What do you miss there?
>> >
>> > I'd rather see it even shorter and more concise, but I guess you're
>> right, it is there
>>
>> Do you want to suggest some text?
>>
>> >
>> > >
>> > > P21
>> > > first bullet
>> > > "the client has bound this data to this particular instance." ->
>> particular instance of what?
>> >
>> > This bullet refers to the note above.
>> >
>> > "Note: this check could also detect attempts to inject a code which
>> >    had been obtained from another instance of the same client on anoth=
er
>> >    device, if certain conditions are fulfilled:"
>> >
>> > ok, I see
>> >
>> > >
>> > > 3rd paragraph:
>> > > "call to the tokens endpoint." -> "call to the token endpoint."
>> >
>> > Fixed
>> >
>> > >
>> > > last paragraph could forward point to the next section by adding
>> something like
>> > > "using one of the mechanisms described in the next section."
>> >
>> > Incorporated
>> >
>> > >
>> > > P22
>> > > 3rd paragraph:
>> > > is the token binding guidance still accurate? it seems to be
>> overestimating the adoption
>> >
>> > You mean this statement?
>> >
>> > "Token binding is
>> >       promising as a secure and convenient mechanism (due to its brows=
er
>> >       integration).  As a challenge, it requires broad browser support
>> >       and use with native apps is still under discussion.=E2=80=9D
>> >
>> > yeah, but after re-reading I guess this actually spells out the
>> adoption conditions, so it is fine
>> >
>> > Hans.
>> >
>> >
>> > Thanks,
>> > Torsten.
>> >
>> > >
>> > > --
>> > > hans.zandbelt@zmartzone.eu
>> > > ZmartZone IAM - www.zmartzone.eu
>> > > _______________________________________________
>> > > OAuth mailing list
>> > > OAuth@ietf.org
>> > > https://www.ietf.org/mailman/listinfo/oauth
>> >
>> >
>> >
>> > --
>> > hans.zandbelt@zmartzone.eu
>> > ZmartZone IAM - www.zmartzone.eu
>>
>>
>
> --
> hans.zandbelt@zmartzone.eu
> ZmartZone IAM - www.zmartzone.eu
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>


--=20
[image: Ping Identity]

Rob Otto
EMEA Field CTO/Solutions Architect
robertotto@pingidentity.com

c: +44 (0) 777 135 6092
Connect with us: [image: Glassdoor logo]

[image:
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logo]  [image: facebook logo]
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--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
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=20
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--0000000000002882840597b0703e
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" don't use the Implicit=
 or Resource Owner Password Credentials=C2=A0 grant types"

I cannot overstate how strongly I would support this re=
commendation=C2=A0in particular!=C2=A0

Best =
regards
Rob


On Tue, 19 Nov 2019 at 10:0=
7, Hans Zandbelt <hans.zan=
dbelt@zmartzone.eu> wrote:
How about:

- do=
n't use the Implicit or Resource Owner Password Credentials=C2=A0 grant=
 types
- perform exact matching of redirect URIs and make then Cli=
ent/AS specific
- use PKCE

Hans.

On Tue, Nov 19, 2019 at 5:58 PM Torsten Lodderstedt <torsten@lodderstedt.net&g=
t; wrote:




> On 19. Nov 2019, at 17:10, Hans Zandbelt <hans.zandbelt@zmartzone.eu> w=
rote:

> 

> 

> 

> On Tue, Nov 19, 2019 at 10:38 AM Torsten Lodderstedt <torsten@lodderstedt.net=
> wrote:

> Hi Hans, 

> 

> > On 18. Nov 2019, at 04:11, Hans Zandbelt <hans.zandbelt@zmartzone.eu&=
gt; wrote:

> > 

> > Hi,

> > 

> > Please find my feedback from page 21 onwards below.

> > 

> > Hans.

> > 

> > Overall I would argue there's room for a very concise guidanc=
e section that says: do this, don't do that, without explanation, just =
as a reference for developers; the current text provides in depth analysis =
but that is perhaps not suitable for developers who just want to know what =
to do (or not to do) and don't really care about the background/reasoni=
ng

> 

> While section 4 gives the raw security threat analysis, we tried to su=
mmarise the actionable guidance in section 3. What do you miss there?

> 

> I'd rather see it even shorter and more concise, but I guess you&#=
39;re right, it is there



Do you want to suggest some text?



>=C2=A0 

> > 

> > P21

> > first bullet

> > "the client has bound this data to this particular instance.=
" -> particular instance of what?

> 

> This bullet refers to the note above. 

> 

> "Note: this check could also detect attempts to inject a code whi=
ch

>=C2=A0 =C2=A0 had been obtained from another instance of the same clien=
t on another

>=C2=A0 =C2=A0 device, if certain conditions are fulfilled:"

> 

> ok, I see

>=C2=A0 

> > 

> > 3rd paragraph:

> > "call to the tokens endpoint." -> "call to the =
token endpoint."

> 

> Fixed 

> 

> > 

> > last paragraph could forward point to the next section by adding =
something like

> > "using one of the mechanisms described in the next section.&=
quot;

> 

> Incorporated 

> 

> > 

> > P22

> > 3rd paragraph:

> > is the token binding guidance still accurate? it seems to be over=
estimating the adoption 

> 

> You mean this statement? 

> 

> "Token binding is

>=C2=A0 =C2=A0 =C2=A0 =C2=A0promising as a secure and convenient mechani=
sm (due to its browser

>=C2=A0 =C2=A0 =C2=A0 =C2=A0integration).=C2=A0 As a challenge, it requi=
res broad browser support

>=C2=A0 =C2=A0 =C2=A0 =C2=A0and use with native apps is still under disc=
ussion.=E2=80=9D

> 

> yeah, but after re-reading I guess this actually spells out the adopti=
on conditions, so it is fine

> 

> Hans.

>=C2=A0 

> 

> Thanks,

> Torsten. 

> 

> > 

> > -- 

> > h=
ans.zandbelt@zmartzone.eu

> > ZmartZone IAM - www.zmartzone.eu

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.or=
g

> > https://www.ietf.org/mailman/listinfo/oauth=


> 

> 

> 

> -- 

> hans.z=
andbelt@zmartzone.eu

> ZmartZone IAM - www.zmartzone.eu






-- 

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From: Neil Madden 
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Thanks for the reply, Brian.=20

Collecting my thoughts up here rather than responding blow by blow.

Public key signatures are simpler in some respects, more complex in =
others. There are currently 10 public key JWS signature schemes defined =
(ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS =
potentially have to support them all? If not, how do they negotiate =
algorithm support with the client?

On the other hand, the ECDH scheme I proposed can be implemented by =
adapting an existing ECDH-ES encryption support in a JWT library. For =
example, I discovered while playing with this that our own internal =
library can implement the full flow I described entirely via the =
existing public API [1], so it's not necessarily as complex as it first =
looks. I even knocked up a from-scratch implementation in WebCrypto =
(JavaScript) without too much code [2].

But I admit that using an existing JWT library to sign a JWT with an =
existing algorithm is even easier, and that counts for a lot. Perhaps we =
can make concrete suggestions/requirements about algorithm support? e.g. =
"The RS MUST support RS256 and SHOULD support EdDSA. Other algorithms =
MAY be supported."=20

With regards to replay protection, I think there are at least two =
reasonable positions:

1. We assume that TLS is secure and don't try to defend against any =
compromise at that level. (Clearly none of the TLS-based PoP mechanisms =
survive if TLS is compromised, by definition). In this case the main =
attack to defend against is a malicious RS replaying the access token =
elsewhere. Simply signing the origin of the RS would be enough to =
prevent this attack, while letting the client reuse the same JWT for =
many requests (and the RS to cache the JWT validation). None of "jti", =
"htu", or "htm" seem relevant to this model.

2. We don't assume that TLS is secure (or it's not fully end-to-end) and =
try to provide some defense in depth against a MitM attacker replaying a =
token against the same RS. There is a graduated series of steps you can =
take here, depending on how much you want to prevent this:
   a. The DPoP token can be replayed for arbitrary requests to the same =
RS but has a short time limit (e.g., exp claim or RS-enforced max =
lifetime from iat)
   b. The DPoP token can be replayed for the same request (htu/htm =
claims)
   c. The DPoP token can't be replayed at all - either because of jti =
blacklisting on the RS or a challenge-response protocol on each request.

(There are also variants such as including a hash of the request =
body/headers, or encoding an ETag into the JWT).

I think either are reasonable design goals, but aiming for 2 adds more =
value. I think aiming for 2a is a reasonable default baseline that =
allows the client to reuse a DPoP token for a few requests, reducing the =
cost of the signature (and the RS can cache the validated JWT). Support =
for 2b or 2c can then be listed as optional additions.

PS - 2a/2b can be achieved without PoP. I'll save that for another email =
in the next few days though.

[1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
[2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7


-- Neil

> On 19 Nov 2019, at 07:43, Brian Campbell  =
wrote:
>=20
>=20
>=20
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden > wrote:
> I can't attend Singapore either in person or remotely due to other =
commitments. I broadly support adoption of this draft, but I have some =
comments/suggestions about it.
>=20
> Thanks Neil. And sorry to hear that you won't be in Singapore. This =
kind of stuff is definitely more easily discussed in person (for me =
anyway). But I'll try and comment on your comments here as best I can. I =
also plan to also mention them in the Wednesday and/or Thursday =
presentation.=20
> =20
> Section 2 lists the main objective as being to harden against =
compromised/malicious AS or RS, which may attempt to replay captured =
tokens elsewhere. While this is a good idea, a casual reader might =
wonder why a simple audience claim in the access token/introspection =
response is not sufficient to prevent this. Because interactions between =
the client and RS are supposed to be over TLS, is the intended threat =
model one in which these protections have broken down? ("counterfeit" in =
the description suggests this). Or is the motivation that clients want =
to get a single broad-scoped access token (for usability/performance =
reasons) and use it to access multiple resource servers without giving =
each of them the ability to replay the token to the other servers? Or =
are we thinking of a phishing-type vulnerability were a general-purpose =
client might accidentally visit a malicious site which prompts for an =
access token that the client then blindly goes off and gets? (UMA?) It's =
not clear to me which of these scenarios is being considered, so it =
would be good to tighten up this section.
>=20
> It is admittedly a bit loose and I agree it'd be good to tighten it =
up. But part of why it's loose is that it tries to offer some =
protections for all those scenarios and more such as a general =
lost/stolen token. It's effectively trying to provide as many of the =
same types of protections/assurances that you'd get with TLS based PoP =
mechanisms (like OAuth MTLS or Token binding) to the extent that can be =
done at the HTTP application layer. Which can't realistically be exactly =
the same but can maybe be kinda close while actually being accessible =
and implementable because it's all done at the application layer. There =
are trade-offs, of course, and the document writers have endeavored to =
find a good balance in the trade-off decisions we've made. But that =
doesn't mean they are necessarily the right decisions or are closed to =
discussion. To the casual reader I would say that it turns out that =
getting an appropriate simple audience claim into an access token isn't =
nearly as simple as it might seem. And while it will prevent RS to RS =
replay (as long as both RSs aren't legit audiences) it doesn't help with =
preventing the use of tokens stolen or leaked by other means (including =
for refresh tokens issued to public clients).=20
> =20
> Another potential motivation is for mobile apps. Some customers of =
ours would like to tie access/refresh tokens to private key material =
generated on a secure element in the device, that can only be accessed =
after local biometric authentication (e.g. TouchID/FaceID on iOS). I =
have suggested using mTLS cert-bound tokens for this, but have heard =
some pushback due to the difficulty of configuring support for client =
certs across diverse infrastructure. A simple JWT-based solution like =
DPoP could fill this need.
>=20
> It's maybe not stated in the draft but this kind of thing is among the =
objectives (in my mind anyway).=20
>=20
> =20
> My main concerns with the draft though are about efficiency and =
scalability of the proposed approach:
>=20
> 1. The requirement to use public key signatures, along with the =
anti-replay nonce, means that the RS is required to perform an expensive =
signature verification check on every request. That is not going to =
scale up well. While there are more efficient schemes like Ed25519 now, =
these are still typically an order of magnitude slower than HMAC and the =
latency and CPU overhead is likely to be a non-starter for many APIs =
(especially when you're billed by CPU usage). Public key signatures are =
also notoriously fragile (see e.g. the history of nonce reuse/leakage =
vulnerabilities in ECDSA or=20
>=20
> Yes, asymmetric is more processing intensive than symmetric. But if =
you take away the distributed replay check (see next response), it will =
scale out just fine. I'm not so sure latency is a real issue here - =
while these operations are an order of magnitude slower we're still =
talking about times that are not perceptible to a human. CPU usage/cost =
is a part of a trade-off for the simplicity afforded by public/private =
keys.  And it is significantly simpler. The design you sketched out is =
admittedly quite clever but it's not even in the same ballpark with =
respect to complexity. And, as you pointed out, the other suggestion =
around symmetric keys has rather different security properties while =
still adding complexity. Adding symmetric key support isn't something =
that can just be added on easily.=20

> =20
>=20
> 2. The advice for the RS to store a set of previously used nonces to =
prevent replay will also hamper scalability, especially in large =
deployments where such state would need to be replicated to all servers =
(or use sticky load balancing, which comes with its own problems). This =
violates the statelessness of HTTP, and it also potentially breaks =
idempotency of operations: Think of the case where the JWT validation =
and replay protection is done at an API gateway but then the call to the =
backend API server fails for a transient reason. The client (or a =
proxy/library) cannot simply replay the (idempotent) request in this =
case because it will be rejected by the gateway. It must instead =
recreate the DPoP JWT, incurring additional overheads.
>=20
> The actual value of replay checking on jti is somewhat questionable. =
The DPoP JWT only transits between client and server so a TLS MITM is =
likely needed to steal a DPoP JWT. But we are assuming TLS works here. =
And an active MITM could thwart this check by just being first to =
present DPoP JWT. I think the jti check made its way into the draft =
mostly because it seemed like something was needed to try and bring it =
closer to the TLS PoP models. Being aware of the scalability concerns, I =
did endeavor to write the text in such a way so as to leave some wiggle =
room in implementations/deployments with text like '"jti" SHOULD be used =
by the server for replay detection and prevention` and [ensure that] =
'within a reasonable consideration of accuracy and resource utilization, =
a JWT with the same "jti" value has not been received previously'. The =
idea being that using something eventually consistent or even local only =
to the runtime instance would be permissible. Perhaps that allowance and =
the rational could be made more clear? Or would you suggest to do away =
with the jti replay stuff al? Or something else?=20
>=20
> 3. Minor: The use of a custom header for communicating the DPoP proof =
will require additional CORS configuration on top of that already done =
for the Authorization header, and so adds a small amount of additional =
friction for adoption. Given that CORS configuration changes often =
require approval by a security team, this may make more of an impact =
than you'd expect.
>=20
> Feels really minor. I mean, we could try to roll everything up under =
one header. But it does seem unwarranted and would complicate things - =
at least in the model we've got now where the proof is sent the same way =
ono all types of requests.=20
> =20
>=20
> It's also not clear to me exactly what threat the anti-replay nonce is =
protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.
>=20
> I have a tentative suggestion for an alternative design which avoids =
these problems, but at a cost of potentially more complexity elsewhere. =
I'll summarise it here for consideration:
>=20
> 1. The client obtains an access token in the normal way. When calling =
the token endpoint it provides an EC/okp public key as the confirmation =
key to be associated with the access/refresh tokens.
>=20
> 2. The first time the client calls an RS it passes its access token in =
the Authorization: Bearer header as normal. (If the RS doesn't support =
DPoP then this would just succeed and no further action is required by =
the client - allowing clients to opportunistically ask for DPoP without =
needing a priori knowledge of RS capabilities).
>=20
> 3. The RS introspects the access token and learns the EC public key =
associated with the access token. As there is no DPoP proof with the =
access token, the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as =
the confirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated =
with this access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and =
base64url-encodes it. It uses this as a challenge to the client by =
sending back a 401 response with WWW-Authenticate: DPoP 
>=20
> 4. The client decodes the epk challenge and performs an ECDH key =
agreement between its private key and the challenge epk as per the =
method described for the existing JWA ECDH-ES encryption algorithm. =
Rather than deriving an AES key however, it derives a HMAC key for =
HS256. The "apu" value is set to the access token (string value as ASCII =
bytes) and the "apv" value is set to the hostname of the RS (e.g. =
"api.example.com "). This ensures that the =
derived key is cryptographically bound to the context in which it is =
used.
>=20
> 5. The client uses the HMAC key to create a DPoP proof JWT much like =
the one in the current draft, but signed using the HS256 key. If a "kid" =
field was present in the challenge JWK sent by the RS then the same =
value MUST be used in the "kid" header of this discharge JWT. It retries =
its original request sending Authorization: DPoP  =
at=3D.
>=20
> 6. The RS uses its stored ephemeral private key to derive the same =
HMAC key and verify the DPoP discharge JWT. If it validates and all =
fields are correct then the request is allowed.
>=20
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the =
challenge JWK, the RS can preemptively carry out the ECDH key agreement =
immediately and generate the derived HMAC key. The RS can then encrypt =
this derived key using a local authenticated encryption key (e.g. =
AES-GCM) and use that encrypted value as the "kid" value in the =
challenge (perhaps along with some context or an expiry time). That way =
the RS only needs to decrypt this kid value rather than performing the =
ECDH key agreement on every request. This also avoids the need for the =
RS to store any per-client state locally.
>=20
> The challenge-response nature of the scheme prevents traditional =
replay attacks in the case where a DPoP discharge JWT is accidentally =
leaked through server logs or some other flaw, without needing to store =
nonces on the server. Using the RS's hostname in the key derivation =
process prevents mitm attacks in a similar way to how FIDO/WebAuthn =
prevents this. Most importantly, once a HS256 key has been derived =
between a client and RS they can reuse that key for multiple requests, =
reducing the overhead of the ECDH key agreement step. Either side can =
decide as a matter of policy how long to let this occur and when to =
trigger a fresh challenge-response.
>=20
> Because this fits within the standard HTTP authentication framework, =
it also requires no additional CORS configuration and is relatively easy =
to plug in to existing HTTP client libraries.
>=20
> The main downside of this approach to me is the fact that you can't =
simply reuse an existing JWT library to implement it, and so it will =
take time for client libs to develop. (Although I think this might be =
achievable now with existing *COSE* libraries). This would increase the =
risk of people hand-rolling solutions, rather than using well-tested =
libraries. On the other hand, it uses fairly widely supported primitives =
so e.g. an implementation using WebCrypto is probably only a few dozen =
lines of code.
>=20
> -- Neil
>=20
>=20
>> On 31 Oct 2019, at 19:20, Brian Campbell =
> wrote:
>>=20
>> Hello WG,=20
>>=20
>> Just a quick note to let folks know that -03 of the DPoP draft was =
published earlier today. The usual various document links are in the =
forwarded message below and the relevant snippet from the doc history =
with a summary of the changes is included here for convenience.=20
>>=20
>> Hopefully folks will have time to read the (relativity) short =
document before the meeting(s) in Singapore where (spoiler alert) I plan =
to ask that the WG consider adoption of the draft.=20
>>=20
>> Thanks,
>>=20
>>  -03
>>    o  rework the text around uniqueness requirements on the jti claim =
in
>>       the DPoP proof JWT
>>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" =
rather
>>       than "http_method", "http_uri", and "jkt#S256" respectively
>>    o  more explicit recommendation to use mTLS if that is available
>>    o  added David Waite as co-author
>>    o  editorial updates
>>=20
>> ---------- Forwarded message ---------
>> From: >
>> Date: Thu, Oct 31, 2019 at 11:53 AM
>> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
>> To: Torsten Lodderstedt >, Michael Jones >, John Bradley >, Brian Campbell >, David Waite =
>, =
Daniel Fett >
>>=20
>>=20
>>=20
>> A new version of I-D, draft-fett-oauth-dpop-03.txt
>> has been successfully submitted by Brian Campbell and posted to the
>> IETF repository.
>>=20
>> Name:           draft-fett-oauth-dpop
>> Revision:       03
>> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the =
Application Layer (DPoP)
>> Document date:  2019-10-30
>> Group:          Individual Submission
>> Pages:          15
>> URL:            =
https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt =

>> Status:         =
https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/ =

>> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03 =

>> Htmlized:       =
https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop =

>> Diff:           =
https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03 =

>>=20
>> Abstract:
>>    This document describes a mechanism for sender-constraining OAuth =
2.0
>>    tokens via a proof-of-possession mechanism on the application =
level.
>>    This mechanism allows for the detection of replay attacks with =
access
>>    and refresh tokens.
>>=20
>>=20
>>=20
>>=20
>> Please note that it may take a couple of minutes from the time of =
submission
>> until the htmlized version and diff are available at tools.ietf.org =
.
>>=20
>> The IETF Secretariat
>>=20
>>=20
>> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank =
you._______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org 
>> https://www.ietf.org/mailman/listinfo/oauth =

>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited.  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank you.


--Apple-Mail=_3030C55A-5B01-4E96-B160-93AD0A2AFDFF
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=us-ascii

Thanks for the reply, Brian. 

Collecting my thoughts up here rather =
than responding blow by blow.

Public key signatures are simpler in some respects, more =
complex in others. There are currently 10 public key JWS signature =
schemes defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - =
does an RS potentially have to support them all? If not, how do they =
negotiate algorithm support with the client?

On the other hand, the ECDH scheme I proposed can =
be implemented by adapting an existing ECDH-ES encryption support in a =
JWT library. For example, I discovered while playing with this that our =
own internal library can implement the full flow I described entirely =
via the existing public API [1], so it's not necessarily as complex as =
it first looks. I even knocked up a from-scratch implementation in =
WebCrypto (JavaScript) without too much code [2].

But I admit that using an existing JWT library to =
sign a JWT with an existing algorithm is even easier, and that counts =
for a lot. Perhaps we can make concrete suggestions/requirements about =
algorithm support? e.g. "The RS MUST support RS256 and SHOULD support =
EdDSA. Other algorithms MAY be supported." 

With regards to replay protection, I think there =
are at least two reasonable positions:

1. We assume that TLS is secure and don't try to =
defend against any compromise at that level. (Clearly none of the =
TLS-based PoP mechanisms survive if TLS is compromised, by definition). =
In this case the main attack to defend against is a malicious RS =
replaying the access token elsewhere. Simply signing the origin of the =
RS would be enough to prevent this attack, while letting the client =
reuse the same JWT for many requests (and the RS to cache the JWT =
validation). None of "jti", "htu", or "htm" seem relevant to this =
model.

2. We don't assume that TLS =
is secure (or it's not fully end-to-end) and try to provide some defense =
in depth against a MitM attacker replaying a token against the same RS. =
There is a graduated series of steps you can take here, depending on how =
much you want to prevent this:
   a. The DPoP token =
can be replayed for arbitrary requests to the same RS but has a short =
time limit (e.g., exp claim or RS-enforced max lifetime from =
iat)
   b. The DPoP token can be replayed for the =
same request (htu/htm claims)
   c. The DPoP token =
can't be replayed at all - either because of jti blacklisting on the RS =
or a challenge-response protocol on each request.

(There are also variants such as including a hash =
of the request body/headers, or encoding an ETag into the =
JWT).

I think either are reasonable =
design goals, but aiming for 2 adds more value. I think aiming for 2a is =
a reasonable default baseline that allows the client to reuse a DPoP =
token for a few requests, reducing the cost of the signature (and the RS =
can cache the validated JWT). Support for 2b or 2c can then be listed as =
optional additions.

PS - 2a/2b can =
be achieved without PoP. I'll save that for another email in the next =
few days though.




On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity.com> wrote:



On Thu, Nov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com> wrote:
I can't attend Singapore either in person or remotely due to =
other commitments. I broadly support adoption of this draft, but I have =
some comments/suggestions about it.

Thanks Neil. And sorry to hear that you =
won't be in Singapore. This kind of stuff is definitely more easily =
discussed in person (for me anyway). But I'll try and comment on your =
comments here as best I can. I also plan to also mention them in the =
Wednesday and/or Thursday presentation. 
 
Section 2 lists the main objective as being =
to harden against compromised/malicious AS or RS, which may attempt to =
replay captured tokens elsewhere. While this is a good idea, a casual =
reader might wonder why a simple audience claim in the access =
token/introspection response is not sufficient to prevent this. Because =
interactions between the client and RS are supposed to be over TLS, is =
the intended threat model one in which these protections have broken =
down? ("counterfeit" in the description suggests this). Or is the =
motivation that clients want to get a single broad-scoped access token =
(for usability/performance reasons) and use it to access multiple =
resource servers without giving each of them the ability to replay the =
token to the other servers? Or are we thinking of a phishing-type =
vulnerability were a general-purpose client might accidentally visit a =
malicious site which prompts for an access token that the client then =
blindly goes off and gets? (UMA?) It's not clear to me which of these =
scenarios is being considered, so it would be good to tighten up this =
section.

It is admittedly a bit loose and I agree it'd be good to =
tighten it up. But part of why it's loose is that it tries to offer some =
protections for all those scenarios and more such as a general =
lost/stolen token. It's effectively trying to provide as many of the =
same types of protections/assurances that you'd get with TLS based PoP =
mechanisms (like OAuth MTLS or Token binding) to the extent that can be =
done at the HTTP application layer. Which can't realistically be exactly =
the same but can maybe be kinda close while actually being accessible =
and implementable because it's all done at the application layer. There =
are trade-offs, of course, and the document writers have endeavored to =
find a good balance in the trade-off decisions we've made. But that =
doesn't mean they are necessarily the right decisions or are closed to =
discussion. To the casual reader I would say that it turns out that =
getting an appropriate simple audience claim into an access token isn't =
nearly as simple as it might seem. And while it will prevent RS to RS =
replay (as long as both RSs aren't legit audiences) it doesn't help with =
preventing the use of tokens stolen or leaked by other means (including =
for refresh tokens issued to public clients). 
 
Another potential motivation is for mobile =
apps. Some customers of ours would like to tie access/refresh tokens to =
private key material generated on a secure element in the device, that =
can only be accessed after local biometric authentication (e.g. =
TouchID/FaceID on iOS). I have suggested using mTLS cert-bound tokens =
for this, but have heard some pushback due to the difficulty of =
configuring support for client certs across diverse infrastructure. A =
simple JWT-based solution like DPoP could fill this =
need.

It's maybe not stated in the draft but this kind of thing is =
among the objectives (in my mind anyway). 

 
My=
 main concerns with the draft though are about efficiency and =
scalability of the proposed approach:

1. The requirement to use public key =
signatures, along with the anti-replay nonce, means that the RS is =
required to perform an expensive signature verification check on every =
request. That is not going to scale up well. While there are more =
efficient schemes like Ed25519 now, these are still typically an order =
of magnitude slower than HMAC and the latency and CPU overhead is likely =
to be a non-starter for many APIs (especially when you're billed by CPU =
usage). Public key signatures are also notoriously fragile (see e.g. the =
history of nonce reuse/leakage vulnerabilities in ECDSA =
or 

Yes, asymmetric is more processing intensive than symmetric. =
But if you take away the distributed replay check (see next response), =
it will scale out just fine. I'm not so sure latency is a real issue =
here - while these operations are an order of magnitude slower we're =
still talking about times that are not perceptible to a human. CPU =
usage/cost is a part of a trade-off for the simplicity afforded by =
public/private keys.  And it is significantly simpler. The design =
you sketched out is admittedly quite clever but it's not even in the =
same ballpark with respect to complexity. And, as you pointed out, the =
other suggestion around symmetric keys has rather different security =
properties while still adding complexity. Adding symmetric key support =
isn't something that can just be added on =
easily. 
 

2. The =
advice for the RS to store a set of previously used nonces to prevent =
replay will also hamper scalability, especially in large deployments =
where such state would need to be replicated to all servers (or use =
sticky load balancing, which comes with its own problems). This violates =
the statelessness of HTTP, and it also potentially breaks idempotency of =
operations: Think of the case where the JWT validation and replay =
protection is done at an API gateway but then the call to the backend =
API server fails for a transient reason. The client (or a proxy/library) =
cannot simply replay the (idempotent) request in this case because it =
will be rejected by the gateway. It must instead recreate the DPoP JWT, =
incurring additional overheads.

The actual value of =
replay checking on jti is somewhat questionable. The DPoP JWT only =
transits between client and server so a TLS MITM is likely needed to =
steal a DPoP JWT. But we are assuming TLS works here. And an active MITM =
could thwart this check by just being first to present DPoP JWT. I think =
the jti check made its way into the draft mostly because it seemed like =
something was needed to try and bring it closer to the TLS PoP models. =
Being aware of the scalability concerns, I did endeavor to write the =
text in such a way so as to leave some wiggle room in =
implementations/deployments with text like '"jti" SHOULD be used by the =
server for replay detection and prevention` and [ensure that] 'within a =
reasonable consideration of accuracy and resource utilization, a JWT =
with the same "jti" value has not been received previously'. The idea =
being that using something eventually consistent or even local only to =
the runtime instance would be permissible. Perhaps that allowance and =
the rational could be made more clear? Or would you suggest to do away =
with the jti replay stuff al? Or something else? 

3. Minor: The use of a =
custom header for communicating the DPoP proof will require additional =
CORS configuration on top of that already done for the Authorization =
header, and so adds a small amount of additional friction for adoption. =
Given that CORS configuration changes often require approval by a =
security team, this may make more of an impact than you'd =
expect.

Feels really minor. I mean, we could try to roll everything =
up under one header. But it does seem unwarranted and would complicate =
things - at least in the model we've got now where the proof is sent the =
same way ono all types of requests. 
 

It's also not clear to me exactly what threat the anti-replay =
nonce is protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.

I have a tentative suggestion for an =
alternative design which avoids these problems, but at a cost of =
potentially more complexity elsewhere. I'll summarise it here for =
consideration:

1. The client obtains an access token in the normal way. When =
calling the token endpoint it provides an EC/okp public key as the =
confirmation key to be associated with the access/refresh =
tokens.

2. The =
first time the client calls an RS it passes its access token in the =
Authorization: Bearer header as normal. (If the RS doesn't support DPoP =
then this would just succeed and no further action is required by the =
client - allowing clients to opportunistically ask for DPoP without =
needing a priori knowledge of RS capabilities).

3. The RS introspects the access token =
and learns the EC public key associated with the access token. As there =
is no DPoP proof with the access token, the RS will generate a challenge =
in the following way:
    o The RS generates an =
ephemeral EC key pair for the same curve as the confirmation key (e.g. =
P-256 or X25519).
    o The RS stores the =
ephemeral private key somewhere, associated with this access token (see =
below for a scalable implementation choice)
  =
  o The RS =
encodes the ephemeral public key into a JWK (epk) and base64url-encodes =
it. It uses this as a challenge to the client by sending back a 401 =
response with WWW-Authenticate: DPoP <encoded-epk>

4. The client decodes =
the epk challenge and performs an ECDH key agreement between its private =
key and the challenge epk as per the method described for the existing =
JWA ECDH-ES encryption algorithm. Rather than deriving an AES key =
however, it derives a HMAC key for HS256. The "apu" value is set to the =
access token (string value as ASCII bytes) and the "apv" value is set to =
the hostname of the RS (e.g. "api.example.com"). This ensures that =
the derived key is cryptographically bound to the context in which it is =
used.

5. The =
client uses the HMAC key to create a DPoP proof JWT much like the one in =
the current draft, but signed using the HS256 key. If a "kid" field was =
present in the challenge JWK sent by the RS then the same value MUST be =
used in the "kid" header of this discharge JWT. It retries its original =
request sending Authorization: DPoP <hmac-jwt> =
at=3D<access_token>.

6. The RS uses its stored ephemeral private key to derive the =
same HMAC key and verify the DPoP discharge JWT. If it validates and all =
fields are correct then the request is allowed.

Efficient implementation =
trick:
Because the client is required to copy and =
"kid" value from the challenge JWK, the RS can preemptively carry out =
the ECDH key agreement immediately and generate the derived HMAC key. =
The RS can then encrypt this derived key using a local authenticated =
encryption key (e.g. AES-GCM) and use that encrypted value as the "kid" =
value in the challenge (perhaps along with some context or an expiry =
time). That way the RS only needs to decrypt this kid value rather than =
performing the ECDH key agreement on every request. This also avoids the =
need for the RS to store any per-client state locally.

The challenge-response =
nature of the scheme prevents traditional replay attacks in the case =
where a DPoP discharge JWT is accidentally leaked through server logs or =
some other flaw, without needing to store nonces on the server. Using =
the RS's hostname in the key derivation process prevents mitm attacks in =
a similar way to how FIDO/WebAuthn prevents this. Most importantly, once =
a HS256 key has been derived between a client and RS they can reuse that =
key for multiple requests, reducing the overhead of the ECDH key =
agreement step. Either side can decide as a matter of policy how long to =
let this occur and when to trigger a fresh challenge-response.

Because this fits within =
the standard HTTP authentication framework, it also requires no =
additional CORS configuration and is relatively easy to plug in to =
existing HTTP client libraries.

The main downside of this approach to =
me is the fact that you can't simply reuse an existing JWT library to =
implement it, and so it will take time for client libs to develop. =
(Although I think this might be achievable now with existing *COSE* =
libraries). This would increase the risk of people hand-rolling =
solutions, rather than using well-tested libraries. On the other hand, =
it uses fairly widely supported primitives so e.g. an implementation =
using WebCrypto is probably only a few dozen lines of code.

-- Neil


On 31 =
Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40pingidentity.com@dmarc.ietf.org> =
wrote:

Hello WG, 

Just a quick note to let =
folks know that -03 of the DPoP draft was published earlier today. The =
usual various document links are in the forwarded message below and the =
relevant snippet from the doc history with a summary of the changes is =
included here for convenience. 

Hopefully folks will =
have time to read the (relativity) short document before the meeting(s) =
in Singapore where (spoiler alert) I plan to ask that the WG consider =
adoption of the draft. 

Thanks,

 -03
   o =
 rework the text around uniqueness requirements on the jti claim =
in
      the DPoP proof JWT
   o  make tokens a bit smaller by using =
"htm", "htu", and "jkt" rather
      than "http_method", =
"http_uri", and "jkt#S256" respectively
   o =
 more explicit recommendation to use mTLS if that is available
   o  added David Waite as co-author
   o  editorial updates

---------- Forwarded message =
---------
From: <internet-drafts@ietf.org>
Date: Thu, Oct 31, 2019 at 11:53 AM
Subject: =
New Version Notification for draft-fett-oauth-dpop-03.txt
To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John Bradley <ve7jtb@ve7jtb.com>, Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.com>, Daniel Fett <mail@danielfett.de>



A new version of I-D, =
draft-fett-oauth-dpop-03.txt
has been successfully =
submitted by Brian Campbell and posted to the
IETF =
repository.

Name:      =
     draft-fett-oauth-dpop
Revision:  =
     03
Title:        =
  OAuth 2.0 Demonstration of Proof-of-Possession at the Application =
Layer (DPoP)
Document date:  2019-10-30
Group:          Individual =
Submission
Pages:          15
URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.t=
xt
Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop=

Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03

Abstract:
   This =
document describes a mechanism for sender-constraining OAuth 2.0
   tokens via a proof-of-possession mechanism on =
the application level.
   This mechanism allows =
for the detection of replay attacks with access
  =
 and refresh tokens.




Please note that it may take a couple of =
minutes from the time of submission
until the htmlized =
version and diff are available at tools.ietf.org.

The IETF =
Secretariat


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CC: "torsten@lodderstedt.net" , "ve7jtb@gmail.com" , 'Andrey Labunets' , Daniel Fett 
Thread-Topic: WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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Subject: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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I did a complete read of draft-ietf-oauth-security-topics-13.  My review comments fol=
low, divided into substantive and editorial sections.

SUBSTANTIVE

2. Attacker Model, (A1) - Attacker description (A1) actually describes two =
kinds of attacks - the Web Attackers attack at the start of the bullet and =
the phishing attack, whose description starts with "It must also be assumed=
 that web attackers can lure the user".  Separate these two distinct attack=
s in the description, labelling the phishing attack (A2).

3.1 Protecting Redirect-Based Flows, paragraph 3 - Please state that the us=
e of "nonce" as defined in OpenID Connect is another means of preventing CS=
RF attacks (similar to how state can be used for this).

3.1.1. Authorization Code Grant - This starts by saying that "Clients utili=
zing the authorization grant type MUST use PKCE" but later contradicts this=
 MUST by saying "OpenID Connect clients MAY use the "nonce" parameter of th=
e OpenID Connect ... for the same purpose".  At the very least, reword the =
second to say "Alternatively, OpenID Connect clients...", making it clear t=
hat MUST does not apply to Connect clients.  Or consider other editorial wa=
ys to make this distinction even clearer.

3.1.2. Implicit Grant - The statement "no viable mechanism exists to crypto=
graphically bind access tokens issued in the authorization response to a ce=
rtain client" isn't actually true.  Please describe how the OpenID Connect =
ID Token achieves this for the "id_token token" and "code id_token token" r=
esponse types via the "at_hash" claim in this paragraph, and appropriately =
qualify the unconditional statement cited.

3.3. Access Token Privilege Restriction, last paragraph - This paragraph is=
 essentially talking about placing audience restrictions on access tokens, =
but fails to use the standard "audience" term.  Please revise to explicitly=
 describe utilizing audience restrictions for access tokens.

4.1.3. Proposed Countermeasures, second bullet - Please explain how "Client=
s MAY drop fragments" in such a way that the recommendation is actionable w=
ithout having to go and read the reference.

4.3.2.  Access Token in Browser History - Strengthen the prohibition on pas=
sing access tokens in query parameters along the following lines: "Clients =
MUST NOT pass access tokens as a URI query parameter in the way described i=
n Section 2.3 of [RFC 6750]."  (As background, note that the OpenID Certifi=
cation testing software treats doing so as a FAILURE, preventing certificat=
ion.)

4.4.1. Attack Description - Item 2 says "The attacker intercepts this reque=
st and changes the user's selection to "A-AS"."  Please expand this descrip=
tion to say *how* the attacker accomplishes this.  (Most readers of this sp=
ec will not be security experts, so this should be spelled out for them.)

4.4.1. Attack Description - Item 4 says "Now the attacker intercepts this r=
esponse and changes the redirection such that the user is being redirected =
to H-AS."  Like the previous comment, please expand this description to say=
 *how* the attacker accomplishes this.

4.4.1. Attack Description - The last bullet cites attacks on OpenID Connect=
.  Again, to make this description more accessible to readers, it would be =
useful to include a one-sentence description of each of the pertinent attac=
ks here, saying how they work and what they accomplish.

4.5.1. Attack Description - Item 3 says "The attacker injects the stolen au=
thorization code in the response of the authorization server to the legitim=
ate client".  As per pervious comments, please expand this description to s=
ay *how* the attacker accomplishes this.

4.5.1. Attack Description, item 4 - Clearly say whether the client_id and c=
lient_secret used are those of the attacker's client or those of the client=
 being attacked.  If the latter, say how these values for the client being =
attacked were obtained by the attacker.

4.5.3. Proposed Countermeasures - The draft uses the term "pre-warmed secre=
ts" without defining the term or providing a citation for it.  Please do bo=
th.

4.7.1. Proposed Countermeasures - Change "Alternatively, PKCE provides CSRF=
 protection" to "Alternatively, PKCE or the "nonce" provide CSRF protection=
".

4.7.1. Proposed Countermeasures - Change "If an authorization server does n=
ot support PKCE, "state" MUST be used for CSRF protection" to "If an author=
ization server does not support PKCE, "state" or "nonce" MUST be used for C=
SRF protection".

4.7.1. Proposed Countermeasures, last paragraph - Expand the oblique phrase=
 "standard CSRF defenses" to give examples of such defenses and citations f=
or them.  As currently written, this countermeasure won't be comprehensible=
 or actionable by many readers.

4.8.1.1. Metadata - This section suggests the use of a "resource_servers" m=
etadata value.  This isn't defined by RFC 8414 nor do I see it the IANA OAu=
th Authorization Server Metadata registry at https://www.iana.org/assignmen=
ts/oauth-parameters/oauth-parameters.xhtml#authorization-server-metadata.  =
Is this something that's been standardized elsewhere?  If so, please add a =
citation.  If not, please clearly say that this metadata value is not stand=
ardized, and is therefore unlikely to be interoperable.

4.8.1.1. Metadata - This section suggests the use a "access_token_resource_=
server" token response value.  Please likewise clearly say that this parame=
ter isn't a standard.

4.8.1.2. Sender-Constrained Access Tokens - List DPoP as one of the possibi=
lities for demonstrating proof of possession.

4.8.1.3. Audience Restricted Access Tokens, next to last paragraph - When y=
ou list MTLS, also please state that the MTLS key can be used as a correlat=
ion handle, since it is the same for connections to all sites.

4.12. Refresh Token Protection - The draft says "refresh tokens belonging t=
o the same grant may share a common id".  Augment this description to say w=
hat this ID is and where it is located, and if there's a pertinent standard=
 or other reference for this ID, please include a citation.


EDITORIAL

1. Introduction - The wording "and, as the foundation of OpenID Connect [Op=
enID], identity providing" is awkward.  Change to "and as the basis for fe=
derated login using OpenID Connect [OpenID]".

1. Introduction - Change "While OAuth was used in a variety of scenarios an=
d different kinds of deployments, the following challenges could be observe=
d" to "While OAuth is used in a variety of scenarios and different kinds of=
 deployments, the following challenges can be observed".

1. Introduction, bullet 1 - Add citations for the first uses of the terms "=
CSRF" and "referer header".

Many locations - You have misspelled the "referer" header name as "referrer=
" throughout the document.  (Yes, "referrer" is the correct English spellin=
g.  The header name uses an English misspelling.)

1. Introduction, last paragraph - Change "such as [RFC7591] and [RFC8414]" t=
o "such as the OAuth 2.0 Dynamic Client Registration Protocol [RFC7591] and OAuth 2.0 Authorization Server Metada=
ta [RFC8414]".

1. Introduction, last paragraph - Delete "As a challenge to the community",=
 as it doesn't add any value to the exposition.

2. Attacker Model, (A3) - Add a citation for the first use of the term "mix=
-up attack" (and consider deleting "so-called").

3.1.1. Authorization Code Grant - Change "authorization grant type" to "aut=
horization code grant type".

3.1.2. Implicit Grant - The canonical order of composite response types is =
alphabetical.  Therefore, please change "token id_token" to "id_token token=
" and "code token id_token" to "code id_token token".

3.1.2. Implicit Grant, last paragraph - Add ", such as the "code id_token" =
response type" at the end of the first sentence.

3.3. Access Token Privilege Restriction, last paragraph - This paragraph is=
 essentially talking about placing audience restrictions on access tokens, =
but fails to use the standard "audience" term.  Please revise to explicitly=
 describe including audience restrictions for access tokens.

3.4. Resource Owner Password Grant - Include citations where you currently =
say (WebCrypto, WebAuthn).

4.1. Insufficient Redirect URI Validation - Add citations for the "Several =
successful attacks..." mentioned.

4.8.1.2. Sender-Constrained Access Tokens - Delete "so-called".

Many locations - You use the term "id", which should always be spelled "ID"=
.  (The English word "id" has a completely different meaning than "ID".)  B=
e sure to also change instances of "ids" to "IDs".

4.8.1.3. Audience Restricted Access Tokens - Delete "basically".

Many locations - The draft often uses the word "which" when you mean "that"=
.  For instance, in 4.9.2, please change "which could" to "that could" and =
in 4.11 change "which are" to "that are".  There's lots of places to look u=
p the difference in meaning, but a rule of thumb that's usually right is th=
at if you don't have a comma before the "which", it should probably be "tha=
t".

4.12. Refresh Token Protection - Change "legit" to "legitimate".

May locations - The spelling of ID Token is inconsistent in the draft - som=
etimes using "token" and sometimes using "Token".  I would suggest consiste=
ntly using the spelling from OpenID Connect, which is "ID Token".

5.  Acknowledgements - If you choose to add me to the acknowledgements, ple=
ase add me as "Michael B. Jones".  (Mike Jones is way too common a name.)

Thanks for taking these comments into account.

                                                       -- Mike



--_000_BN8PR00MB056369C04536770FF5B90512F54F0BN8PR00MB0563namp_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











I did a complete read of 
draft-ietf-oauth-security-topics-13.  My review comments follow, d=
ivided into substantive and editorial sections.


 


SUBSTANTIVE


 


2. Attacker Model, (A1) – Attacker description=
 (A1) actually describes two kinds of attacks – the Web Attackers att=
ack at the start of the bullet and the phishing attack, whose description s=
tarts with “It
 must also be assumed that web attackers can lure the user”.&n=
bsp; Separate these two distinct attacks in the description, labelling the =
phishing attack (A2).


 


3.1 Protecting Redirect-Based Flows, paragraph 3 =
211; Please state that the use of “nonce” as defined in OpenID =
Connect is another means of preventing CSRF attacks (similar to how state c=
an be used for this).


 


3.1.1. Authorization Code Grant – This starts =
by saying that “Clients utilizing the authorization grant type MUST use PKCE” but later contradicts this MUST by saying
 “O=
penID Connect clients MAY use the "nonce" parameter of the OpenID=
 Connect … for the same purpose”.  At the very leas=
t, reword the second to say “Alternatively, OpenID Connect clients=
230;”,
 making it clear that MUST does not apply to Connect clients.  Or cons=
ider other editorial ways to make this distinction even clearer.=



 


3.1.2. Implicit Grant – The statement “<=
span style=3D"font-family:Consolas;color:black;background:white">no viable =
mechanism exists to cryptographically bind access tokens issued in the auth=
orization response to a certain client” isn’t
 actually true.  Please describe how the OpenID Connect ID Token achie=
ves this for the “id_token token” and “code id_token toke=
n” response types via the “at_hash” claim in this paragra=
ph, and appropriately qualify the unconditional statement cited.=



 


3.3. Access Token Privilege Restriction, last paragr=
aph – This paragraph is essentially talking about placing audience re=
strictions on access tokens, but fails to use the standard “audience&=
#8221; term.  Please revise to explicitly describe utilizing
 audience restrictions for access tokens.


 


4.1.3. Proposed Countermeasures, second bullet ̵=
1; Please explain how “Clients MAY drop fragments” in such a wa=
y that the recommendation is actionable without having to go and read the r=
eference.


 


4.3.2.  Access Token in Browser History –=
 Strengthen the prohibition on passing access tokens in query parameters al=
ong the following lines: “Clients MUST NOT pass access tokens as a UR=
I query parameter in the way described in Section 2.3
 of [RFC 6750].”  (As background, note that the OpenID Certifica=
tion testing software treats doing so as a FAILURE, preventing certificatio=
n.)


 


4.4.1. Attack Description – Item 2 says “=
;The atta=
cker intercepts this request and changes the user's selection to "A-AS=
".”  Please expand this description to say *how*
 the attacker accomplishes this.  (Most readers of this spec will not =
be security experts, so this should be spelled out for them.)

 


4.4.1. Attack Description – Item 4 says “=
;Now the =
attacker intercepts this response and changes the redirection such that the=
 user is being redirected to H-AS.”  Like
 the previous comment, please expand this description to say *how* t=
he attacker accomplishes this.


 


4.4.1. Attack Description – The last bullet ci=
tes attacks on OpenID Connect.  Again, to make this description more a=
ccessible to readers, it would be useful to include a one-sentence descript=
ion of each of the pertinent attacks here, saying
 how they work and what they accomplish.


 


4.5.1. Attack Description – Item 3 says “=
;The atta=
cker injects the stolen authorization code in the response of the authoriza=
tion server to the legitimate client”.  As
 per pervious comments, please expand this description to say *how* =
the attacker accomplishes this.


 


4.5.1. Attack Description, item 4 – Clearly sa=
y whether the client_id and client_secret used are those of the attacker=
217;s client or those of the client being attacked.  If the latter, sa=
y how these values for the client being attacked were
 obtained by the attacker.


 


4.5.3. Proposed Countermeasures – The draft us=
es the term “pre-warmed secrets” without defining the term or p=
roviding a citation for it.  Please do both.


 


4.7.1. Proposed Countermeasures – Change ̶=
0;Alterna=
tively, PKCE provides CSRF protection” to “Alternatively,
 PKCE or the "nonce" provide CSRF protection”.<=
/o:p>


 


4.7.1. Proposed Countermeasures – Change ̶=
0;If an a=
uthorization server does not support PKCE, "state" MUST be used f=
or CSRF protection” to “If
 an authorization server does not support PKCE, "state" or "=
nonce" MUST be used for CSRF protection”.


 


4.7.1. Proposed Countermeasures, last paragraph R=
11; Expand the oblique phrase “standard CSRF defenses” to give =
examples of such defenses and citations for them.  As currently writte=
n, this countermeasure won’t be comprehensible or actionable
 by many readers.


 


4.8.1.1. Metadata – This section suggests the =
use of a 
"resource_servers" metadata value.  This isn’t =
defined by RFC 8414 nor do I see it the IANA OAuth Authorization Server Met=
adata registry at

https://www.iana.org/assignments/oauth-parameters/oauth-parameters.xhtml#au=
thorization-server-metadata.  Is this something that’s been =
standardized elsewhere?  If so, please add a citation.  If not, p=
lease clearly say that this metadata value is not standardized,
 and is therefore unlikely to be interoperable.


 


4.8.1.1. Metadata – This section suggests the =
use a 
"access_token_resource_server" token response value. =
 Please likewise clearly say that this parameter isn’t a standard.


 


4.8.1.2. Sender-Constrained Access Tokens – Li=
st DPoP as one of the possibilities for demonstrating proof of possession.<=
o:p>


 


4.8.1.3. Audience Restricted Access Tokens, next to =
last paragraph – When you list MTLS, also please state that the MTLS =
key can be used as a correlation handle, since it is the same for connectio=
ns to all sites.


 


4.12. Refresh Token Protection – The draft say=
s “=
refresh tokens belonging to the same grant may share a common idR=
21;.  Augment this description to say what this ID is
 and where it is located, and if there’s a pertinent standard or othe=
r reference for this ID, please include a citation.


 


 


EDITORIAL


 


1. Introduction – The wording “and, as the founda=
tion of OpenID Connect [OpenID],
 identity providing” is awkward.  Change to “and as the basi=
s for federated login using OpenID Connect [OpenID]”.


 


1. Introduction – Change “While OAuth was used in=
 a variety of scenarios and different kinds of deployments, the following c=
hallenges could be observed” to “While
 OAuth is used in a variety of scenarios and different kinds of deployments=
, the following challenges can be observed”.


 


1. Introduction, bullet 1 – Add citations for =
the first uses of the terms “CSRF” and “referer header=
221;.


 


Many locations – You have misspelled the ̶=
0;referer” header name as “referrer” throughout the docum=
ent.  (Yes, “referrer” is the correct English spelling.&nb=
sp; The header name uses an English misspelling.)


 


1. Introduction, last paragraph – Change ̶=
0;such as=
 [RFC7591]
 and [RFC8414]”
 to “such as the OAuth 2.0 Dynamic Client Registration Protocol [RFC7591]
 and OAuth 2.0 Authorization Server Metadata [RFC8414]”.


 


1. Introduction, last paragraph – Delete ̶=
0;As a challenge to the community”, as it doesn’t add any value=
 to the exposition.


 


2. Attacker Model, (A3) – Add a citation for t=
he first use of the term “mix-up attack” (and consider deleting=
 “so-called”).


 


3.1.1. Authorization Code Grant – Change ̶=
0;authorization grant type” to “authorization code grant type&#=
8221;.


 


3.1.2. Implicit Grant – The canonical order of=
 composite response types is alphabetical.  Therefore, please change &=
#8220;token id_token” to “id_token token” and “code=
 token id_token” to “code id_token token”.


 


3.1.2. Implicit Grant, last paragraph – Add &#=
8220;, such as the “code id_token” response type” at the =
end of the first sentence.


 


3.3. Access Token Privilege Restriction, last paragr=
aph – This paragraph is essentially talking about placing audience re=
strictions on access tokens, but fails to use the standard “audience&=
#8221; term.  Please revise to explicitly describe including
 audience restrictions for access tokens.


 


3.4. Resource Owner Password Grant – Include c=
itations where you currently say (WebCrypto, WebAuthn).


 


4.1. Insufficient Redirect URI Validation – Ad=
d citations for the “Several successful attacks…” mention=
ed.


 


4.8.1.2. Sender-Constrained Access Tokens – De=
lete “so-called”.


 


Many locations – You use the term “id=
221;, which should always be spelled “ID”.  (The English w=
ord “id” has a completely different meaning than “ID̶=
1;.)  Be sure to also change instances of “ids” to “=
IDs”.


 


4.8.1.3. Audience Restricted Access Tokens – D=
elete “basically”.


 


Many locations – The draft often uses the word=
 “which” when you mean “that”.  For instance, =
in 4.9.2, please change “which could” to “that could̶=
1; and in 4.11 change “which are” to “that are”.&nb=
sp; There’s lots of places to look up the difference
 in meaning, but a rule of thumb that’s usually right is that if you =
don’t have a comma before the “which”, it should probably=
 be “that”.


 


4.12. Refresh Token Protection – Change “=
;legit” to “legitimate”.


 


May locations – The spelling of ID Token is in=
consistent in the draft – sometimes using “token” and som=
etimes using “Token”.  I would suggest consistently using =
the spelling from OpenID Connect, which is “ID Token”.


 


5.  Acknowledgements – If you choose to a=
dd me to the acknowledgements, please add me as “Michael B. JonesR=
21;.  (Mike Jones is way too common a name.)


 


Thanks for taking these comments into account.<=
/o:p>


 


        &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;        -- Mike


 


 






--_000_BN8PR00MB056369C04536770FF5B90512F54F0BN8PR00MB0563namp_--


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Date: Wed, 20 Nov 2019 06:44:03 +0100
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Hi,

I can hear an audio stream but no video has been started yet?

Best,
*Filip*

--000000000000bf69450597c0ab5c
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Hi,

I can hear an audio stream but no video has been started yet?

Best,
Filip


--000000000000bf69450597c0ab5c--


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[image: Screenshot 2019-11-20 06.48.21.png]

The audio stream of the session works tho.

On Wed, 20 Nov 2019 at 06:44, Filip Skokan  wrote:

> Hi,
>
> I can hear an audio stream but no video has been started yet?
>
> Best,
> *Filip*
>

--000000000000c0a6bb0597c0bd1c
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


3D"Screenshot

T=
he audio stream of the session works tho.

On Wed, 20 Nov 2019 at 06:44=
, Filip Skokan <panva.ip@gmail.com=
> wrote:
=

Hi,

I can hear an audio stre=
am but no video has been started yet?

Best,
Filip




--000000000000c0a6bb0597c0bd1c--

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From: Brian Campbell 
Date: Thu, 21 Nov 2019 14:23:01 +0800
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To: Neil Madden 
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Yeah, suggestions and/or an MTI about algorithm support would probably be
worthwhile. Perhaps also some defined means of signaling when an
unsupported algorithm is used along with any other reason a DPoP is invalid
or rejected.

There are a lot of tradeoffs in what claims are required and what
protections are provided etc. The aim of what was chosen was to do just
enough to provide some reasonable protections against reuse or use in a
different context while being simple to implement and deploy.


On Wed, Nov 20, 2019 at 6:34 AM Neil Madden 
wrote:

> Thanks for the reply, Brian.
>
> Collecting my thoughts up here rather than responding blow by blow.
>
> Public key signatures are simpler in some respects, more complex in
> others. There are currently 10 public key JWS signature schemes defined
> (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS
> potentially have to support them all? If not, how do they negotiate
> algorithm support with the client?
>
> On the other hand, the ECDH scheme I proposed can be implemented by
> adapting an existing ECDH-ES encryption support in a JWT library. For
> example, I discovered while playing with this that our own internal libra=
ry
> can implement the full flow I described entirely via the existing public
> API [1], so it's not necessarily as complex as it first looks. I even
> knocked up a from-scratch implementation in WebCrypto (JavaScript) withou=
t
> too much code [2].
>
> But I admit that using an existing JWT library to sign a JWT with an
> existing algorithm is even easier, and that counts for a lot. Perhaps we
> can make concrete suggestions/requirements about algorithm support? e.g.
> "The RS MUST support RS256 and SHOULD support EdDSA. Other algorithms MAY
> be supported."
>
> With regards to replay protection, I think there are at least two
> reasonable positions:
>
> 1. We assume that TLS is secure and don't try to defend against any
> compromise at that level. (Clearly none of the TLS-based PoP mechanisms
> survive if TLS is compromised, by definition). In this case the main atta=
ck
> to defend against is a malicious RS replaying the access token elsewhere.
> Simply signing the origin of the RS would be enough to prevent this attac=
k,
> while letting the client reuse the same JWT for many requests (and the RS
> to cache the JWT validation). None of "jti", "htu", or "htm" seem relevan=
t
> to this model.
>
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) and
> try to provide some defense in depth against a MitM attacker replaying a
> token against the same RS. There is a graduated series of steps you can
> take here, depending on how much you want to prevent this:
>    a. The DPoP token can be replayed for arbitrary requests to the same R=
S
> but has a short time limit (e.g., exp claim or RS-enforced max lifetime
> from iat)
>    b. The DPoP token can be replayed for the same request (htu/htm claims=
)
>    c. The DPoP token can't be replayed at all - either because of jti
> blacklisting on the RS or a challenge-response protocol on each request.
>
> (There are also variants such as including a hash of the request
> body/headers, or encoding an ETag into the JWT).
>
> I think either are reasonable design goals, but aiming for 2 adds more
> value. I think aiming for 2a is a reasonable default baseline that allows
> the client to reuse a DPoP token for a few requests, reducing the cost of
> the signature (and the RS can cache the validated JWT). Support for 2b or
> 2c can then be listed as optional additions.
>
> PS - 2a/2b can be achieved without PoP. I'll save that for another email
> in the next few days though.
>
> [1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
> [2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7
>
>
> -- Neil
>
> On 19 Nov 2019, at 07:43, Brian Campbell 
> wrote:
>
>
>
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden 
> wrote:
>
>> I can't attend Singapore either in person or remotely due to other
>> commitments. I broadly support adoption of this draft, but I have some
>> comments/suggestions about it.
>>
>
> Thanks Neil. And sorry to hear that you won't be in Singapore. This kind
> of stuff is definitely more easily discussed in person (for me anyway). B=
ut
> I'll try and comment on your comments here as best I can. I also plan to
> also mention them in the Wednesday and/or Thursday presentation.
>
>
>
>> Section 2 lists the main objective as being to harden against
>> compromised/malicious AS or RS, which may attempt to replay captured tok=
ens
>> elsewhere. While this is a good idea, a casual reader might wonder why a
>> simple audience claim in the access token/introspection response is not
>> sufficient to prevent this. Because interactions between the client and =
RS
>> are supposed to be over TLS, is the intended threat model one in which
>> these protections have broken down? ("counterfeit" in the description
>> suggests this). Or is the motivation that clients want to get a single
>> broad-scoped access token (for usability/performance reasons) and use it=
 to
>> access multiple resource servers without giving each of them the ability=
 to
>> replay the token to the other servers? Or are we thinking of a
>> phishing-type vulnerability were a general-purpose client might
>> accidentally visit a malicious site which prompts for an access token th=
at
>> the client then blindly goes off and gets? (UMA?) It's not clear to me
>> which of these scenarios is being considered, so it would be good to
>> tighten up this section.
>>
>
> It is admittedly a bit loose and I agree it'd be good to tighten it up.
> But part of why it's loose is that it tries to offer some protections for
> all those scenarios and more such as a general lost/stolen token. It's
> effectively trying to provide as many of the same types of
> protections/assurances that you'd get with TLS based PoP mechanisms (like
> OAuth MTLS or Token binding) to the extent that can be done at the HTTP
> application layer. Which can't realistically be exactly the same but can
> maybe be kinda close while actually being accessible and implementable
> because it's all done at the application layer. There are trade-offs, of
> course, and the document writers have endeavored to find a good balance i=
n
> the trade-off decisions we've made. But that doesn't mean they are
> necessarily the right decisions or are closed to discussion. To the casua=
l
> reader I would say that it turns out that getting an appropriate simple
> audience claim into an access token isn't nearly as simple as it might
> seem. And while it will prevent RS to RS replay (as long as both RSs aren=
't
> legit audiences) it doesn't help with preventing the use of tokens stolen
> or leaked by other means (including for refresh tokens issued to public
> clients).
>
>
>
>> Another potential motivation is for mobile apps. Some customers of ours
>> would like to tie access/refresh tokens to private key material generate=
d
>> on a secure element in the device, that can only be accessed after local
>> biometric authentication (e.g. TouchID/FaceID on iOS). I have suggested
>> using mTLS cert-bound tokens for this, but have heard some pushback due =
to
>> the difficulty of configuring support for client certs across diverse
>> infrastructure. A simple JWT-based solution like DPoP could fill this ne=
ed.
>>
>
> It's maybe not stated in the draft but this kind of thing is among the
> objectives (in my mind anyway).
>
>
>
>> My main concerns with the draft though are about efficiency and
>> scalability of the proposed approach:
>>
>> 1. The requirement to use public key signatures, along with the
>> anti-replay nonce, means that the RS is required to perform an expensive
>> signature verification check on every request. That is not going to scal=
e
>> up well. While there are more efficient schemes like Ed25519 now, these =
are
>> still typically an order of magnitude slower than HMAC and the latency a=
nd
>> CPU overhead is likely to be a non-starter for many APIs (especially whe=
n
>> you're billed by CPU usage). Public key signatures are also notoriously
>> fragile (see e.g. the history of nonce reuse/leakage vulnerabilities in
>> ECDSA or
>>
>
> Yes, asymmetric is more processing intensive than symmetric. But if you
> take away the distributed replay check (see next response), it will scale
> out just fine. I'm not so sure latency is a real issue here - while these
> operations are an order of magnitude slower we're still talking about tim=
es
> that are not perceptible to a human. CPU usage/cost is a part of a
> trade-off for the simplicity afforded by public/private keys.  And it is
> significantly simpler. The design you sketched out is admittedly quite
> clever but it's not even in the same ballpark with respect to complexity.
> And, as you pointed out, the other suggestion around symmetric keys has
> rather different security properties while still adding complexity. Addin=
g
> symmetric key support isn't something that can just be added on easily.
>
>
>
>>
>> 2. The advice for the RS to store a set of previously used nonces to
>> prevent replay will also hamper scalability, especially in large
>> deployments where such state would need to be replicated to all servers =
(or
>> use sticky load balancing, which comes with its own problems). This
>> violates the statelessness of HTTP, and it also potentially breaks
>> idempotency of operations: Think of the case where the JWT validation an=
d
>> replay protection is done at an API gateway but then the call to the
>> backend API server fails for a transient reason. The client (or a
>> proxy/library) cannot simply replay the (idempotent) request in this cas=
e
>> because it will be rejected by the gateway. It must instead recreate the
>> DPoP JWT, incurring additional overheads.
>>
>
> The actual value of replay checking on jti is somewhat questionable. The
> DPoP JWT only transits between client and server so a TLS MITM is likely
> needed to steal a DPoP JWT. But we are assuming TLS works here. And an
> active MITM could thwart this check by just being first to present DPoP
> JWT. I think the jti check made its way into the draft mostly because it
> seemed like something was needed to try and bring it closer to the TLS Po=
P
> models. Being aware of the scalability concerns, I did endeavor to write
> the text in such a way so as to leave some wiggle room in
> implementations/deployments with text like '"jti" SHOULD be used by the
> server for replay detection and prevention` and [ensure that] 'within a
> reasonable consideration of accuracy and resource utilization, a JWT with
> the same "jti" value has not been received previously'. The idea being th=
at
> using something eventually consistent or even local only to the runtime
> instance would be permissible. Perhaps that allowance and the rational
> could be made more clear? Or would you suggest to do away with the jti
> replay stuff al? Or something else?
>
>
>> 3. Minor: The use of a custom header for communicating the DPoP proof
>> will require additional CORS configuration on top of that already done f=
or
>> the Authorization header, and so adds a small amount of additional frict=
ion
>> for adoption. Given that CORS configuration changes often require approv=
al
>> by a security team, this may make more of an impact than you'd expect.
>>
>
> Feels really minor. I mean, we could try to roll everything up under one
> header. But it does seem unwarranted and would complicate things - at lea=
st
> in the model we've got now where the proof is sent the same way ono all
> types of requests.
>
>
>
> It's also not clear to me exactly what threat the anti-replay nonce is
>> protecting against. It does nothing against the replay scenario discusse=
d
>> in section 2, as I understand it - which really seems to be more of a Mi=
tM
>> scenario. Given that the connection between the client and the RS is
>> supposed to be over TLS, and TLS is already protected against replay
>> attacks, I think this part needs to be better motivated given the obviou=
s
>> costs of implementing it.
>>
>> I have a tentative suggestion for an alternative design which avoids
>> these problems, but at a cost of potentially more complexity elsewhere.
>> I'll summarise it here for consideration:
>>
>> 1. The client obtains an access token in the normal way. When calling th=
e
>> token endpoint it provides an EC/okp public key as the confirmation key =
to
>> be associated with the access/refresh tokens.
>>
>> 2. The first time the client calls an RS it passes its access token in
>> the Authorization: Bearer header as normal. (If the RS doesn't support D=
PoP
>> then this would just succeed and no further action is required by the
>> client - allowing clients to opportunistically ask for DPoP without need=
ing
>> a priori knowledge of RS capabilities).
>>
>> 3. The RS introspects the access token and learns the EC public key
>> associated with the access token. As there is no DPoP proof with the acc=
ess
>> token, the RS will generate a challenge in the following way:
>>     o The RS generates an ephemeral EC key pair for the same curve as
>> the confirmation key (e.g. P-256 or X25519).
>>     o The RS stores the ephemeral private key somewhere, associated with
>> this access token (see below for a scalable implementation choice)
>>     o The RS encodes the ephemeral public key into a JWK (epk) and
>> base64url-encodes it. It uses this as a challenge to the client by sendi=
ng
>> back a 401 response with WWW-Authenticate: DPoP 
>>
>> 4. The client decodes the epk challenge and performs an ECDH key
>> agreement between its private key and the challenge epk as per the metho=
d
>> described for the existing JWA ECDH-ES encryption algorithm. Rather than
>> deriving an AES key however, it derives a HMAC key for HS256. The "apu"
>> value is set to the access token (string value as ASCII bytes) and the
>> "apv" value is set to the hostname of the RS (e.g. "api.example.com").
>> This ensures that the derived key is cryptographically bound to the cont=
ext
>> in which it is used.
>>
>> 5. The client uses the HMAC key to create a DPoP proof JWT much like the
>> one in the current draft, but signed using the HS256 key. If a "kid" fie=
ld
>> was present in the challenge JWK sent by the RS then the same value MUST=
 be
>> used in the "kid" header of this discharge JWT. It retries its original
>> request sending Authorization: DPoP  at=3D.
>>
>> 6. The RS uses its stored ephemeral private key to derive the same HMAC
>> key and verify the DPoP discharge JWT. If it validates and all fields ar=
e
>> correct then the request is allowed.
>>
>> Efficient implementation trick:
>> Because the client is required to copy and "kid" value from the challeng=
e
>> JWK, the RS can preemptively carry out the ECDH key agreement immediatel=
y
>> and generate the derived HMAC key. The RS can then encrypt this derived =
key
>> using a local authenticated encryption key (e.g. AES-GCM) and use that
>> encrypted value as the "kid" value in the challenge (perhaps along with
>> some context or an expiry time). That way the RS only needs to decrypt t=
his
>> kid value rather than performing the ECDH key agreement on every request=
.
>> This also avoids the need for the RS to store any per-client state local=
ly.
>>
>> The challenge-response nature of the scheme prevents traditional replay
>> attacks in the case where a DPoP discharge JWT is accidentally leaked
>> through server logs or some other flaw, without needing to store nonces =
on
>> the server. Using the RS's hostname in the key derivation process preven=
ts
>> mitm attacks in a similar way to how FIDO/WebAuthn prevents this. Most
>> importantly, once a HS256 key has been derived between a client and RS t=
hey
>> can reuse that key for multiple requests, reducing the overhead of the E=
CDH
>> key agreement step. Either side can decide as a matter of policy how lon=
g
>> to let this occur and when to trigger a fresh challenge-response.
>>
>> Because this fits within the standard HTTP authentication framework, it
>> also requires no additional CORS configuration and is relatively easy to
>> plug in to existing HTTP client libraries.
>>
>> The main downside of this approach to me is the fact that you can't
>> simply reuse an existing JWT library to implement it, and so it will tak=
e
>> time for client libs to develop. (Although I think this might be achieva=
ble
>> now with existing *COSE* libraries). This would increase the risk of peo=
ple
>> hand-rolling solutions, rather than using well-tested libraries. On the
>> other hand, it uses fairly widely supported primitives so e.g. an
>> implementation using WebCrypto is probably only a few dozen lines of cod=
e.
>>
>> -- Neil
>>
>>
>> On 31 Oct 2019, at 19:20, Brian Campbell <
>> bcampbell=3D40pingidentity.com@dmarc.ietf.org> wrote:
>>
>> Hello WG,
>>
>> Just a quick note to let folks know that -03 of the DPoP draft was
>> published earlier today. The usual various document links are in the
>> forwarded message below and the relevant snippet from the doc history wi=
th
>> a summary of the changes is included here for convenience.
>>
>> Hopefully folks will have time to read the (relativity) short document
>> before the meeting(s) in Singapore where (spoiler alert) I plan to ask t=
hat
>> the WG consider adoption of the draft.
>>
>> Thanks,
>>
>>  -03
>>    o  rework the text around uniqueness requirements on the jti claim in
>>       the DPoP proof JWT
>>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>>       than "http_method", "http_uri", and "jkt#S256" respectively
>>    o  more explicit recommendation to use mTLS if that is available
>>    o  added David Waite as co-author
>>    o  editorial updates
>>
>> ---------- Forwarded message ---------
>> From: 
>> Date: Thu, Oct 31, 2019 at 11:53 AM
>> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
>> To: Torsten Lodderstedt , Michael Jones <
>> mbj@microsoft.com>, John Bradley =
>,
>> Brian Campbell , David Waite <
>> david@alkaline-solutions.com>, Daniel Fett 
>>
>>
>>
>> A new version of I-D, draft-fett-oauth-dpop-03.txt
>> has been successfully submitted by Brian Campbell and posted to the
>> IETF repository.
>>
>> Name:           draft-fett-oauth-dpop
>> Revision:       03
>> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the
>> Application Layer (DPoP)
>> Document date:  2019-10-30
>> Group:          Individual Submission
>> Pages:          15
>> URL:
>> https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt
>> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
>> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
>> Htmlized:
>> https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop
>> Diff:
>> https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03
>>
>> Abstract:
>>    This document describes a mechanism for sender-constraining OAuth 2.0
>>    tokens via a proof-of-possession mechanism on the application level.
>>    This mechanism allows for the detection of replay attacks with access
>>    and refresh tokens.
>>
>>
>>
>>
>> Please note that it may take a couple of minutes from the time of
>> submission
>> until the htmlized version and diff are available at tools.ietf.org.
>>
>> The IETF Secretariat
>>
>>
>> *CONFIDENTIALITY NOTICE: This email may contain confidential and
>> privileged material for the sole use of the intended recipient(s). Any
>> review, use, distribution or disclosure by others is strictly prohibited=
..
>> If you have received this communication in error, please notify the send=
er
>> immediately by e-mail and delete the message and any file attachments fr=
om
>> your computer. Thank you.*______________________________________________=
_
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>>
>>
>>
> *CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you.*
>
>
>

--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
material for the sole use of the intended recipient(s). Any review, use,=20
distribution or disclosure by others is strictly prohibited.=C2=A0 If you h=
ave=20
received this communication in error, please notify the sender immediately=
=20
by e-mail and delete the message and any file attachments from your=20
computer. Thank you._

--000000000000eb1c270597d5555f
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Yeah, suggestions and/or an MTI about algorithm suppo=
rt would probably be worthwhile. Perhaps also some defined means of signali=
ng when an unsupported algorithm is used along with any other reason a DPoP=
 is invalid or rejected.=C2=A0 

There are a lo=
t of tradeoffs in what claims are required and what protections are provide=
d etc. The aim of what was chosen was to do just enough to provide some rea=
sonable protections against reuse or use in a different context while being=
 simple to implement and deploy.


On Wed, Nov 20, 2019 at 6:34 =
AM Neil Madden <neil.madden@forgerock.com> wrote:
Thanks for the reply, Brian.=C2=A0
Collecting my thoughts up here rather than responding blow=
 by blow.

Public key signatures are simpler in some=
 respects, more complex in others. There are currently 10 public key JWS si=
gnature schemes defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA=
) - does an RS potentially have to support them all? If not, how do they ne=
gotiate algorithm support with the client?

On the =
other hand, the ECDH scheme I proposed can be implemented by adapting an ex=
isting ECDH-ES encryption support in a JWT library. For example, I discover=
ed while playing with this that our own internal library can implement the =
full flow I described entirely via the existing public API [1], so it's=
 not necessarily as complex as it first looks. I even knocked up a from-scr=
atch implementation in WebCrypto (JavaScript) without too much code [2].

But I admit that using an existing JWT library to si=
gn a JWT with an existing algorithm is even easier, and that counts for a l=
ot. Perhaps we can make concrete suggestions/requirements about algorithm s=
upport? e.g. "The RS MUST support RS256 and SHOULD support EdDSA. Othe=
r algorithms MAY be supported."=C2=A0

With re=
gards to replay protection, I think there are at least two reasonable posit=
ions:

1. We assume that TLS is secure and don'=
t try to defend against any compromise at that level. (Clearly none of the =
TLS-based PoP mechanisms survive if TLS is compromised, by definition). In =
this case the main attack to defend against is a malicious RS replaying the=
 access token elsewhere. Simply signing the origin of the RS would be enoug=
h to prevent this attack, while letting the client reuse the same JWT for m=
any requests (and the RS to cache the JWT validation). None of "jti&qu=
ot;, "htu", or "htm" seem relevant to this model.
=


2. We don't assume that TLS is secure (or it's =
not fully end-to-end) and try to provide some defense in depth against a Mi=
tM attacker replaying a token against the same RS. There is a graduated ser=
ies of steps you can take here, depending on how much you want to prevent t=
his:
=C2=A0 =C2=A0a. The DPoP token can be replayed for arbitrary=
 requests to the same RS but has a short time limit (e.g., exp claim or RS-=
enforced max lifetime from iat)
=C2=A0 =C2=A0b. The DPoP token ca=
n be replayed for the same request (htu/htm claims)
=C2=A0 =C2=A0=
c. The DPoP token can't be replayed at all - either because of jti blac=
klisting on the RS or a challenge-response protocol on each request.
<=
div>
(There are also variants such as including a hash of the=
 request body/headers, or encoding an ETag into the JWT).

I think either are reasonable design goals, but aiming for 2 adds m=
ore value. I think aiming for 2a is a reasonable default baseline that allo=
ws the client to reuse a DPoP token for a few requests, reducing the cost o=
f the signature (and the RS can cache the validated JWT). Support for 2b or=
 2c can then be listed as optional additions.

PS -=
 2a/2b can be achieved without PoP. I'll save that for another email in=
 the next few days though.




On 19 Nov 2019, at 07:43, Brian Cam=
pbell <b=
campbell@pingidentity.com> wrote:



On Thu, Nov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.c=
om> wrote:
<=
div dir=3D"ltr" style=3D"font-family:HelveticaNeue;font-size:14px;font-styl=
e:normal;font-variant-caps:normal;font-weight:normal;letter-spacing:normal;=
text-align:start;text-indent:0px;text-transform:none;white-space:normal;wor=
d-spacing:0px;text-decoration:none">
=C2=A0<=
/div>
Section 2 =
lists the main objective as being to harden against compromised/malicious A=
S or RS, which may attempt to replay captured tokens elsewhere. While this =
is a good idea, a casual reader might wonder why a simple audience claim in=
 the access token/introspection response is not sufficient to prevent this.=
 Because interactions between the client and RS are supposed to be over TLS=
, is the intended threat model one in which these protections have broken d=
own? ("counterfeit" in the description suggests this). Or is the =
motivation that clients want to get a single broad-scoped access token (for=
 usability/performance reasons) and use it to access multiple resource serv=
ers without giving each of them the ability to replay the token to the othe=
r servers? Or are we thinking of a phishing-type vulnerability were a gener=
al-purpose client might accidentally visit a malicious site which prompts f=
or an access token that the client then blindly goes off and gets? (UMA?) I=
t's not clear to me which of these scenarios is being considered, so it=
 would be good to tighten up this section.
It is admittedly a bit loose and I agree it'd be good to ti=
ghten it up. But part of why it's loose is that it tries to offer some =
protections for all those scenarios and more such as a general lost/stolen =
token. It's effectively trying to provide as many of the same types of =
protections/assurances that you'd get with TLS based PoP mechanisms (li=
ke OAuth MTLS or Token binding) to the extent that can be done at the HTTP =
application layer. Which can't realistically be exactly the same but ca=
n maybe be kinda close while actually being accessible and implementable be=
cause it's all done at the application layer. There are trade-offs, of =
course, and the document writers have endeavored to find a good balance in =
the trade-off decisions we've made. But that doesn't mean they are =
necessarily the right decisions or are closed to discussion. To the casual =
reader I would say that it turns out that getting an appropriate simple aud=
ience claim into an access token isn't nearly as simple as it might see=
m. And while it will prevent RS to RS replay (as long as both RSs aren'=
t legit audiences) it doesn't help with preventing the use of tokens st=
olen or leaked by other means (including for refresh tokens issued to publi=
c clients).=C2=A0
=C2=A0
Another potential motivation is for mobile apps. Some custome=
rs of ours would like to tie access/refresh tokens to private key material =
generated on a secure element in the device, that can only be accessed afte=
r local biometric authentication (e.g. TouchID/FaceID on iOS). I have sugge=
sted using mTLS cert-bound tokens for this, but have heard some pushback du=
e to the difficulty of configuring support for client certs across diverse =
infrastructure. A simple JWT-based solution like DPoP could fill this need.=


It's maybe not stated in t=
he draft but this kind of thing is among the objectives (in my mind anyway)=
.=C2=A0

=C2=A0
My main concerns with the dr=
aft though are about efficiency and scalability of the proposed approach:

1. The requirement to use public key signatures, al=
ong with the anti-replay nonce, means that the RS is required to perform an=
 expensive signature verification check on every request. That is not going=
 to scale up well. While there are more efficient schemes like Ed25519 now,=
 these are still typically an order of magnitude slower than HMAC and the l=
atency and CPU overhead is likely to be a non-starter for many APIs (especi=
ally when you're billed by CPU usage). Public key signatures are also n=
otoriously fragile (see e.g. the history of nonce reuse/leakage vulnerabili=
ties in ECDSA or=C2=A0

Yes, asy=
mmetric is more processing intensive than symmetric. But if you take away t=
he distributed replay check (see next response), it will scale out just fin=
e. I'm not so sure latency is a real issue here - while these operation=
s are an order of magnitude slower we're still talking about times that=
 are not perceptible to a human. CPU usage/cost is a part of a trade-off fo=
r the simplicity afforded by public/private keys.=C2=A0 And it is significa=
ntly simpler. The design you sketched out is admittedly quite clever but it=
's not even in the same ballpark with respect to complexity. And, as yo=
u pointed out, the other suggestion around symmetric keys has rather differ=
ent security properties while still adding complexity. Adding symmetric key=
 support isn't something that can just be added on easily.=C2=A0
<=
/div>
=C2=A0

2. The advice for the RS to store a set of previously used nonces to pre=
vent replay will also hamper scalability, especially in large deployments w=
here such state would need to be replicated to all servers (or use sticky l=
oad balancing, which comes with its own problems). This violates the statel=
essness of HTTP, and it also potentially breaks idempotency of operations: =
Think of the case where the JWT validation and replay protection is done at=
 an API gateway but then the call to the backend API server fails for a tra=
nsient reason. The client (or a proxy/library) cannot simply replay the (id=
empotent) request in this case because it will be rejected by the gateway. =
It must instead recreate the DPoP JWT, incurring additional overheads.

The actual value of replay checking=
 on jti is somewhat questionable. The DPoP JWT only transits between client=
 and server so a TLS MITM is likely needed to steal a DPoP JWT. But we are =
assuming TLS works here. And an active MITM could thwart this check by just=
 being first to present DPoP JWT. I think the jti check made its way into t=
he draft mostly because it seemed like something was needed to try and brin=
g it closer to the TLS PoP models. Being aware of the scalability concerns,=
 I did endeavor to write the text in such a way so as to leave some wiggle =
room in implementations/deployments with text like '"jti" SHO=
ULD be used by the server for replay detection and prevention` and [ensure =
that] 'within a reasonable consideration of accuracy and resource utili=
zation, a JWT with the same "jti" value has not been received pre=
viously'. The idea being that using something eventually consistent or =
even local only to the runtime instance would be permissible. Perhaps that =
allowance and the rational could be made more clear? Or would you suggest t=
o do away with the jti replay stuff al? Or something else?=C2=A0

3. Minor: The us=
e of a custom header for communicating the DPoP proof will require addition=
al CORS configuration on top of that already done for the Authorization hea=
der, and so adds a small amount of additional friction for adoption. Given =
that CORS configuration changes often require approval by a security team, =
this may make more of an impact than you'd expect.

Feels really minor. I mean, we could try to roll ev=
erything up under one header. But it does seem unwarranted and would compli=
cate things - at least in the model we've got now where the proof is se=
nt the same way ono all types of requests.=C2=A0
=C2=A0

=

It's also n=
ot clear to me exactly what threat the anti-replay nonce is protecting agai=
nst. It does nothing against the replay scenario discussed in section 2, as=
 I understand it - which really seems to be more of a MitM scenario. Given =
that the connection between the client and the RS is supposed to be over TL=
S, and TLS is already protected against replay attacks, I think this part n=
eeds to be better motivated given the obvious costs of implementing it.

I have a tentative suggestion for an alternative desi=
gn which avoids these problems, but at a cost of potentially more complexit=
y elsewhere. I'll summarise it here for consideration:

1. The client obtains an access token in the normal way. When call=
ing the token endpoint it provides an EC/okp public key as the confirmation=
 key to be associated with the access/refresh tokens.

<=
div>2. The first time the client calls an RS it passes its access token in =
the Authorization: Bearer header as normal. (If the RS doesn't support =
DPoP then this would just succeed and no further action is required by the =
client - allowing clients to opportunistically ask for DPoP without needing=
 a priori knowledge of RS capabilities).

3. The RS=
 introspects the access token and learns the EC public key associated with =
the access token. As there is no DPoP proof with the access token, the RS w=
ill generate a challenge in the following way:
=C2=A0 =C2=A0=C2=A0o The RS generates an ephemeral EC key pair for the same curv=
e as the confirmation key (e.g. P-256 or X25519).
=C2=A0 =C2=A0=C2=A0o The RS stores the ephemeral private key somewhere, assoc=
iated with this access token (see below for a scalable implementation choic=
e)
=C2=A0 =C2=A0=C2=A0o The RS encodes the ephemeral=
 public key into a JWK (epk) and base64url-encodes it. It uses this as a ch=
allenge to the client by sending back a 401 response with WWW-Authenticate:=
 DPoP <encoded-epk>

4. The client decodes th=
e epk challenge and performs an ECDH key agreement between its private key =
and the challenge epk as per the method described for the existing JWA ECDH=
-ES encryption algorithm. Rather than deriving an AES key however, it deriv=
es a HMAC key for HS256. The "apu" value is set to the access tok=
en (string value as ASCII bytes) and the "apv" value is set to th=
e hostname of the RS (e.g. "api.example.com"). This ensures that the derived key i=
s cryptographically bound to the context in which it is used.
5. The client uses the HMAC key to create a DPoP proof JWT much=
 like the one in the current draft, but signed using the HS256 key. If a &q=
uot;kid" field was present in the challenge JWK sent by the RS then th=
e same value MUST be used in the "kid" header of this discharge J=
WT. It retries its original request sending Authorization: DPoP <hmac-jw=
t> at=3D<access_token>.

6. The RS uses it=
s stored ephemeral private key to derive the same HMAC key and verify the D=
PoP discharge JWT. If it validates and all fields are correct then the requ=
est is allowed.

Efficient implementation trick:
Because the client is required to copy and "kid" value fr=
om the challenge JWK, the RS can preemptively carry out the ECDH key agreem=
ent immediately and generate the derived HMAC key. The RS can then encrypt =
this derived key using a local authenticated encryption key (e.g. AES-GCM) =
and use that encrypted value as the "kid" value in the challenge =
(perhaps along with some context or an expiry time). That way the RS only n=
eeds to decrypt this kid value rather than performing the ECDH key agreemen=
t on every request. This also avoids the need for the RS to store any per-c=
lient state locally.

The challenge-response nature=
 of the scheme prevents traditional replay attacks in the case where a DPoP=
 discharge JWT is accidentally leaked through server logs or some other fla=
w, without needing to store nonces on the server. Using the RS's hostna=
me in the key derivation process prevents mitm attacks in a similar way to =
how FIDO/WebAuthn prevents this. Most importantly, once a HS256 key has bee=
n derived between a client and RS they can reuse that key for multiple requ=
ests, reducing the overhead of the ECDH key agreement step. Either side can=
 decide as a matter of policy how long to let this occur and when to trigge=
r a fresh challenge-response.

Because this fits wi=
thin the standard HTTP authentication framework, it also requires no additi=
onal CORS configuration and is relatively easy to plug in to existing HTTP =
client libraries.

The main downside of this approa=
ch to me is the fact that you can't simply reuse an existing JWT librar=
y to implement it, and so it will take time for client libs to develop. (Al=
though I think this might be achievable now with existing *COSE* libraries)=
. This would increase the risk of people hand-rolling solutions, rather tha=
n using well-tested libraries. On the other hand, it uses fairly widely sup=
ported primitives so e.g. an implementation using WebCrypto is probably onl=
y a few dozen lines of code.

-- Neil


On 31 Oct 2019, at 19:20, Bri=
an Campbell <bcampbell=3D40pingidentity.com@dmarc.ietf.org&g=
t; wrote:

Hello WG,=C2=A0<=
br>

Just a quick note to let folks know that -03 o=
f the DPoP draft was published earlier today. The usual various document li=
nks are in the forwarded message below and the relevant snippet from the do=
c history with a summary of the changes is included here for convenience.=C2=A0

Hopefully folks will have ti=
me to read the (relativity) short document before the meeting(s) in Singapo=
re where (spoiler alert) I plan to ask that the WG consider adoption of the=
 draft.=C2=A0

Thanks,
<=
br>=C2=A0-03
=C2=A0 =C2=A0o =C2=A0rework the text around uniqueness requ=
irements on the jti claim in
=C2=A0 =C2=A0 =C2=A0=C2=A0the =
DPoP proof JWT
=C2=A0 =C2=A0o =C2=A0make tokens a bit smaller by using &=
quot;htm", "htu", and "jkt" rather
=C2=A0 =C2=
=A0 =C2=A0=C2=A0than "http_method", "http_uri&q=
uot;, and "jkt#S256" respectively
=C2=A0 =C2=A0o =C2=A0more ex=
plicit recommendation to use mTLS if that is available
=C2=A0 =C2=A0o =
=C2=A0added David Waite as co-author
=C2=A0 =C2=A0o =C2=A0editorial upda=
tes

---------- Forwarded message ---------
From:=C2=A0<internet-drafts@ietf.org>
Date: Thu, Oct 31,=
 2019 at 11:53 AM
Subject: New Version Notification for draft-fett-oauth=
-dpop-03.txt
To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jone=
s <mbj@microsoft.=
com>, John Bradley <ve7jtb@ve7jtb.com>, Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.com>, Daniel Fett <mail@danielfett.de>=
;



A new version of I-D, draft-fett-oauth-dpop-03.txthas been successfully submitted by Brian Campbell and posted to the
IE=
TF repository.

Name:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0draft-f=
ett-oauth-dpop
Revision:=C2=A0 =C2=A0 =C2=A0 =C2=A003
Title:=C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 OAuth 2.0 Demonstration of Proof-of-Possession =
at the Application Layer (DPoP)
Document date:=C2=A0 2019-10-30
Group=
:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Individual Submission
Pages:=C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 15
URL:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0=C2=A0https://ww=
w.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt
Status:=C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://datatr=
acker.ietf.org/doc/draft-fett-oauth-dpop/
Htmlized:=C2=A0 =C2=A0 =C2=
=A0 =C2=A0https://tools.ietf.org/html/draft-fett=
-oauth-dpop-03
Htmlized:=C2=A0 =C2=A0 =C2=A0 =C2=A0https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpo=
p
Diff:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03=


Abstract:
=C2=A0 =C2=A0This document describes a mechanism f=
or sender-constraining OAuth 2.0
=C2=A0 =C2=A0tokens via a proof-of-poss=
ession mechanism on the application level.
=C2=A0 =C2=A0This mechanism a=
llows for the detection of replay attacks with access
=C2=A0 =C2=A0and r=
efresh tokens.




Please note that it may take a couple of =
minutes from the time of submission
until the htmlized version and diff =
are available at=C2=A0tools.ietf.org.

The IETF Secre=
tariat


CONFIDENTIALITY NOTICE: This email m=
ay contain confidential and privileged material for the sole use of the int=
ended recipient(s). Any review, use, distribution or disclosure by others i=
s strictly prohibited..=C2=A0 If you have received this communication in er=
ror, please notify the sender immediately by e-mail and delete the message =
and any file attachments from your computer. Thank you.__=
_____________________________________________
OAuth mailing list
OAuth@ietf.org
https:=
//www.ietf.org/mailman/listinfo/oauth

<=
/div>

CONFIDENTIALITY NOTICE: This email may co=
ntain confidential and privileged material for the sole use of the intended=
 recipient(s). Any review, use, distribution or disclosure by others is str=
ictly prohibited.=C2=A0 If you have received this communication in error, p=
lease notify the sender immediately by e-mail and delete the message and an=
y file attachments from your computer. Thank you.





<=
span style=3D"margin:0px;padding:0px;border:0px;outline:0px;vertical-align:=
baseline;background:transparent;font-family:proxima-nova-zendesk,system-ui,=
-apple-system,BlinkMacSystemFont,"Segoe UI",Roboto,Oxygen-Sans,Ub=
untu,Cantarell,"Helvetica Neue",Arial,sans-serif;font-weight:600"=
>CONFIDENTIALITY NOTICE: This email may contain confidenti=
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From: Dick Hardt 
Date: Thu, 21 Nov 2019 18:07:19 +0800
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Subject: [OAUTH-WG] DPoP symmetric key idea
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--0000000000002646c00597d87749
Content-Type: text/plain; charset="UTF-8"

One take away I had from the meeting today, and form the mail list, is the
concern of doing asymmetric crypto on API calls. How about if we use the
Client's public key to encrypt a symmetric key and pass that back to the
Client in the token request response?

EG:

In response to the token request, the AS additionally returns a derived
symmetric key (SK) encrypted in a JWE using the Client's public key from
the DPoP Proof.

The SK = hash( salt, R )

R and the salt version V are included in the access token

The AS and the RS share salts with versions.

The Client decrypts the JWE and now has a symmetric key to sign a Symmetric
DPoP Proof.

The RS take R and V to calculate SK, and verify the signature of the
Symmetric DPoP

Here is an updated flow:

+--------+                                          +---------------+
|        |--(A)-- Token Request ------------------->|               |
| Client |        (DPoP Proof)                      | Authorization |
|        |                                          |     Server    |
|        |<-(B)-- DPoP-bound Access Token ----------|               |
|        |        (token_type=DPoP)                 +---------------+
|        |        PoP Refresh Token for public clients
|        |        Symmetric Key JWE

Client decrypts DPoP Symmetric Key

|        |
|        |                                          +---------------+
|        |--(C)-- DPoP-bound Access Token --------->|               |
|        |        (Symmetric DPoP Proof)             |    Resource   |
|        |                                          |     Server    |
|        |<-(D)-- Protected Resource ---------------|               |
|        |                                          +---------------+
+--------+

--0000000000002646c00597d87749
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


On=
e take away I had from the meeting today, and form the mail list, is the co=
ncern of doing asymmetric=C2=A0crypto on API calls. How about if we use the=
 Client's public key to encrypt a symmetric key and pass that back to t=
he Client in the token request response?

EG:=C2=A0=


In response to the token request, the AS addition=
ally returns a derived symmetric=C2=A0key (SK) encrypted in a JWE using the=
 Client's public key from the DPoP Proof.=C2=A0

The SK =3D hash( salt, R )

R and the salt versio=
n V are included in the access token

The AS and th=
e RS share salts with versions.

The Client decrypt=
s the JWE and now has a symmetric key to sign a Symmetric DPoP Proof.
=


The RS take R and V to calculate SK, and verify the sig=
nature of the Symmetric DPoP

Here is an updated=C2=
=A0flow:

+--------+=
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 +=
---------------+
|=C2=A0 =C2=A0 =
=C2=A0 =C2=A0 |--(A)-- Token Request ------------------->|=C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0|
| Client |=C2=A0 =C2=A0 =C2=A0 =C2=A0 (DPoP Proof)=C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 | Authorizat=
ion |
|=C2=A0 =C2=A0 =C2=A0 =C2=
=A0 |=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 |=C2=A0 =C2=A0 =C2=A0Server=C2=A0 =C2=A0 |
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |<-(B)-- DPoP-bound Access T=
oken ----------|=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0|
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=
=A0 =C2=A0 =C2=A0 =C2=A0 (token_type=3DDPoP)=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0+---------------+
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0 =C2=A0 P=
oP Refresh Token for public clients
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0 =C2=A0 Symmetric=C2=
=A0Key JWE

=
Client decrypts DPoP=C2=A0Symmetric=C2=A0Key

|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0=
 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 +-------=
--------+
|=C2=A0 =C2=A0 =C2=A0 =
=C2=A0 |--(C)-- DPoP-bound Access Token --------->|=C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0|
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0 =C2=A0 (Symmet=
ric=C2=A0DPoP Proof)=C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0|=C2=A0 =C2=A0 Resource=C2=A0 =C2=A0|
=
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0=
 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0S=
erver=C2=A0 =C2=A0 |
|=C2=A0 =C2=
=A0 =C2=A0 =C2=A0 |<-(D)-- Protected Resource ---------------|=C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0|
|=C2=A0 =C2=A0 =C2=A0 =C2=A0 |=C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 +---------------+
+--------+


--0000000000002646c00597d87749--


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From: David Waite 
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To: Dick Hardt 
References: 
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Subject: Re: [OAUTH-WG] DPoP symmetric key idea
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	charset=utf-8

There seems two prevailing approaches:

1. The AS generates a symmetric key and encrypts it to a specific =
audience as part of/associated with the access token (KDC-type model).
2. The client attempts asymmetric use, and the resource server =
negotiates a symmetric key specific to it.

The first model has advantages in terms of potentially eliminating all =
API-level symmetric crypto and of simplifying/optimizing the first =
client/resource interaction.=20

The second model has an advantage of being an extension of the =
asymmetric model, leaving the AS out of a non-authorization requirement =
of the resource server, and amortizes the cost of the crypto over the =
lifetime of the authorization (since the negotiated key can be reused =
with the next access token). The audience target for the token is no =
longer restricted by the shared secret, since you can negotiate a =
separate symmetric key per resource server. The first access of a =
resource does however have an extra round-trip.

The first model has a single shared secret between the AS and RS, which =
would need to be somehow negotiated.  The private key in the second =
model can create issues where a resource server is actually a =
distributed system like a CDN - draft-ietf-tls-subcerts is an effort to =
try to make that more robust in the TLS space. The second model's =
protocol may wind up using a =E2=80=99service ticket=E2=80=99 style =
sharing of a symmetric key so that each RS node does not have to do =
their own challenge and key derivation on first communication, and to =
lighten the need for caching.

Both systems wind up adding complexity around key rotation. The first =
model can report an issue with key rotation by using a 401 to trigger a =
refresh of the access token - the AS would know in this case the RS has =
a new symmetric key and take that into account with the new access =
token. The second model would trigger a renegotiation on the RS itself.

Finally, it is worth considering that some secure elements (such as on =
iOS devices) do not expose support for symmetric keys, and SubtleCrypto =
in browsers will likely require any symmetric key to be imported such =
that the key itself exists in the Javascript sandbox unencrypted, at =
least for some period of time. Use of symmetric keys thus increases the =
risk of exfiltration, so the time between refreshes (or the access token =
lifetime in environments without refresh tokens) may be reduced in =
consideration. Under this reduced lifetime, amortization of asymmetric =
crypto may have less of an effect.

-DW

> On Nov 21, 2019, at 3:07 AM, Dick Hardt  wrote:
>=20
> One take away I had from the meeting today, and form the mail list, is =
the concern of doing asymmetric crypto on API calls. How about if we use =
the Client's public key to encrypt a symmetric key and pass that back to =
the Client in the token request response?
>=20
> EG:=20
>=20
> In response to the token request, the AS additionally returns a =
derived symmetric key (SK) encrypted in a JWE using the Client's public =
key from the DPoP Proof.=20
>=20
> The SK =3D hash( salt, R )
>=20
> R and the salt version V are included in the access token
>=20
> The AS and the RS share salts with versions.
>=20
> The Client decrypts the JWE and now has a symmetric key to sign a =
Symmetric DPoP Proof.
>=20
> The RS take R and V to calculate SK, and verify the signature of the =
Symmetric DPoP
>=20
> Here is an updated flow:
>=20
> +--------+                                          +---------------+
> |        |--(A)-- Token Request ------------------->|               |
> | Client |        (DPoP Proof)                      | Authorization |
> |        |                                          |     Server    |
> |        |<-(B)-- DPoP-bound Access Token ----------|               |
> |        |        (token_type=3DDPoP)                 =
+---------------+
> |        |        PoP Refresh Token for public clients
> |        |        Symmetric Key JWE
>=20
> Client decrypts DPoP Symmetric Key
>=20
> |        |
> |        |                                          +---------------+
> |        |--(C)-- DPoP-bound Access Token --------->|               |
> |        |        (Symmetric DPoP Proof)             |    Resource   |
> |        |                                          |     Server    |
> |        |<-(D)-- Protected Resource ---------------|               |
> |        |                                          +---------------+
> +--------+
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


--Apple-Mail=_B757334F-5D94-40A0-BE1A-8D687FF63E4D
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=utf-8

There=
 seems two prevailing approaches:

1. The AS generates a symmetric key and encrypts it to a =
specific audience as part of/associated with the access token (KDC-type =
model).
2. The client attempts asymmetric use, and =
the resource server negotiates a symmetric key specific to it.

The first model has advantages =
in terms of potentially eliminating all API-level symmetric crypto and =
of simplifying/optimizing the first client/resource =
interaction. 

The second model =
has an advantage of being an extension of the asymmetric model, leaving =
the AS out of a non-authorization requirement of the resource server, =
and amortizes the cost of the crypto over the lifetime of the =
authorization (since the negotiated key can be reused with the next =
access token). The audience target for the token is no longer restricted =
by the shared secret, since you can negotiate a separate symmetric key =
per resource server. The first access of a resource does however have an =
extra round-trip.

The first model =
has a single shared secret between the AS and RS, which would need to be =
somehow negotiated.  The private key in the second model can create =
issues where a resource server is actually a distributed system like a =
CDN - draft-ietf-tls-subcerts is =
an effort to try to make that more robust in the TLS space. The second =
model's protocol may wind up using a =E2=80=99service ticket=E2=80=99 =
style sharing of a symmetric key so that each RS node does not have to =
do their own challenge and key derivation on first communication, and to =
lighten the need for caching.

Both =
systems wind up adding complexity around key rotation. The first model =
can report an issue with key rotation by using a 401 to trigger a =
refresh of the access token - the AS would know in this case the RS has =
a new symmetric key and take that into account with the new access =
token. The second model would trigger a renegotiation on the RS =
itself.

Finally, it is worth =
considering that some secure elements (such as on iOS devices) do not =
expose support for symmetric keys, and SubtleCrypto in browsers will =
likely require any symmetric key to be imported such that the key itself =
exists in the Javascript sandbox unencrypted, at least for some period =
of time. Use of symmetric keys thus increases the risk of exfiltration, =
so the time between refreshes (or the access token lifetime in =
environments without refresh tokens) may be reduced in consideration. =
Under this reduced lifetime, amortization of asymmetric crypto may have =
less of an effect.

-DW

On Nov 21, 2019, at 3:07 AM, Dick Hardt <dick.hardt@gmail.com> wrote:

One take away I had from the =
meeting today, and form the mail list, is the concern of doing =
asymmetric crypto on API calls. How about if we use the Client's =
public key to encrypt a symmetric key and pass that back to the Client =
in the token request response?

EG: 

In response to the token request, the =
AS additionally returns a derived symmetric key (SK) encrypted in a =
JWE using the Client's public key from the DPoP Proof. 

The SK =3D hash( salt, R =
)

R and the =
salt version V are included in the access token

The AS and the RS share salts with =
versions.

The =
Client decrypts the JWE and now has a symmetric key to sign a Symmetric =
DPoP Proof.

The =
RS take R and V to calculate SK, and verify the signature of the =
Symmetric DPoP

Here is an updated flow:

+--------+              =
                    =
        +---------------+
|      =
  |--(A)-- Token Request ------------------->|    =
           |
| Client |    =
    (DPoP Proof)            =
          | Authorization |
|      =
  |                  =
                    =
    |     Server    =
|
|  =
      |<-(B)-- DPoP-bound Access Token =
----------|              =
 |
|        |        =
(token_type=3DDPoP)              =
   +---------------+
|        |  =
      PoP Refresh Token for public =
clients
|        |        =
Symmetric Key JWE

Client decrypts =
DPoP Symmetric Key

|        =
|
|  =
      |              =
                    =
        +---------------+
|      =
  |--(C)-- DPoP-bound Access Token --------->|    =
           |
|      =
  |        (Symmetric DPoP Proof)      =
       |    Resource  =
 |
|        |        =
                    =
              |    =
 Server    |
|        |<-(D)-- =
Protected Resource ---------------|          =
     |
|        |        =
                    =
              =
+---------------+
+--------+

_______________________________________________
OAuth =
mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth

=

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From: Pedram Hosseyni 
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Subject: [OAUTH-WG] WGLC review of draft-ietf-oauth-security-topics-13
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Dear all,

I have a few comments about the leakage of access tokens and the 
underlying assumptions:

Section 2, A5 should be clarified:

"a resource server can be compromised by an attacker": Is the assumption 
that the attacker cannot get access to the resources stored at the 
compromised RS (or only parts of it)? Otherwise, the attacker does not 
need to get an AT anymore. A more differentiated view on RS 
compromisation is already given in Section 4.8.2, but this is not 
reflected in A5.

Also, A5 states that "an access token may be sent to an 
attacker-controlled resource server due to a misconfiguration," which 
does not require the compromisation of an honest RS.

Perhaps one could be more generic here and just say that the AT leaks to 
the attacker. However, a misconfigured RS endpoint not only gets the 
request to this endpoint (containing an AT) but can also respond and 
provide the RO with wrong resources. At the same time, if, say, the RO 
thinks that she is connected to her cloud storage, the attacker would 
get access to all uploaded data.

Is this really what A5 should express, or is the primary focus on the 
leakage of the AT?

Also, for this or the next version of this document, the Cuckoo's Token 
attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ ), should 
be addressed. We also discussed this issue extensively at the last OSW 
in Stuttgart.

Typo: Section 3.5: MTLS -> mTLS

Best regards
Pedram Hosseyni

-- 
Pedram Hosseyni, M.Sc.
Room V38 2.438
Institute of Information Security - SEC
Universität Stuttgart
Universitätsstraße 38
D-70569 Stuttgart
Germany
Phone: +49 711 685 88454
https://sec.uni-stuttgart.de


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From: Neil Madden 
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To: Brian Campbell 
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At the end of my previous email I mentioned that you can achieve some of =
the same aims as DPoP without needing a PoP mechanism at all. This email =
is that follow-up.

OAuth is agnostic about the format of access tokens and many vendors =
support either random string database tokens or JWTs. But there are =
other choices for access token format, some of which have more =
interesting properties. In particular, Google proposed Macaroons a few =
years ago as a "better cookie" [1] and I think they systematically =
address many of these issues when used as an access token format.

For those who aren't familiar with them, Macaroons are a bit like a =
HS256 JWT. They have a location (a bit like the audience in a JWT) and =
an identifier (an arbitrary string) and then are signed with HMAC-SHA256 =
using a secret key. (There's no claims set or headers - they are very =
minimal). In this case the secret key would be owned by the AS and used =
to sign macaroon-based access tokens. Validating the token would be done =
via token introspection at the AS.

The clever bit is that anybody at all can append "caveats" to a macaroon =
at any time, but nobody can remove one once added. Caveats are =
restrictions on the use of a token - they only ever reduce the authority =
granted by the token, never expand it. The AS can validate the token and =
all the caveats with its secret key. So, for example, if an access token =
was a macaroon then the client could append a caveat to reduce the =
scope, or reduce the expiry time, or reduce the audience, and so on.

The really clever bit is that the client can keep a copy of the original =
token and create restricted versions to send to different resource =
servers. Because HMAC is very cheap, the client can even do this before =
each and every request. (This is what the original paper refers to as =
"contextual caveats"). This means that a client can be issued a single =
access token from the AS with broad scope and applicable to many =
different RS and can then locally create restricted copies for each =
individual RS.

The relevance to DPoP is that the client could even append caveats =
equivalent to "htm" and "htu" just before sending the access token to =
the RS, and maybe add an "exp" for 5 seconds in the future, reduce the =
scope, and so on:

  newAccessToken =3D accessToken.withCaveats({
    exp: now + 5seconds,
    scope: "a b",
    htm: "POST",
    ...
  });
  httpClient.post(data, Authorization: Bearer newAccessToken);

Note that the client doesn't need anything extra here - no keys, extra =
tokens etc. They just have the access token and a macaroon library.

The RS will see an opaque access token, send it to the AS for =
introspection. The AS however, will see and validate the new caveats on =
the token and return an introspection response with the restricted scope =
and expiry time, and return the htm/htu restrictions that the RS can =
then enforce.=20

For clients this is transparent until they want to take advantage of it =
and then they can just use an off-the-shelf macaroon library. For the RS =
it is also completely transparent. All the (relatively small) complexity =
lives in the AS, which just has to be able to produce and verify =
macaroons and take caveats into account when performing token =
introspection - e.g. the returned scope should be the intersection of =
the original token scope and any scope caveats. But I don't think this =
would be too much effort.

[1]: https://ai.google/research/pubs/pub41892 =


-- Neil

> On 21 Nov 2019, at 06:23, Brian Campbell  =
wrote:
>=20
> Yeah, suggestions and/or an MTI about algorithm support would probably =
be worthwhile. Perhaps also some defined means of signaling when an =
unsupported algorithm is used along with any other reason a DPoP is =
invalid or rejected. =20
>=20
> There are a lot of tradeoffs in what claims are required and what =
protections are provided etc. The aim of what was chosen was to do just =
enough to provide some reasonable protections against reuse or use in a =
different context while being simple to implement and deploy.
>=20
>=20
> On Wed, Nov 20, 2019 at 6:34 AM Neil Madden > wrote:
> Thanks for the reply, Brian.=20
>=20
> Collecting my thoughts up here rather than responding blow by blow.
>=20
> Public key signatures are simpler in some respects, more complex in =
others. There are currently 10 public key JWS signature schemes defined =
(ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS =
potentially have to support them all? If not, how do they negotiate =
algorithm support with the client?
>=20
> On the other hand, the ECDH scheme I proposed can be implemented by =
adapting an existing ECDH-ES encryption support in a JWT library. For =
example, I discovered while playing with this that our own internal =
library can implement the full flow I described entirely via the =
existing public API [1], so it's not necessarily as complex as it first =
looks. I even knocked up a from-scratch implementation in WebCrypto =
(JavaScript) without too much code [2].
>=20
> But I admit that using an existing JWT library to sign a JWT with an =
existing algorithm is even easier, and that counts for a lot. Perhaps we =
can make concrete suggestions/requirements about algorithm support? e.g. =
"The RS MUST support RS256 and SHOULD support EdDSA. Other algorithms =
MAY be supported."=20
>=20
> With regards to replay protection, I think there are at least two =
reasonable positions:
>=20
> 1. We assume that TLS is secure and don't try to defend against any =
compromise at that level. (Clearly none of the TLS-based PoP mechanisms =
survive if TLS is compromised, by definition). In this case the main =
attack to defend against is a malicious RS replaying the access token =
elsewhere. Simply signing the origin of the RS would be enough to =
prevent this attack, while letting the client reuse the same JWT for =
many requests (and the RS to cache the JWT validation). None of "jti", =
"htu", or "htm" seem relevant to this model.
>=20
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) =
and try to provide some defense in depth against a MitM attacker =
replaying a token against the same RS. There is a graduated series of =
steps you can take here, depending on how much you want to prevent this:
>    a. The DPoP token can be replayed for arbitrary requests to the =
same RS but has a short time limit (e.g., exp claim or RS-enforced max =
lifetime from iat)
>    b. The DPoP token can be replayed for the same request (htu/htm =
claims)
>    c. The DPoP token can't be replayed at all - either because of jti =
blacklisting on the RS or a challenge-response protocol on each request.
>=20
> (There are also variants such as including a hash of the request =
body/headers, or encoding an ETag into the JWT).
>=20
> I think either are reasonable design goals, but aiming for 2 adds more =
value. I think aiming for 2a is a reasonable default baseline that =
allows the client to reuse a DPoP token for a few requests, reducing the =
cost of the signature (and the RS can cache the validated JWT). Support =
for 2b or 2c can then be listed as optional additions.
>=20
> PS - 2a/2b can be achieved without PoP. I'll save that for another =
email in the next few days though.
>=20
> [1]: =
https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496 =

> [2]: =
https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7 =

>=20
>=20
> -- Neil
>=20
>> On 19 Nov 2019, at 07:43, Brian Campbell > wrote:
>>=20
>>=20
>>=20
>> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden =
> wrote:
>> I can't attend Singapore either in person or remotely due to other =
commitments. I broadly support adoption of this draft, but I have some =
comments/suggestions about it.
>>=20
>> Thanks Neil. And sorry to hear that you won't be in Singapore. This =
kind of stuff is definitely more easily discussed in person (for me =
anyway). But I'll try and comment on your comments here as best I can. I =
also plan to also mention them in the Wednesday and/or Thursday =
presentation.=20
>> =20
>> Section 2 lists the main objective as being to harden against =
compromised/malicious AS or RS, which may attempt to replay captured =
tokens elsewhere. While this is a good idea, a casual reader might =
wonder why a simple audience claim in the access token/introspection =
response is not sufficient to prevent this. Because interactions between =
the client and RS are supposed to be over TLS, is the intended threat =
model one in which these protections have broken down? ("counterfeit" in =
the description suggests this). Or is the motivation that clients want =
to get a single broad-scoped access token (for usability/performance =
reasons) and use it to access multiple resource servers without giving =
each of them the ability to replay the token to the other servers? Or =
are we thinking of a phishing-type vulnerability were a general-purpose =
client might accidentally visit a malicious site which prompts for an =
access token that the client then blindly goes off and gets? (UMA?) It's =
not clear to me which of these scenarios is being considered, so it =
would be good to tighten up this section.
>>=20
>> It is admittedly a bit loose and I agree it'd be good to tighten it =
up. But part of why it's loose is that it tries to offer some =
protections for all those scenarios and more such as a general =
lost/stolen token. It's effectively trying to provide as many of the =
same types of protections/assurances that you'd get with TLS based PoP =
mechanisms (like OAuth MTLS or Token binding) to the extent that can be =
done at the HTTP application layer. Which can't realistically be exactly =
the same but can maybe be kinda close while actually being accessible =
and implementable because it's all done at the application layer. There =
are trade-offs, of course, and the document writers have endeavored to =
find a good balance in the trade-off decisions we've made. But that =
doesn't mean they are necessarily the right decisions or are closed to =
discussion. To the casual reader I would say that it turns out that =
getting an appropriate simple audience claim into an access token isn't =
nearly as simple as it might seem. And while it will prevent RS to RS =
replay (as long as both RSs aren't legit audiences) it doesn't help with =
preventing the use of tokens stolen or leaked by other means (including =
for refresh tokens issued to public clients).=20
>> =20
>> Another potential motivation is for mobile apps. Some customers of =
ours would like to tie access/refresh tokens to private key material =
generated on a secure element in the device, that can only be accessed =
after local biometric authentication (e.g. TouchID/FaceID on iOS). I =
have suggested using mTLS cert-bound tokens for this, but have heard =
some pushback due to the difficulty of configuring support for client =
certs across diverse infrastructure. A simple JWT-based solution like =
DPoP could fill this need.
>>=20
>> It's maybe not stated in the draft but this kind of thing is among =
the objectives (in my mind anyway).=20
>>=20
>> =20
>> My main concerns with the draft though are about efficiency and =
scalability of the proposed approach:
>>=20
>> 1. The requirement to use public key signatures, along with the =
anti-replay nonce, means that the RS is required to perform an expensive =
signature verification check on every request. That is not going to =
scale up well. While there are more efficient schemes like Ed25519 now, =
these are still typically an order of magnitude slower than HMAC and the =
latency and CPU overhead is likely to be a non-starter for many APIs =
(especially when you're billed by CPU usage). Public key signatures are =
also notoriously fragile (see e.g. the history of nonce reuse/leakage =
vulnerabilities in ECDSA or=20
>>=20
>> Yes, asymmetric is more processing intensive than symmetric. But if =
you take away the distributed replay check (see next response), it will =
scale out just fine. I'm not so sure latency is a real issue here - =
while these operations are an order of magnitude slower we're still =
talking about times that are not perceptible to a human. CPU usage/cost =
is a part of a trade-off for the simplicity afforded by public/private =
keys.  And it is significantly simpler. The design you sketched out is =
admittedly quite clever but it's not even in the same ballpark with =
respect to complexity. And, as you pointed out, the other suggestion =
around symmetric keys has rather different security properties while =
still adding complexity. Adding symmetric key support isn't something =
that can just be added on easily.=20
>=20
>> =20
>>=20
>> 2. The advice for the RS to store a set of previously used nonces to =
prevent replay will also hamper scalability, especially in large =
deployments where such state would need to be replicated to all servers =
(or use sticky load balancing, which comes with its own problems). This =
violates the statelessness of HTTP, and it also potentially breaks =
idempotency of operations: Think of the case where the JWT validation =
and replay protection is done at an API gateway but then the call to the =
backend API server fails for a transient reason. The client (or a =
proxy/library) cannot simply replay the (idempotent) request in this =
case because it will be rejected by the gateway. It must instead =
recreate the DPoP JWT, incurring additional overheads.
>>=20
>> The actual value of replay checking on jti is somewhat questionable. =
The DPoP JWT only transits between client and server so a TLS MITM is =
likely needed to steal a DPoP JWT. But we are assuming TLS works here. =
And an active MITM could thwart this check by just being first to =
present DPoP JWT. I think the jti check made its way into the draft =
mostly because it seemed like something was needed to try and bring it =
closer to the TLS PoP models. Being aware of the scalability concerns, I =
did endeavor to write the text in such a way so as to leave some wiggle =
room in implementations/deployments with text like '"jti" SHOULD be used =
by the server for replay detection and prevention` and [ensure that] =
'within a reasonable consideration of accuracy and resource utilization, =
a JWT with the same "jti" value has not been received previously'. The =
idea being that using something eventually consistent or even local only =
to the runtime instance would be permissible. Perhaps that allowance and =
the rational could be made more clear? Or would you suggest to do away =
with the jti replay stuff al? Or something else?=20
>>=20
>> 3. Minor: The use of a custom header for communicating the DPoP proof =
will require additional CORS configuration on top of that already done =
for the Authorization header, and so adds a small amount of additional =
friction for adoption. Given that CORS configuration changes often =
require approval by a security team, this may make more of an impact =
than you'd expect.
>>=20
>> Feels really minor. I mean, we could try to roll everything up under =
one header. But it does seem unwarranted and would complicate things - =
at least in the model we've got now where the proof is sent the same way =
ono all types of requests.=20
>> =20
>>=20
>> It's also not clear to me exactly what threat the anti-replay nonce =
is protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.
>>=20
>> I have a tentative suggestion for an alternative design which avoids =
these problems, but at a cost of potentially more complexity elsewhere. =
I'll summarise it here for consideration:
>>=20
>> 1. The client obtains an access token in the normal way. When calling =
the token endpoint it provides an EC/okp public key as the confirmation =
key to be associated with the access/refresh tokens.
>>=20
>> 2. The first time the client calls an RS it passes its access token =
in the Authorization: Bearer header as normal. (If the RS doesn't =
support DPoP then this would just succeed and no further action is =
required by the client - allowing clients to opportunistically ask for =
DPoP without needing a priori knowledge of RS capabilities).
>>=20
>> 3. The RS introspects the access token and learns the EC public key =
associated with the access token. As there is no DPoP proof with the =
access token, the RS will generate a challenge in the following way:
>>     o The RS generates an ephemeral EC key pair for the same curve as =
the confirmation key (e.g. P-256 or X25519).
>>     o The RS stores the ephemeral private key somewhere, associated =
with this access token (see below for a scalable implementation choice)
>>     o The RS encodes the ephemeral public key into a JWK (epk) and =
base64url-encodes it. It uses this as a challenge to the client by =
sending back a 401 response with WWW-Authenticate: DPoP 
>>=20
>> 4. The client decodes the epk challenge and performs an ECDH key =
agreement between its private key and the challenge epk as per the =
method described for the existing JWA ECDH-ES encryption algorithm. =
Rather than deriving an AES key however, it derives a HMAC key for =
HS256. The "apu" value is set to the access token (string value as ASCII =
bytes) and the "apv" value is set to the hostname of the RS (e.g. =
"api.example.com "). This ensures that the =
derived key is cryptographically bound to the context in which it is =
used.
>>=20
>> 5. The client uses the HMAC key to create a DPoP proof JWT much like =
the one in the current draft, but signed using the HS256 key. If a "kid" =
field was present in the challenge JWK sent by the RS then the same =
value MUST be used in the "kid" header of this discharge JWT. It retries =
its original request sending Authorization: DPoP  =
at=3D.
>>=20
>> 6. The RS uses its stored ephemeral private key to derive the same =
HMAC key and verify the DPoP discharge JWT. If it validates and all =
fields are correct then the request is allowed.
>>=20
>> Efficient implementation trick:
>> Because the client is required to copy and "kid" value from the =
challenge JWK, the RS can preemptively carry out the ECDH key agreement =
immediately and generate the derived HMAC key. The RS can then encrypt =
this derived key using a local authenticated encryption key (e.g. =
AES-GCM) and use that encrypted value as the "kid" value in the =
challenge (perhaps along with some context or an expiry time). That way =
the RS only needs to decrypt this kid value rather than performing the =
ECDH key agreement on every request. This also avoids the need for the =
RS to store any per-client state locally.
>>=20
>> The challenge-response nature of the scheme prevents traditional =
replay attacks in the case where a DPoP discharge JWT is accidentally =
leaked through server logs or some other flaw, without needing to store =
nonces on the server. Using the RS's hostname in the key derivation =
process prevents mitm attacks in a similar way to how FIDO/WebAuthn =
prevents this. Most importantly, once a HS256 key has been derived =
between a client and RS they can reuse that key for multiple requests, =
reducing the overhead of the ECDH key agreement step. Either side can =
decide as a matter of policy how long to let this occur and when to =
trigger a fresh challenge-response.
>>=20
>> Because this fits within the standard HTTP authentication framework, =
it also requires no additional CORS configuration and is relatively easy =
to plug in to existing HTTP client libraries.
>>=20
>> The main downside of this approach to me is the fact that you can't =
simply reuse an existing JWT library to implement it, and so it will =
take time for client libs to develop. (Although I think this might be =
achievable now with existing *COSE* libraries). This would increase the =
risk of people hand-rolling solutions, rather than using well-tested =
libraries. On the other hand, it uses fairly widely supported primitives =
so e.g. an implementation using WebCrypto is probably only a few dozen =
lines of code.
>>=20
>> -- Neil
>>=20
>>=20
>>> On 31 Oct 2019, at 19:20, Brian Campbell =
> wrote:
>>>=20
>>> Hello WG,=20
>>>=20
>>> Just a quick note to let folks know that -03 of the DPoP draft was =
published earlier today. The usual various document links are in the =
forwarded message below and the relevant snippet from the doc history =
with a summary of the changes is included here for convenience.=20
>>>=20
>>> Hopefully folks will have time to read the (relativity) short =
document before the meeting(s) in Singapore where (spoiler alert) I plan =
to ask that the WG consider adoption of the draft.=20
>>>=20
>>> Thanks,
>>>=20
>>>  -03
>>>    o  rework the text around uniqueness requirements on the jti =
claim in
>>>       the DPoP proof JWT
>>>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" =
rather
>>>       than "http_method", "http_uri", and "jkt#S256" respectively
>>>    o  more explicit recommendation to use mTLS if that is available
>>>    o  added David Waite as co-author
>>>    o  editorial updates
>>>=20
>>> ---------- Forwarded message ---------
>>> From: >
>>> Date: Thu, Oct 31, 2019 at 11:53 AM
>>> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
>>> To: Torsten Lodderstedt >, Michael Jones >, John Bradley >, Brian Campbell >, David Waite =
>, =
Daniel Fett >
>>>=20
>>>=20
>>>=20
>>> A new version of I-D, draft-fett-oauth-dpop-03.txt
>>> has been successfully submitted by Brian Campbell and posted to the
>>> IETF repository.
>>>=20
>>> Name:           draft-fett-oauth-dpop
>>> Revision:       03
>>> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at =
the Application Layer (DPoP)
>>> Document date:  2019-10-30
>>> Group:          Individual Submission
>>> Pages:          15
>>> URL:            =
https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt =

>>> Status:         =
https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/ =

>>> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03 =

>>> Htmlized:       =
https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop =

>>> Diff:           =
https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03 =

>>>=20
>>> Abstract:
>>>    This document describes a mechanism for sender-constraining OAuth =
2.0
>>>    tokens via a proof-of-possession mechanism on the application =
level.
>>>    This mechanism allows for the detection of replay attacks with =
access
>>>    and refresh tokens.
>>>=20
>>>=20
>>>=20
>>>=20
>>> Please note that it may take a couple of minutes from the time of =
submission
>>> until the htmlized version and diff are available at tools.ietf.org =
.
>>>=20
>>> The IETF Secretariat
>>>=20
>>>=20
>>> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank =
you._______________________________________________
>>> OAuth mailing list
>>> OAuth@ietf.org 
>>> https://www.ietf.org/mailman/listinfo/oauth =

>>=20
>>=20
>> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited.  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank you.
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited.  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
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--Apple-Mail=_1EDEE73C-29E0-4C44-BE91-F5043989DCEA
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=us-ascii

At =
the end of my previous email I mentioned that you can achieve some of =
the same aims as DPoP without needing a PoP mechanism at all. This email =
is that follow-up.

OAuth is agnostic about the format of access tokens and many =
vendors support either random string database tokens or JWTs. But there =
are other choices for access token format, some of which have more =
interesting properties. In particular, Google proposed Macaroons a few =
years ago as a "better cookie" [1] and I think they systematically =
address many of these issues when used as an access token =
format.

For =
those who aren't familiar with them, Macaroons are a bit like a HS256 =
JWT. They have a location (a bit like the audience in a JWT) and an =
identifier (an arbitrary string) and then are signed with HMAC-SHA256 =
using a secret key. (There's no claims set or headers - they are very =
minimal). In this case the secret key would be owned by the AS and used =
to sign macaroon-based access tokens. Validating the token would be done =
via token introspection at the AS.

The clever bit is that anybody at all =
can append "caveats" to a macaroon at any time, but nobody can remove =
one once added. Caveats are restrictions on the use of a token - they =
only ever reduce the authority granted by the token, never expand it. =
The AS can validate the token and all the caveats with its secret key. =
So, for example, if an access token was a macaroon then the client could =
append a caveat to reduce the scope, or reduce the expiry time, or =
reduce the audience, and so on.

The really clever bit is that the =
client can keep a copy of the original token and create restricted =
versions to send to different resource servers. Because HMAC is very =
cheap, the client can even do this before each and every request. (This =
is what the original paper refers to as "contextual caveats"). This =
means that a client can be issued a single access token from the AS with =
broad scope and applicable to many different RS and can then locally =
create restricted copies for each individual RS.

The relevance to DPoP is that the =
client could even append caveats equivalent to "htm" and "htu" just =
before sending the access token to the RS, and maybe add an "exp" for 5 =
seconds in the future, reduce the scope, and so on:

  newAccessToken =3D =
accessToken.withCaveats({
    exp: now + =
5seconds,
    scope: "a b",
    htm: "POST",
    =
...
  });
  =
httpClient.post(data, Authorization: Bearer newAccessToken);

Note that the client =
doesn't need anything extra here - no keys, extra tokens etc. They just =
have the access token and a macaroon library.

The RS will see an opaque access token, =
send it to the AS for introspection. The AS however, will see and =
validate the new caveats on the token and return an introspection =
response with the restricted scope and expiry time, and return the =
htm/htu restrictions that the RS can then enforce. 

For clients this is =
transparent until they want to take advantage of it and then they can =
just use an off-the-shelf macaroon library. For the RS it is also =
completely transparent. All the (relatively small) complexity lives in =
the AS, which just has to be able to produce and verify macaroons and =
take caveats into account when performing token introspection - e.g. the =
returned scope should be the intersection of the original token scope =
and any scope caveats. But I don't think this would be too much =
effort.

[1]: https://ai.google/research/pubs/pub41892

-- Neil



On 21 Nov 2019, at 06:23, Brian Campbell <bcampbell@pingidentity.com> wrote:

Yeah, suggestions and/or an MTI about =
algorithm support would probably be worthwhile. Perhaps also some =
defined means of signaling when an unsupported algorithm is used along =
with any other reason a DPoP is invalid or rejected.  

There are a lot of tradeoffs in what claims are required and =
what protections are provided etc. The aim of what was chosen was to do =
just enough to provide some reasonable protections against reuse or use =
in a different context while being simple to implement and deploy.


On Wed, Nov =
20, 2019 at 6:34 AM Neil Madden <neil.madden@forgerock.com> wrote:
Thanks for the reply, =
Brian. 

Collecting my thoughts up here rather than responding blow by =
blow.

Public key signatures are simpler in some respects, more =
complex in others. There are currently 10 public key JWS signature =
schemes defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - =
does an RS potentially have to support them all? If not, how do they =
negotiate algorithm support with the client?

On the other hand, the ECDH scheme I =
proposed can be implemented by adapting an existing ECDH-ES encryption =
support in a JWT library. For example, I discovered while playing with =
this that our own internal library can implement the full flow I =
described entirely via the existing public API [1], so it's not =
necessarily as complex as it first looks. I even knocked up a =
from-scratch implementation in WebCrypto (JavaScript) without too much =
code [2].

But =
I admit that using an existing JWT library to sign a JWT with an =
existing algorithm is even easier, and that counts for a lot. Perhaps we =
can make concrete suggestions/requirements about algorithm support? e.g. =
"The RS MUST support RS256 and SHOULD support EdDSA. Other algorithms =
MAY be supported." 

With regards to replay protection, I think there are at least =
two reasonable positions:

1. We assume that TLS is secure and don't try to defend =
against any compromise at that level. (Clearly none of the TLS-based PoP =
mechanisms survive if TLS is compromised, by definition). In this case =
the main attack to defend against is a malicious RS replaying the access =
token elsewhere. Simply signing the origin of the RS would be enough to =
prevent this attack, while letting the client reuse the same JWT for =
many requests (and the RS to cache the JWT validation). None of "jti", =
"htu", or "htm" seem relevant to this model.

2. We don't assume that TLS is secure =
(or it's not fully end-to-end) and try to provide some defense in depth =
against a MitM attacker replaying a token against the same RS. There is =
a graduated series of steps you can take here, depending on how much you =
want to prevent this:
   a. The DPoP =
token can be replayed for arbitrary requests to the same RS but has a =
short time limit (e.g., exp claim or RS-enforced max lifetime from =
iat)
   b. The DPoP token can be replayed =
for the same request (htu/htm claims)
  =
 c. The DPoP token can't be replayed at all - either because of jti =
blacklisting on the RS or a challenge-response protocol on each =
request.

(There =
are also variants such as including a hash of the request body/headers, =
or encoding an ETag into the JWT).

I think either are reasonable design =
goals, but aiming for 2 adds more value. I think aiming for 2a is a =
reasonable default baseline that allows the client to reuse a DPoP token =
for a few requests, reducing the cost of the signature (and the RS can =
cache the validated JWT). Support for 2b or 2c can then be listed as =
optional additions.

PS - 2a/2b can be achieved without PoP. I'll save that for =
another email in the next few days though.

[1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd=
9496
[2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36e=
c4a7


-- Neil



On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity.com> wrote:



On Thu, Nov =
14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com> wrote:
I can't attend =
Singapore either in person or remotely due to other commitments. I =
broadly support adoption of this draft, but I have some =
comments/suggestions about it.

Thanks Neil. And sorry to hear that you =
won't be in Singapore. This kind of stuff is definitely more easily =
discussed in person (for me anyway). But I'll try and comment on your =
comments here as best I can. I also plan to also mention them in the =
Wednesday and/or Thursday presentation. 
 
Section=
 2 lists the main objective as being to harden against =
compromised/malicious AS or RS, which may attempt to replay captured =
tokens elsewhere. While this is a good idea, a casual reader might =
wonder why a simple audience claim in the access token/introspection =
response is not sufficient to prevent this. Because interactions between =
the client and RS are supposed to be over TLS, is the intended threat =
model one in which these protections have broken down? ("counterfeit" in =
the description suggests this). Or is the motivation that clients want =
to get a single broad-scoped access token (for usability/performance =
reasons) and use it to access multiple resource servers without giving =
each of them the ability to replay the token to the other servers? Or =
are we thinking of a phishing-type vulnerability were a general-purpose =
client might accidentally visit a malicious site which prompts for an =
access token that the client then blindly goes off and gets? (UMA?) It's =
not clear to me which of these scenarios is being considered, so it =
would be good to tighten up this section.

It is admittedly a bit =
loose and I agree it'd be good to tighten it up. But part of why it's =
loose is that it tries to offer some protections for all those scenarios =
and more such as a general lost/stolen token. It's effectively trying to =
provide as many of the same types of protections/assurances that you'd =
get with TLS based PoP mechanisms (like OAuth MTLS or Token binding) to =
the extent that can be done at the HTTP application layer. Which can't =
realistically be exactly the same but can maybe be kinda close while =
actually being accessible and implementable because it's all done at the =
application layer. There are trade-offs, of course, and the document =
writers have endeavored to find a good balance in the trade-off =
decisions we've made. But that doesn't mean they are necessarily the =
right decisions or are closed to discussion. To the casual reader I =
would say that it turns out that getting an appropriate simple audience =
claim into an access token isn't nearly as simple as it might seem. And =
while it will prevent RS to RS replay (as long as both RSs aren't legit =
audiences) it doesn't help with preventing the use of tokens stolen or =
leaked by other means (including for refresh tokens issued to public =
clients). 
 
Another=
 potential motivation is for mobile apps. Some customers of ours would =
like to tie access/refresh tokens to private key material generated on a =
secure element in the device, that can only be accessed after local =
biometric authentication (e.g. TouchID/FaceID on iOS). I have suggested =
using mTLS cert-bound tokens for this, but have heard some pushback due =
to the difficulty of configuring support for client certs across diverse =
infrastructure. A simple JWT-based solution like DPoP could fill this =
need.

It's maybe not stated in the draft but this kind of thing is =
among the objectives (in my mind anyway). 

 
My =
main concerns with the draft though are about efficiency and scalability =
of the proposed approach:

1. The requirement to use public key signatures, along with =
the anti-replay nonce, means that the RS is required to perform an =
expensive signature verification check on every request. That is not =
going to scale up well. While there are more efficient schemes like =
Ed25519 now, these are still typically an order of magnitude slower than =
HMAC and the latency and CPU overhead is likely to be a non-starter for =
many APIs (especially when you're billed by CPU usage). Public key =
signatures are also notoriously fragile (see e.g. the history of nonce =
reuse/leakage vulnerabilities in ECDSA =
or 

Yes, asymmetric is more processing intensive than symmetric. =
But if you take away the distributed replay check (see next response), =
it will scale out just fine. I'm not so sure latency is a real issue =
here - while these operations are an order of magnitude slower we're =
still talking about times that are not perceptible to a human. CPU =
usage/cost is a part of a trade-off for the simplicity afforded by =
public/private keys.  And it is significantly simpler. The design =
you sketched out is admittedly quite clever but it's not even in the =
same ballpark with respect to complexity. And, as you pointed out, the =
other suggestion around symmetric keys has rather different security =
properties while still adding complexity. Adding symmetric key support =
isn't something that can just be added on =
easily. 
 

2. The advice for the RS to store a set =
of previously used nonces to prevent replay will also hamper =
scalability, especially in large deployments where such state would need =
to be replicated to all servers (or use sticky load balancing, which =
comes with its own problems). This violates the statelessness of HTTP, =
and it also potentially breaks idempotency of operations: Think of the =
case where the JWT validation and replay protection is done at an API =
gateway but then the call to the backend API server fails for a =
transient reason. The client (or a proxy/library) cannot simply replay =
the (idempotent) request in this case because it will be rejected by the =
gateway. It must instead recreate the DPoP JWT, incurring additional =
overheads.

The actual value of replay checking on =
jti is somewhat questionable. The DPoP JWT only transits between client =
and server so a TLS MITM is likely needed to steal a DPoP JWT. But we =
are assuming TLS works here. And an active MITM could thwart this check =
by just being first to present DPoP JWT. I think the jti check made its =
way into the draft mostly because it seemed like something was needed to =
try and bring it closer to the TLS PoP models. Being aware of the =
scalability concerns, I did endeavor to write the text in such a way so =
as to leave some wiggle room in implementations/deployments with text =
like '"jti" SHOULD be used by the server for replay detection and =
prevention` and [ensure that] 'within a reasonable consideration of =
accuracy and resource utilization, a JWT with the same "jti" value has =
not been received previously'. The idea being that using something =
eventually consistent or even local only to the runtime instance would =
be permissible. Perhaps that allowance and the rational could be made =
more clear? Or would you suggest to do away with the jti replay stuff =
al? Or something else? 

3. Minor: The use of a =
custom header for communicating the DPoP proof will require additional =
CORS configuration on top of that already done for the Authorization =
header, and so adds a small amount of additional friction for adoption. =
Given that CORS configuration changes often require approval by a =
security team, this may make more of an impact than you'd =
expect.

Feels really minor. I mean, we could try to roll everything =
up under one header. But it does seem unwarranted and would complicate =
things - at least in the model we've got now where the proof is sent the =
same way ono all types of requests. 
 

It's also not clear to me exactly what threat the anti-replay =
nonce is protecting against. It does nothing against the replay scenario =
discussed in section 2, as I understand it - which really seems to be =
more of a MitM scenario. Given that the connection between the client =
and the RS is supposed to be over TLS, and TLS is already protected =
against replay attacks, I think this part needs to be better motivated =
given the obvious costs of implementing it.

I have a tentative suggestion for an =
alternative design which avoids these problems, but at a cost of =
potentially more complexity elsewhere. I'll summarise it here for =
consideration:

1. The client obtains an access token in the normal way. When =
calling the token endpoint it provides an EC/okp public key as the =
confirmation key to be associated with the access/refresh =
tokens.

2. The =
first time the client calls an RS it passes its access token in the =
Authorization: Bearer header as normal. (If the RS doesn't support DPoP =
then this would just succeed and no further action is required by the =
client - allowing clients to opportunistically ask for DPoP without =
needing a priori knowledge of RS capabilities).

3. The RS introspects the access token =
and learns the EC public key associated with the access token. As there =
is no DPoP proof with the access token, the RS will generate a challenge =
in the following way:
    o The RS generates an ephemeral EC key pair for =
the same curve as the confirmation key (e.g. P-256 or X25519).
    o The RS stores =
the ephemeral private key somewhere, associated with this access token =
(see below for a scalable implementation choice)
    o The RS encodes =
the ephemeral public key into a JWK (epk) and base64url-encodes it. It =
uses this as a challenge to the client by sending back a 401 response =
with WWW-Authenticate: DPoP <encoded-epk>

4. The client decodes the epk challenge =
and performs an ECDH key agreement between its private key and the =
challenge epk as per the method described for the existing JWA ECDH-ES =
encryption algorithm. Rather than deriving an AES key however, it =
derives a HMAC key for HS256. The "apu" value is set to the access token =
(string value as ASCII bytes) and the "apv" value is set to the hostname =
of the RS (e.g. "api.example.com"). This ensures that the derived key is =
cryptographically bound to the context in which it is used.

5. The client uses the =
HMAC key to create a DPoP proof JWT much like the one in the current =
draft, but signed using the HS256 key. If a "kid" field was present in =
the challenge JWK sent by the RS then the same value MUST be used in the =
"kid" header of this discharge JWT. It retries its original request =
sending Authorization: DPoP <hmac-jwt> =
at=3D<access_token>.

6. The RS uses its stored ephemeral private key to derive the =
same HMAC key and verify the DPoP discharge JWT. If it validates and all =
fields are correct then the request is allowed.

Efficient implementation =
trick:
Because the client is required to copy and =
"kid" value from the challenge JWK, the RS can preemptively carry out =
the ECDH key agreement immediately and generate the derived HMAC key. =
The RS can then encrypt this derived key using a local authenticated =
encryption key (e.g. AES-GCM) and use that encrypted value as the "kid" =
value in the challenge (perhaps along with some context or an expiry =
time). That way the RS only needs to decrypt this kid value rather than =
performing the ECDH key agreement on every request. This also avoids the =
need for the RS to store any per-client state locally.

The challenge-response =
nature of the scheme prevents traditional replay attacks in the case =
where a DPoP discharge JWT is accidentally leaked through server logs or =
some other flaw, without needing to store nonces on the server. Using =
the RS's hostname in the key derivation process prevents mitm attacks in =
a similar way to how FIDO/WebAuthn prevents this. Most importantly, once =
a HS256 key has been derived between a client and RS they can reuse that =
key for multiple requests, reducing the overhead of the ECDH key =
agreement step. Either side can decide as a matter of policy how long to =
let this occur and when to trigger a fresh challenge-response.

Because this fits within =
the standard HTTP authentication framework, it also requires no =
additional CORS configuration and is relatively easy to plug in to =
existing HTTP client libraries.

The main downside of this approach to =
me is the fact that you can't simply reuse an existing JWT library to =
implement it, and so it will take time for client libs to develop. =
(Although I think this might be achievable now with existing *COSE* =
libraries). This would increase the risk of people hand-rolling =
solutions, rather than using well-tested libraries. On the other hand, =
it uses fairly widely supported primitives so e.g. an implementation =
using WebCrypto is probably only a few dozen lines of code.

-- Neil


On 31 =
Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40pingidentity.com@dmarc.ietf.org> =
wrote:

Hello WG, 

Just=
 a quick note to let folks know that -03 of the DPoP draft was published =
earlier today. The usual various document links are in the forwarded =
message below and the relevant snippet from the doc history with a =
summary of the changes is included here for convenience. 

Hopefully folks will have time to read =
the (relativity) short document before the meeting(s) in Singapore where =
(spoiler alert) I plan to ask that the WG consider adoption of the =
draft. 

Thanks,

 -03
   o =
 rework the text around uniqueness requirements on the jti claim =
in
      the =
DPoP proof JWT
   o  make tokens a bit =
smaller by using "htm", "htu", and "jkt" rather
  =
    than "http_method", =
"http_uri", and "jkt#S256" respectively
   o =
 more explicit recommendation to use mTLS if that is available
   o  added David Waite as co-author
   o  editorial updates

---------- Forwarded message =
---------
From: <internet-drafts@ietf.org>
Date: Thu, Oct 31, 2019 at 11:53 AM
Subject: =
New Version Notification for draft-fett-oauth-dpop-03.txt
To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John Bradley <ve7jtb@ve7jtb.com>, Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.com>, Daniel Fett <mail@danielfett.de>



A new version of I-D, =
draft-fett-oauth-dpop-03.txt
has been successfully =
submitted by Brian Campbell and posted to the
IETF =
repository.

Name:      =
     draft-fett-oauth-dpop
Revision:  =
     03
Title:        =
  OAuth 2.0 Demonstration of Proof-of-Possession at the Application =
Layer (DPoP)
Document date:  2019-10-30
Group:          Individual =
Submission
Pages:          15
URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.t=
xt
Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpop=

Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03

Abstract:
   This =
document describes a mechanism for sender-constraining OAuth 2.0
   tokens via a proof-of-possession mechanism on =
the application level.
   This mechanism allows =
for the detection of replay attacks with access
  =
 and refresh tokens.




Please note that it may take a couple of =
minutes from the time of submission
until the htmlized =
version and diff are available at tools.ietf.org.

The IETF =
Secretariat


CONFIDENTIALITY NOTICE: This email may contain confidential =
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Any review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, =
please notify the sender immediately by e-mail and delete the message =
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CONFIDENTIALITY NOTICE: This email may contain confidential =
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Any review, use, distribution or disclosure by others is strictly =
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CONFIDENTIALITY NOTICE: This email may contain confidential =
and privileged material for the sole use of the intended recipient(s). =
Any review, use, distribution or disclosure by others is strictly =
prohibited.  If you have received this communication in error, =
please notify the sender immediately by e-mail and delete the message =
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=

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Cc: Brian Campbell , oauth 
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To: "Richard Backman, Annabelle" 
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On 22 Nov 2019, at 01:42, Richard Backman, Annabelle  w=
rote:
>=20
> =EF=BB=BF
> Macaroons are built on proof of possession. In order to add a caveat to a m=
acaroon, the sender has to have the HMAC of the macaroon without their cavea=
t.

Yes of course. But this is the HMAC *tag* not the original key. They can=E2=80=
=99t change anything the AS originally signed.=20

> The distinctive property of macaroons as I see it is that they eliminate t=
he need for key negotiation with the bearer. How much value this has over th=
e AS just returning a symmetric key alongside the access token in the token r=
equest, I=E2=80=99m not sure.

Well, you don=E2=80=99t have to return a key from the token endpoint for a s=
tart. The client doesn=E2=80=99t need to create and send any additional toke=
n. The whole thing works with existing standards and technologies and can be=
 incrementally adopted as required. If RSes do token introspection already t=
hen they need zero changes to support this.

> There are key distribution challenges with that if you are doing validatio=
n at the RS, but validation at the RS using either approach means you=E2=80=99=
ve lost protection against replay by the RS. This brings us back to a core q=
uestion: what threats are in scope for DPoP, and in what contexts?

Agreed, but validation at the RS is premature optimisation in many cases. An=
d if you do need protection against that the client can even append a confir=
mation key as a caveat and retrospectively upgrade a bearer token to a pop t=
oken. They can even do transfer of ownership by creating copies of the origi=
nal token bound to other certificates/public keys.=20

Neil


> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: OAuth  on behalf of Neil Madden 
> Date: Friday, November 22, 2019 at 4:40 AM
> To: Brian Campbell 
> Cc: oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> At the end of my previous email I mentioned that you can achieve some of t=
he same aims as DPoP without needing a PoP mechanism at all. This email is t=
hat follow-up.
> =20
> OAuth is agnostic about the format of access tokens and many vendors suppo=
rt either random string database tokens or JWTs. But there are other choices=
 for access token format, some of which have more interesting properties. In=
 particular, Google proposed Macaroons a few years ago as a "better cookie" [=
1] and I think they systematically address many of these issues when used as=
 an access token format.
> =20
> For those who aren't familiar with them, Macaroons are a bit like a HS256 J=
WT. They have a location (a bit like the audience in a JWT) and an identifie=
r (an arbitrary string) and then are signed with HMAC-SHA256 using a secret k=
ey. (There's no claims set or headers - they are very minimal). In this case=
 the secret key would be owned by the AS and used to sign macaroon-based acc=
ess tokens. Validating the token would be done via token introspection at th=
e AS.
> =20
> The clever bit is that anybody at all can append "caveats" to a macaroon a=
t any time, but nobody can remove one once added. Caveats are restrictions o=
n the use of a token - they only ever reduce the authority granted by the to=
ken, never expand it. The AS can validate the token and all the caveats with=
 its secret key. So, for example, if an access token was a macaroon then the=
 client could append a caveat to reduce the scope, or reduce the expiry time=
, or reduce the audience, and so on.
> =20
> The really clever bit is that the client can keep a copy of the original t=
oken and create restricted versions to send to different resource servers. B=
ecause HMAC is very cheap, the client can even do this before each and every=
 request. (This is what the original paper refers to as "contextual caveats"=
). This means that a client can be issued a single access token from the AS w=
ith broad scope and applicable to many different RS and can then locally cre=
ate restricted copies for each individual RS.
> =20
> The relevance to DPoP is that the client could even append caveats equival=
ent to "htm" and "htu" just before sending the access token to the RS, and m=
aybe add an "exp" for 5 seconds in the future, reduce the scope, and so on:
> =20
>   newAccessToken =3D accessToken.withCaveats({
>     exp: now + 5seconds,
>     scope: "a b",
>     htm: "POST",
>     ....
>   });
>   httpClient.post(data, Authorization: Bearer newAccessToken);
> =20
> Note that the client doesn't need anything extra here - no keys, extra tok=
ens etc. They just have the access token and a macaroon library.
> =20
> The RS will see an opaque access token, send it to the AS for introspectio=
n. The AS however, will see and validate the new caveats on the token and re=
turn an introspection response with the restricted scope and expiry time, an=
d return the htm/htu restrictions that the RS can then enforce.=20
> =20
> For clients this is transparent until they want to take advantage of it an=
d then they can just use an off-the-shelf macaroon library. For the RS it is=
 also completely transparent. All the (relatively small) complexity lives in=
 the AS, which just has to be able to produce and verify macaroons and take c=
aveats into account when performing token introspection - e.g. the returned s=
cope should be the intersection of the original token scope and any scope ca=
veats. But I don't think this would be too much effort.
> =20
> [1]: https://ai.google/research/pubs/pub41892
> =20
> -- Neil
>=20
>=20
> On 21 Nov 2019, at 06:23, Brian Campbell  wrot=
e:
> =20
> Yeah, suggestions and/or an MTI about algorithm support would probably be w=
orthwhile. Perhaps also some defined means of signaling when an unsupported a=
lgorithm is used along with any other reason a DPoP is invalid or rejected.=20=

> =20
> There are a lot of tradeoffs in what claims are required and what protecti=
ons are provided etc. The aim of what was chosen was to do just enough to pr=
ovide some reasonable protections against reuse or use in a different contex=
t while being simple to implement and deploy.
> =20
> =20
> On Wed, Nov 20, 2019 at 6:34 AM Neil Madden  wr=
ote:
> Thanks for the reply, Brian.=20
> =20
> Collecting my thoughts up here rather than responding blow by blow.
> =20
> Public key signatures are simpler in some respects, more complex in others=
. There are currently 10 public key JWS signature schemes defined (ES256/384=
/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS potentially have to s=
upport them all? If not, how do they negotiate algorithm support with the cl=
ient?
> =20
> On the other hand, the ECDH scheme I proposed can be implemented by adapti=
ng an existing ECDH-ES encryption support in a JWT library. For example, I d=
iscovered while playing with this that our own internal library can implemen=
t the full flow I described entirely via the existing public API [1], so it'=
s not necessarily as complex as it first looks. I even knocked up a from-scr=
atch implementation in WebCrypto (JavaScript) without too much code [2].
> =20
> But I admit that using an existing JWT library to sign a JWT with an exist=
ing algorithm is even easier, and that counts for a lot. Perhaps we can make=
 concrete suggestions/requirements about algorithm support? e.g. "The RS MUS=
T support RS256 and SHOULD support EdDSA. Other algorithms MAY be supported.=
"=20
> =20
> With regards to replay protection, I think there are at least two reasonab=
le positions:
> =20
> 1. We assume that TLS is secure and don't try to defend against any compro=
mise at that level. (Clearly none of the TLS-based PoP mechanisms survive if=
 TLS is compromised, by definition). In this case the main attack to defend a=
gainst is a malicious RS replaying the access token elsewhere. Simply signin=
g the origin of the RS would be enough to prevent this attack, while letting=
 the client reuse the same JWT for many requests (and the RS to cache the JW=
T validation). None of "jti", "htu", or "htm" seem relevant to this model.
> =20
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) and t=
ry to provide some defense in depth against a MitM attacker replaying a toke=
n against the same RS. There is a graduated series of steps you can take her=
e, depending on how much you want to prevent this:
>    a. The DPoP token can be replayed for arbitrary requests to the same RS=
 but has a short time limit (e.g., exp claim or RS-enforced max lifetime fro=
m iat)
>    b. The DPoP token can be replayed for the same request (htu/htm claims)=

>    c. The DPoP token can't be replayed at all - either because of jti blac=
klisting on the RS or a challenge-response protocol on each request.
> =20
> (There are also variants such as including a hash of the request body/head=
ers, or encoding an ETag into the JWT).
> =20
> I think either are reasonable design goals, but aiming for 2 adds more val=
ue. I think aiming for 2a is a reasonable default baseline that allows the c=
lient to reuse a DPoP token for a few requests, reducing the cost of the sig=
nature (and the RS can cache the validated JWT). Support for 2b or 2c can th=
en be listed as optional additions.
> =20
> PS - 2a/2b can be achieved without PoP. I'll save that for another email i=
n the next few days though.
> =20
> [1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
> [2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7
> =20
> =20
> -- Neil
>=20
>=20
> On 19 Nov 2019, at 07:43, Brian Campbell  wrot=
e:
> =20
> =20
>=20
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden  wr=
ote:
> I can't attend Singapore either in person or remotely due to other commitm=
ents. I broadly support adoption of this draft, but I have some comments/sug=
gestions about it.
> =20
> Thanks Neil. And sorry to hear that you won't be in Singapore. This kind o=
f stuff is definitely more easily discussed in person (for me anyway). But I=
'll try and comment on your comments here as best I can. I also plan to also=
 mention them in the Wednesday and/or Thursday presentation.=20
> =20
> Section 2 lists the main objective as being to harden against compromised/=
malicious AS or RS, which may attempt to replay captured tokens elsewhere. W=
hile this is a good idea, a casual reader might wonder why a simple audience=
 claim in the access token/introspection response is not sufficient to preve=
nt this. Because interactions between the client and RS are supposed to be o=
ver TLS, is the intended threat model one in which these protections have br=
oken down? ("counterfeit" in the description suggests this). Or is the motiv=
ation that clients want to get a single broad-scoped access token (for usabi=
lity/performance reasons) and use it to access multiple resource servers wit=
hout giving each of them the ability to replay the token to the other server=
s? Or are we thinking of a phishing-type vulnerability were a general-purpos=
e client might accidentally visit a malicious site which prompts for an acce=
ss token that the client then blindly goes off and gets? (UMA?) It's not cle=
ar to me which of these scenarios is being considered, so it would be good t=
o tighten up this section.
> =20
> It is admittedly a bit loose and I agree it'd be good to tighten it up. Bu=
t part of why it's loose is that it tries to offer some protections for all t=
hose scenarios and more such as a general lost/stolen token. It's effectivel=
y trying to provide as many of the same types of protections/assurances that=
 you'd get with TLS based PoP mechanisms (like OAuth MTLS or Token binding) t=
o the extent that can be done at the HTTP application layer. Which can't rea=
listically be exactly the same but can maybe be kinda close while actually b=
eing accessible and implementable because it's all done at the application l=
ayer. There are trade-offs, of course, and the document writers have endeavo=
red to find a good balance in the trade-off decisions we've made. But that d=
oesn't mean they are necessarily the right decisions or are closed to discus=
sion. To the casual reader I would say that it turns out that getting an app=
ropriate simple audience claim into an access token isn't nearly as simple a=
s it might seem. And while it will prevent RS to RS replay (as long as both R=
Ss aren't legit audiences) it doesn't help with preventing the use of tokens=
 stolen or leaked by other means (including for refresh tokens issued to pub=
lic clients).=20
> =20
> Another potential motivation is for mobile apps. Some customers of ours wo=
uld like to tie access/refresh tokens to private key material generated on a=
 secure element in the device, that can only be accessed after local biometr=
ic authentication (e.g. TouchID/FaceID on iOS). I have suggested using mTLS c=
ert-bound tokens for this, but have heard some pushback due to the difficult=
y of configuring support for client certs across diverse infrastructure. A s=
imple JWT-based solution like DPoP could fill this need.
> =20
> It's maybe not stated in the draft but this kind of thing is among the obj=
ectives (in my mind anyway).=20
> =20
> =20
> My main concerns with the draft though are about efficiency and scalabilit=
y of the proposed approach:
> =20
> 1. The requirement to use public key signatures, along with the anti-repla=
y nonce, means that the RS is required to perform an expensive signature ver=
ification check on every request. That is not going to scale up well. While t=
here are more efficient schemes like Ed25519 now, these are still typically a=
n order of magnitude slower than HMAC and the latency and CPU overhead is li=
kely to be a non-starter for many APIs (especially when you're billed by CPU=
 usage). Public key signatures are also notoriously fragile (see e.g. the hi=
story of nonce reuse/leakage vulnerabilities in ECDSA or=20
> =20
> Yes, asymmetric is more processing intensive than symmetric. But if you ta=
ke away the distributed replay check (see next response), it will scale out j=
ust fine. I'm not so sure latency is a real issue here - while these operati=
ons are an order of magnitude slower we're still talking about times that ar=
e not perceptible to a human. CPU usage/cost is a part of a trade-off for th=
e simplicity afforded by public/private keys.  And it is significantly simpl=
er. The design you sketched out is admittedly quite clever but it's not even=
 in the same ballpark with respect to complexity. And, as you pointed out, t=
he other suggestion around symmetric keys has rather different security prop=
erties while still adding complexity. Adding symmetric key support isn't som=
ething that can just be added on easily.=20
> =20
> =20
> 2. The advice for the RS to store a set of previously used nonces to preve=
nt replay will also hamper scalability, especially in large deployments wher=
e such state would need to be replicated to all servers (or use sticky load b=
alancing, which comes with its own problems). This violates the statelessnes=
s of HTTP, and it also potentially breaks idempotency of operations: Think o=
f the case where the JWT validation and replay protection is done at an API g=
ateway but then the call to the backend API server fails for a transient rea=
son. The client (or a proxy/library) cannot simply replay the (idempotent) r=
equest in this case because it will be rejected by the gateway. It must inst=
ead recreate the DPoP JWT, incurring additional overheads.
> =20
> The actual value of replay checking on jti is somewhat questionable. The D=
PoP JWT only transits between client and server so a TLS MITM is likely need=
ed to steal a DPoP JWT. But we are assuming TLS works here. And an active MI=
TM could thwart this check by just being first to present DPoP JWT. I think t=
he jti check made its way into the draft mostly because it seemed like somet=
hing was needed to try and bring it closer to the TLS PoP models. Being awar=
e of the scalability concerns, I did endeavor to write the text in such a wa=
y so as to leave some wiggle room in implementations/deployments with text l=
ike '"jti" SHOULD be used by the server for replay detection and prevention`=
 and [ensure that] 'within a reasonable consideration of accuracy and resour=
ce utilization, a JWT with the same "jti" value has not been received previo=
usly'. The idea being that using something eventually consistent or even loc=
al only to the runtime instance would be permissible. Perhaps that allowance=
 and the rational could be made more clear? Or would you suggest to do away w=
ith the jti replay stuff al? Or something else?=20
> =20
> 3. Minor: The use of a custom header for communicating the DPoP proof will=
 require additional CORS configuration on top of that already done for the A=
uthorization header, and so adds a small amount of additional friction for a=
doption. Given that CORS configuration changes often require approval by a s=
ecurity team, this may make more of an impact than you'd expect.
> =20
> Feels really minor. I mean, we could try to roll everything up under one h=
eader. But it does seem unwarranted and would complicate things - at least i=
n the model we've got now where the proof is sent the same way ono all types=
 of requests.=20
> =20
> =20
> It's also not clear to me exactly what threat the anti-replay nonce is pro=
tecting against. It does nothing against the replay scenario discussed in se=
ction 2, as I understand it - which really seems to be more of a MitM scenar=
io. Given that the connection between the client and the RS is supposed to b=
e over TLS, and TLS is already protected against replay attacks, I think thi=
s part needs to be better motivated given the obvious costs of implementing i=
t.
> =20
> I have a tentative suggestion for an alternative design which avoids these=
 problems, but at a cost of potentially more complexity elsewhere. I'll summ=
arise it here for consideration:
> =20
> 1. The client obtains an access token in the normal way. When calling the t=
oken endpoint it provides an EC/okp public key as the confirmation key to be=
 associated with the access/refresh tokens.
> =20
> 2. The first time the client calls an RS it passes its access token in the=
 Authorization: Bearer header as normal. (If the RS doesn't support DPoP the=
n this would just succeed and no further action is required by the client - a=
llowing clients to opportunistically ask for DPoP without needing a priori k=
nowledge of RS capabilities).
> =20
> 3. The RS introspects the access token and learns the EC public key associ=
ated with the access token. As there is no DPoP proof with the access token,=
 the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as the c=
onfirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated with t=
his access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and base64u=
rl-encodes it. It uses this as a challenge to the client by sending back a 4=
01 response with WWW-Authenticate: DPoP 
> =20
> 4. The client decodes the epk challenge and performs an ECDH key agreement=
 between its private key and the challenge epk as per the method described f=
or the existing JWA ECDH-ES encryption algorithm. Rather than deriving an AE=
S key however, it derives a HMAC key for HS256. The "apu" value is set to th=
e access token (string value as ASCII bytes) and the "apv" value is set to t=
he hostname of the RS (e.g. "api.example.com"). This ensures that the derive=
d key is cryptographically bound to the context in which it is used.
> =20
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the o=
ne in the current draft, but signed using the HS256 key. If a "kid" field wa=
s present in the challenge JWK sent by the RS then the same value MUST be us=
ed in the "kid" header of this discharge JWT. It retries its original reques=
t sending Authorization: DPoP  at=3D.
> =20
> 6. The RS uses its stored ephemeral private key to derive the same HMAC ke=
y and verify the DPoP discharge JWT. If it validates and all fields are corr=
ect then the request is allowed.
> =20
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the challenge J=
WK, the RS can preemptively carry out the ECDH key agreement immediately and=
 generate the derived HMAC key. The RS can then encrypt this derived key usi=
ng a local authenticated encryption key (e.g. AES-GCM) and use that encrypte=
d value as the "kid" value in the challenge (perhaps along with some context=
 or an expiry time). That way the RS only needs to decrypt this kid value ra=
ther than performing the ECDH key agreement on every request. This also avoi=
ds the need for the RS to store any per-client state locally.
> =20
> The challenge-response nature of the scheme prevents traditional replay at=
tacks in the case where a DPoP discharge JWT is accidentally leaked through s=
erver logs or some other flaw, without needing to store nonces on the server=
. Using the RS's hostname in the key derivation process prevents mitm attack=
s in a similar way to how FIDO/WebAuthn prevents this. Most importantly, onc=
e a HS256 key has been derived between a client and RS they can reuse that k=
ey for multiple requests, reducing the overhead of the ECDH key agreement st=
ep. Either side can decide as a matter of policy how long to let this occur a=
nd when to trigger a fresh challenge-response.
> =20
> Because this fits within the standard HTTP authentication framework, it al=
so requires no additional CORS configuration and is relatively easy to plug i=
n to existing HTTP client libraries.
> =20
> The main downside of this approach to me is the fact that you can't simply=
 reuse an existing JWT library to implement it, and so it will take time for=
 client libs to develop. (Although I think this might be achievable now with=
 existing *COSE* libraries). This would increase the risk of people hand-rol=
ling solutions, rather than using well-tested libraries. On the other hand, i=
t uses fairly widely supported primitives so e.g. an implementation using We=
bCrypto is probably only a few dozen lines of code.
> =20
> -- Neil
> =20
>=20
>=20
> On 31 Oct 2019, at 19:20, Brian Campbell  wrote:
> =20
> Hello WG,=20
> =20
> Just a quick note to let folks know that -03 of the DPoP draft was publish=
ed earlier today. The usual various document links are in the forwarded mess=
age below and the relevant snippet from the doc history with a summary of th=
e changes is included here for convenience.=20
> =20
> Hopefully folks will have time to read the (relativity) short document bef=
ore the meeting(s) in Singapore where (spoiler alert) I plan to ask that the=
 WG consider adoption of the draft.=20
> =20
> Thanks,
>=20
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
> =20
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones , John Bradley , Brian Campbell , David Waite , Daniel Fett 
>=20
>=20
>=20
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>=20
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the Appl=
ication Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop=
-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpo=
p
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-=
03
>=20
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of submissi=
on
> until the htmlized version and diff are available at tools.ietf.org.
>=20
> The IETF Secretariat
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited..  If you have rec=
eived this communication in error, please notify the sender immediately by e=
-mail and delete the message and any file attachments from your computer. Th=
ank you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
> =20

--Apple-Mail-AE54EF4A-FE1D-4483-BC8E-45FF644A7A7C
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


On 22 Nov 2019, at 01:42, R=
ichard Backman, Annabelle <richanna@amazon.com> wrote:

=EF=BB=BF









Macaroons are built on proof of possession. In order t=
o add a caveat to a macaroon, the sender has to have the HMAC of the macaroo=
n without their caveat. 

Yes=
 of course. But this is the HMAC *tag* not the original key. They can=E2=80=99=
t change anything the AS originally signed. 

T=
he distinctive property of macaroons as I see it is that they eliminate the n=
eed
 for key negotiation with the bearer. How much value this has over the AS ju=
st returning a symmetric key alongside the access token in the token request=
, I=E2=80=99m not sure.

Well=
, you don=E2=80=99t have to return a key from the token endpoint for a start=
. The client doesn=E2=80=99t need to create and send any additional token. T=
he whole thing works with existing standards and technologies and can be inc=
rementally adopted as required. If RSes do token introspection already then t=
hey need zero changes to support this.

 There are=
 key distribution challenges with that if you are doing validation at the RS=
, but
 validation at the RS using either approach means you=E2=80=99ve lost protec=
tion against replay by the RS. This brings us back to a core question: what t=
hreats are in scope for DPoP, and in what contexts?

Agreed, but validation at the RS is premature optimisatio=
n in many cases. And if you do need protection against that the client can e=
ven append a confirmation key as a caveat and retrospectively upgrade a bear=
er token to a pop token. They can even do transfer of ownership by creating c=
opies of the original token bound to other certificates/public keys. 
Neil






 


=E2=80=93 =



Annabelle Richard Ba=
ckman


AWS Identity




 


 




From:=
 OAuth <oauth-bou=
nces@ietf.org> on behalf of Neil Madden <neil.madden@forgerock.com>=


Date: Friday, November 22, 2019 at 4:40 AM

To: Brian Campbell <bcampbell@pingidentity.com>

Cc: oauth <oauth@ietf.org>

Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt






 




At the end of my previous email I mentioned that you c=
an achieve some of the same aims as DPoP without needing a PoP mechanism at a=
ll. This email is that follow-up.





 






OAuth is agnostic about the format of access tokens a=
nd many vendors support either random string database tokens or JWTs. But th=
ere are other choices for access token format, some of which have more inter=
esting properties. In particular,
 Google proposed Macaroons a few years ago as a "better cookie" [1] and I th=
ink they systematically address many of these issues when used as an access t=
oken format.






 






For those who aren't familiar with them, Macaroons ar=
e a bit like a HS256 JWT. They have a location (a bit like the audience in a=
 JWT) and an identifier (an arbitrary string) and then are signed with HMAC-=
SHA256 using a secret key. (There's
 no claims set or headers - they are very minimal). In this case the secret k=
ey would be owned by the AS and used to sign macaroon-based access tokens. V=
alidating the token would be done via token introspection at the AS.






 






The clever bit is that anybody at all can append "cav=
eats" to a macaroon at any time, but nobody can remove one once added. Cavea=
ts are restrictions on the use of a token - they only ever reduce the author=
ity granted by the token, never
 expand it. The AS can validate the token and all the caveats with its secre=
t key. So, for example, if an access token was a macaroon then the client co=
uld append a caveat to reduce the scope, or reduce the expiry time, or reduc=
e the audience, and so on.






 






The really clever bit is that the client can keep a c=
opy of the original token and create restricted versions to send to differen=
t resource servers. Because HMAC is very cheap, the client can even do this b=
efore each and every request.
 (This is what the original paper refers to as "contextual caveats"). This m=
eans that a client can be issued a single access token from the AS with broa=
d scope and applicable to many different RS and can then locally create rest=
ricted copies for each individual
 RS.






 






The relevance to DPoP is that the client could even a=
ppend caveats equivalent to "htm" and "htu" just before sending the access t=
oken to the RS, and maybe add an "exp" for 5 seconds in the future, reduce t=
he scope, and so on:






 






  newAccessToken =3D accessToken.withCaveats({






    exp: now + 5seconds,






    scope: "a b",






    htm: "POST",






    ....






  });






  httpClient.post(data, Authorization: Bearer ne=
wAccessToken);






 






Note that the client doesn't need anything extra here=
 - no keys, extra tokens etc. They just have the access token and a macaroon=
 library.






 






The RS will see an opaque access token, send it to th=
e AS for introspection. The AS however, will see and validate the new caveat=
s on the token and return an introspection response with the restricted scop=
e and expiry time, and return the
 htm/htu restrictions that the RS can then enforce. 






 






For clients this is transparent until they want to ta=
ke advantage of it and then they can just use an off-the-shelf macaroon libr=
ary. For the RS it is also completely transparent. All the (relatively small=
) complexity lives in the AS, which
 just has to be able to produce and verify macaroons and take caveats into a=
ccount when performing token introspection - e.g. the returned scope should b=
e the intersection of the original token scope and any scope caveats. But I d=
on't think this would be too
 much effort.






 







 






-- Neil















On 21 Nov 2019, at 06:23, Brian Campbell <bcampbell@pingidentity.com> wrote=
:




 








Yeah, suggestions and/or an MTI about algorithm suppo=
rt would probably be worthwhile. Perhaps also some defined means of signalin=
g when an unsupported algorithm is used along with any other reason a DPoP i=
s invalid or rejected. 







 






There are a lot of tradeoffs in what claims are requi=
red and what protections are provided etc. The aim of what was chosen was to=
 do just enough to provide some reasonable protections against reuse or use i=
n a different context while being
 simple to implement and deploy.




 




 






On Wed, Nov 20, 2019 at 6:34 AM Neil Madden <neil.madden@forger=
ock.com> wrote:








Thanks for the reply, Brian.  




 






Collecting my thoughts up here rather than responding=
 blow by blow.





 








Public key signatures are simpler in some respects, m=
ore complex in others. There are currently 10 public key JWS signature schem=
es defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS=
 potentially have to support them
 all? If not, how do they negotiate algorithm support with the client?<=
/o:p>






 






On the other hand, the ECDH scheme I proposed can be i=
mplemented by adapting an existing ECDH-ES encryption support in a JWT libra=
ry. For example, I discovered while playing with this that our own internal l=
ibrary can implement the full
 flow I described entirely via the existing public API [1], so it's not nece=
ssarily as complex as it first looks. I even knocked up a from-scratch imple=
mentation in WebCrypto (JavaScript) without too much code [2].





 






But I admit that using an existing JWT library to sig=
n a JWT with an existing algorithm is even easier, and that counts for a lot=
. Perhaps we can make concrete suggestions/requirements about algorithm supp=
ort? e.g. "The RS MUST support
 RS256 and SHOULD support EdDSA. Other algorithms MAY be supported." 






 






With regards to replay protection, I think there are a=
t least two reasonable positions:






 






1. We assume that TLS is secure and don't try to defe=
nd against any compromise at that level. (Clearly none of the TLS-based PoP m=
echanisms survive if TLS is compromised, by definition). In this case the ma=
in attack to defend against is
 a malicious RS replaying the access token elsewhere. Simply signing the ori=
gin of the RS would be enough to prevent this attack, while letting the clie=
nt reuse the same JWT for many requests (and the RS to cache the JWT validat=
ion). None of "jti", "htu", or
 "htm" seem relevant to this model.






 






2. We don't assume that TLS is secure (or it's not fu=
lly end-to-end) and try to provide some defense in depth against a MitM atta=
cker replaying a token against the same RS. There is a graduated series of s=
teps you can take here, depending
 on how much you want to prevent this:






   a. The DPoP token can be replayed for ar=
bitrary requests to the same RS but has a short time limit (e.g., exp claim o=
r RS-enforced max lifetime from iat)






   b. The DPoP token can be replayed for th=
e same request (htu/htm claims)






   c. The DPoP token can't be replayed at a=
ll - either because of jti blacklisting on the RS or a challenge-response pr=
otocol on each request.






 






(There are also variants such as including a hash of t=
he request body/headers, or encoding an ETag into the JWT).






 






I think either are reasonable design goals, but aimin=
g for 2 adds more value. I think aiming for 2a is a reasonable default basel=
ine that allows the client to reuse a DPoP token for a few requests, reducin=
g the cost of the signature (and
 the RS can cache the validated JWT). Support for 2b or 2c can then be liste=
d as optional additions.






 






PS - 2a/2b can be achieved without PoP. I'll save tha=
t for another email in the next few days though.






 


















On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity=
.com> wrote:




 






 






On Thu, Nov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com> w=
rote:








I can't attend Singapore either in person or remotely due to other com=
mitments. I broadly support adoption of this draft, but I have some comments=
/suggestions about it.








 






Thanks Neil. And sorry to hear that you won't be in Singapore. This ki=
nd of stuff is definitely more easily discussed in person (for me anyway). B=
ut I'll try and comment on your comments
 here as best I can. I also plan to also mention them in the Wednesday and/o=
r Thursday presentation. 






















 










Section 2 lists the main objective as being to harden against compromi=
sed/malicious AS or RS, which may attempt to replay captured tokens elsewher=
e. While this is a good idea, a casual
 reader might wonder why a simple audience claim in the access token/introsp=
ection response is not sufficient to prevent this. Because interactions betw=
een the client and RS are supposed to be over TLS, is the intended threat mo=
del one in which these protections
 have broken down? ("counterfeit" in the description suggests this). Or is t=
he motivation that clients want to get a single broad-scoped access token (f=
or usability/performance reasons) and use it to access multiple resource ser=
vers without giving each of them
 the ability to replay the token to the other servers? Or are we thinking of=
 a phishing-type vulnerability were a general-purpose client might accidenta=
lly visit a malicious site which prompts for an access token that the client=
 then blindly goes off and gets?
 (UMA?) It's not clear to me which of these scenarios is being considered, s=
o it would be good to tighten up this section.










 






It is admittedly a bit loose and I agree it'd be good to tighten it up=
. But part of why it's loose is that it tries to offer some protections for a=
ll those scenarios and more such
 as a general lost/stolen token. It's effectively trying to provide as many o=
f the same types of protections/assurances that you'd get with TLS based PoP=
 mechanisms (like OAuth MTLS or Token binding) to the extent that can be don=
e at the HTTP application layer.
 Which can't realistically be exactly the same but can maybe be kinda close w=
hile actually being accessible and implementable because it's all done at th=
e application layer. There are trade-offs, of course, and the document write=
rs have endeavored to find a
 good balance in the trade-off decisions we've made. But that doesn't mean t=
hey are necessarily the right decisions or are closed to discussion. To the c=
asual reader I would say that it turns out that getting an appropriate simpl=
e audience claim into an access
 token isn't nearly as simple as it might seem. And while it will prevent RS=
 to RS replay (as long as both RSs aren't legit audiences) it doesn't help w=
ith preventing the use of tokens stolen or leaked by other means (including f=
or refresh tokens issued to
 public clients). 






















 










Another potential motivation is for mobile apps. Some customers of our=
s would like to tie access/refresh tokens to private key material generated o=
n a secure element in the device,
 that can only be accessed after local biometric authentication (e.g. TouchI=
D/FaceID on iOS). I have suggested using mTLS cert-bound tokens for this, bu=
t have heard some pushback due to the difficulty of configuring support for c=
lient certs across diverse infrastructure.
 A simple JWT-based solution like DPoP could fill this need.










 






It's maybe not stated in the draft but this kind of thing is among the=
 objectives (in my mind anyway). 






 






 










My main concerns with the draft though are about efficiency and scalab=
ility of the proposed approach:






 






1. The requirement to use public key signatures, along with the anti-r=
eplay nonce, means that the RS is required to perform an expensive signature=
 verification check on every request.
 That is not going to scale up well. While there are more efficient schemes l=
ike Ed25519 now, these are still typically an order of magnitude slower than=
 HMAC and the latency and CPU overhead is likely to be a non-starter for man=
y APIs (especially when you're
 billed by CPU usage). Public key signatures are also notoriously fragile (s=
ee e.g. the history of nonce reuse/leakage vulnerabilities in ECDSA or =











 






Yes, asymmetric is more processing intensive than symmetric. But if yo=
u take away the distributed replay check (see next response), it will scale o=
ut just fine. I'm not so sure latency
 is a real issue here - while these operations are an order of magnitude slo=
wer we're still talking about times that are not perceptible to a human. CPU=
 usage/cost is a part of a trade-off for the simplicity afforded by public/p=
rivate keys.  And it is significantly
 simpler. The design you sketched out is admittedly quite clever but it's no=
t even in the same ballpark with respect to complexity. And, as you pointed o=
ut, the other suggestion around symmetric keys has rather different security=
 properties while still adding
 complexity. Adding symmetric key support isn't something that can just be a=
dded on easily. 


























 










 






2. The advice for the RS to store a set of previously used nonces to p=
revent replay will also hamper scalability, especially in large deployments w=
here such state would need to be
 replicated to all servers (or use sticky load balancing, which comes with i=
ts own problems). This violates the statelessness of HTTP, and it also poten=
tially breaks idempotency of operations: Think of the case where the JWT val=
idation and replay protection
 is done at an API gateway but then the call to the backend API server fails=
 for a transient reason. The client (or a proxy/library) cannot simply repla=
y the (idempotent) request in this case because it will be rejected by the g=
ateway. It must instead recreate
 the DPoP JWT, incurring additional overheads.










 






The actual value of replay checking on jti is somewhat questionable. T=
he DPoP JWT only transits between client and server so a TLS MITM is likely n=
eeded to steal a DPoP JWT. But we
 are assuming TLS works here. And an active MITM could thwart this check by j=
ust being first to present DPoP JWT. I think the jti check made its way into=
 the draft mostly because it seemed like something was needed to try and bri=
ng it closer to the TLS PoP
 models. Being aware of the scalability concerns, I did endeavor to write th=
e text in such a way so as to leave some wiggle room in implementations/depl=
oyments with text like '"jti" SHOULD be used by the server for replay detect=
ion and prevention` and [ensure
 that] 'within a reasonable consideration of accuracy and resource utilizati=
on, a JWT with the same "jti" value has not been received previously'. The i=
dea being that using something eventually consistent or even local only to t=
he runtime instance would be
 permissible. Perhaps that allowance and the rational could be made more cle=
ar? Or would you suggest to do away with the jti replay stuff al? Or somethi=
ng else? 


























 






3. Minor: The use of a custom header for communicating the DPoP proof w=
ill require additional CORS configuration on top of that already done for th=
e Authorization header, and so adds
 a small amount of additional friction for adoption. Given that CORS configu=
ration changes often require approval by a security team, this may make more=
 of an impact than you'd expect.










 






Feels really minor. I mean, we could try to roll everything up under o=
ne header. But it does seem unwarranted and would complicate things - at lea=
st in the model we've got now where
 the proof is sent the same way ono all types of requests. <=
/span>






















 






 










It's also not clear to me exactly what threat the anti-replay nonce is=
 protecting against. It does nothing against the replay scenario discussed i=
n section 2, as I understand it -
 which really seems to be more of a MitM scenario. Given that the connection=
 between the client and the RS is supposed to be over TLS, and TLS is alread=
y protected against replay attacks, I think this part needs to be better mot=
ivated given the obvious costs
 of implementing it.






 






I have a tentative suggestion for an alternative design which avoids t=
hese problems, but at a cost of potentially more complexity elsewhere. I'll s=
ummarise it here for consideration:






 






1. The client obtains an access token in the normal way. When calling t=
he token endpoint it provides an EC/okp public key as the confirmation key t=
o be associated with the access/refresh
 tokens.






 






2. The first time the client calls an RS it passes its access token in=
 the Authorization: Bearer header as normal. (If the RS doesn't support DPoP=
 then this would just succeed and
 no further action is required by the client - allowing clients to opportuni=
stically ask for DPoP without needing a priori knowledge of RS capabilities)=
.






 






3. The RS introspects the access token and learns the EC public key as=
sociated with the access token. As there is no DPoP proof with the access to=
ken, the RS will generate a challenge
 in the following way:






    o The RS generates an ephemeral EC key pair for the=
 same curve as the confirmation key (e.g. P-256 or X25519).






    o The RS stores the ephemeral private key somewhere=
, associated with this access token (see below for a scalable implementation=
 choice)






    o The RS encodes the ephemeral public key into a JW=
K (epk) and base64url-encodes it. It uses this as a challenge to the client b=
y sending back a 401 response with WWW-Authenticate:
 DPoP <encoded-epk>






 






4. The client decodes the epk challenge and performs an ECDH key agree=
ment between its private key and the challenge epk as per the method describ=
ed for the existing JWA ECDH-ES encryption
 algorithm. Rather than deriving an AES key however, it derives a HMAC key f=
or HS256. The "apu" value is set to the access token (string value as ASCII b=
ytes) and the "apv" value is set to the hostname of the RS (e.g. "api.example.com").
 This ensures that the derived key is cryptographically bound to the context=
 in which it is used.






 






5. The client uses the HMAC key to create a DPoP proof JWT much like t=
he one in the current draft, but signed using the HS256 key. If a "kid" fiel=
d was present in the challenge JWK
 sent by the RS then the same value MUST be used in the "kid" header of this=
 discharge JWT. It retries its original request sending Authorization: DPoP &=
lt;hmac-jwt> at=3D<access_token>.






 






6. The RS uses its stored ephemeral private key to derive the same HMA=
C key and verify the DPoP discharge JWT. If it validates and all fields are c=
orrect then the request is allowed.






 






Efficient implementation trick:






Because the client is required to copy and "kid" value from the challe=
nge JWK, the RS can preemptively carry out the ECDH key agreement immediatel=
y and generate the derived HMAC key.
 The RS can then encrypt this derived key using a local authenticated encryp=
tion key (e.g. AES-GCM) and use that encrypted value as the "kid" value in t=
he challenge (perhaps along with some context or an expiry time). That way t=
he RS only needs to decrypt this
 kid value rather than performing the ECDH key agreement on every request. T=
his also avoids the need for the RS to store any per-client state locally.






 






The challenge-response nature of the scheme prevents traditional repla=
y attacks in the case where a DPoP discharge JWT is accidentally leaked thro=
ugh server logs or some other flaw,
 without needing to store nonces on the server. Using the RS's hostname in t=
he key derivation process prevents mitm attacks in a similar way to how FIDO=
/WebAuthn prevents this. Most importantly, once a HS256 key has been derived=
 between a client and RS they
 can reuse that key for multiple requests, reducing the overhead of the ECDH=
 key agreement step. Either side can decide as a matter of policy how long t=
o let this occur and when to trigger a fresh challenge-response.<=
/span>






 






Because this fits within the standard HTTP authentication framework, i=
t also requires no additional CORS configuration and is relatively easy to p=
lug in to existing HTTP client libraries.






 






The main downside of this approach to me is the fact that you can't si=
mply reuse an existing JWT library to implement it, and so it will take time=
 for client libs to develop. (Although
 I think this might be achievable now with existing *COSE* libraries). This w=
ould increase the risk of people hand-rolling solutions, rather than using w=
ell-tested libraries. On the other hand, it uses fairly widely supported pri=
mitives so e.g. an implementation
 using WebCrypto is probably only a few dozen lines of code.






 






-- Neil








 















On 31 Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40ping=
identity.com@dmarc.ietf.org> wrote:




 








Hello WG, 






 






Just a quick note to let folks know that -03 of the DPoP draft was pub=
lished earlier today. The usual various document links are in the forwarded m=
essage below and the relevant snippet
 from the doc history with a summary of the changes is included here for con=
venience. 






 






Hopefully folks will have time to read the (relativity) short document=
 before the meeting(s) in Singapore where (spoiler alert) I plan to ask that=
 the WG consider adoption of the
 draft. 






 






Thanks,








 -03

   o  rework the text around uniqueness requirements on the j=
ti claim in

      the DPoP proof JWT

   o  make tokens a bit smaller by using "htm", "htu", and "j=
kt" rather

      than "http_method", "http_uri", and "jkt#S256" res=
pectively

   o  more explicit recommendation to use mTLS if that is ava=
ilable

   o  added David Waite as co-author

   o  editorial updates








 






---------- Forwarded message ---------

From: <internet-drafts@ietf.org>

Date: Thu, Oct 31, 2019 at 11:53 AM

Subject: New Version Notification for draft-fett-oauth-dpop-03.txt

To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John B=
radley <ve7jtb@ve=
7jtb.com>,
 Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.c=
om>, Daniel Fett <mail@danielfett.de>










A new version of I-D, draft-fett-oauth-dpop-03.txt

has been successfully submitted by Brian Campbell and posted to the

IETF repository.



Name:           draft-fett-oauth-dpop

Revision:       03

Title:          OAuth 2.0 Demonstration of Proof-of=
-Possession at the Application Layer (DPoP)

Document date:  2019-10-30

Group:          Individual Submission

Pages:          15

URL:            https=
://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt

Status:         https://datatracker.ietf.=
org/doc/draft-fett-oauth-dpop/

Htmlized:       https://tools.ietf.org/html/draft=
-fett-oauth-dpop-03

Htmlized:       https://datatracker.ietf.o=
rg/doc/html/draft-fett-oauth-dpop

Diff:           https://www.iet=
f.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03



Abstract:

   This document describes a mechanism for sender-constraining OAu=
th 2.0

   tokens via a proof-of-possession mechanism on the application l=
evel.

   This mechanism allows for the detection of replay attacks with a=
ccess

   and refresh tokens.









Please note that it may take a couple of minutes from the time of submission=


until the htmlized version and diff are available at tools.ietf.org.



The IETF Secretariat












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CONFIDENTIALITY NOT=
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From: Dick Hardt 
Date: Fri, 22 Nov 2019 15:13:01 +0800
Message-ID: 
To: Neil Madden 
Cc: "Richard Backman, Annabelle" , oauth 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On Fri, Nov 22, 2019 at 3:08 PM Neil Madden 
wrote:

> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle 
> wrote:
>
> There are key distribution challenges with that if you are doing
> validation at the RS, but validation at the RS using either approach mean=
s
> you=E2=80=99ve lost protection against replay by the RS. This brings us b=
ack to a
> core question: what threats are in scope for DPoP, and in what contexts?
>
>
> Agreed, but validation at the RS is premature optimisation in many cases.
> And if you do need protection against that the client can even append a
> confirmation key as a caveat and retrospectively upgrade a bearer token t=
o
> a pop token. They can even do transfer of ownership by creating copies of
> the original token bound to other certificates/public keys.
>

While validation at the RS may be an optimization in many cases, it is
still a requirement for deployments.

I echo Annabelle's last question: what threats are in scope (and out of
scope) for DPoP?

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=

On Fri, Nov 22, 2019 at 3:08 PM Neil =
Madden <neil.madden@forgero=
ck.com> wrote:
On 22 Nov 2019, at 01:42, Richard =
Backman, Annabelle <richanna@amazon.com> wrote:
There are key distribution challenges with that if you are doi=
ng validation at the RS, but
 validation at the RS using either approach means you=E2=80=99ve lost prote=
ction against replay by the RS. This brings us back to a core question: wha=
t threats are in scope for DPoP, and in what contexts?

Agreed, but validation at the RS is premature optimisation=
 in many cases. And if you do need protection against that the client can e=
ven append a confirmation key as a caveat and retrospectively upgrade a bea=
rer token to a pop token. They can even do transfer of ownership by creatin=
g copies of the original token bound to other certificates/public keys.=C2=
=A0

While validation at the RS may be=
 an optimization in many cases, it is still a requirement for deployments.<=
/div>

I echo Annabelle's last question: what threats=
 are in scope (and out of scope) for DPoP?




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To: Dick Hardt 
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I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about the =
scope here. That was the one major thing that struck me during the DPoP =
discussions in Singapore yesterday: we don=E2=80=99t seem to agree on =
what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20

If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20

I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out.

 =E2=80=94 Justin

> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
>=20
>=20
>=20
> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden > wrote:
> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
> wrote:
>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>=20
>=20
> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>=20
> While validation at the RS may be an optimization in many cases, it is =
still a requirement for deployments.
>=20
> I echo Annabelle's last question: what threats are in scope (and out =
of scope) for DPoP?
>=20
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


--Apple-Mail=_A139A001-C7CB-47B1-8D4C-B3F2F17CFA6D
Content-Transfer-Encoding: quoted-printable
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I=E2=80=
=99m going to +1 Dick and Annabelle=E2=80=99s question about the scope =
here. That was the one major thing that struck me during the DPoP =
discussions in Singapore yesterday: we don=E2=80=99t seem to agree on =
what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism. 

If it=E2=80=99s the former, then it should be explicitly tied =
to one specific set of things. If it=E2=80=99s the latter, then it needs =
to be expanded. 

I=E2=80=99ll repeat what I said at the mic line: My take is =
that we should explicitly narrow down DPoP so that it does exactly one =
thing and solves one narrow use case. And for a general solution? =
Let=E2=80=99s move that discussion into the next major revision of the =
protocol where we=E2=80=99ll have a bit more running room to figure =
things out.

 =E2=80=94 Justin

On Nov =
22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> wrote:



On Fri, Nov 22, 2019 at 3:08 PM Neil =
Madden <neil.madden@forgerock.com> wrote:
On 22 Nov 2019, at 01:42, Richard Backman, =
Annabelle <richanna@amazon.com> wrote:
There are key =
distribution challenges with that if you are doing validation at the RS, =
but
 validation at the RS using either approach means you=E2=80=99ve lost =
protection against replay by the RS. This brings us back to a core =
question: what threats are in scope for DPoP, and in what contexts?

Agreed,=
 but validation at the RS is premature optimisation in many cases. And =
if you do need protection against that the client can even append a =
confirmation key as a caveat and retrospectively upgrade a bearer token =
to a pop token. They can even do transfer of ownership by creating =
copies of the original token bound to other certificates/public =
keys. 

While validation at the RS may be an optimization in many =
cases, it is still a requirement for deployments.
I echo Annabelle's last question: what =
threats are in scope (and out of scope) for DPoP?


_______________________________________________
OAuth =
mailing list
OAuth@ietf.org
https://www.ietf.org/mailman/listinfo/oauth

=

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From: Rob Otto 
Date: Fri, 22 Nov 2019 07:52:35 +0000
Message-ID: 
To: Justin Richer 
Cc: Dick Hardt , oauth 
Content-Type: multipart/alternative; boundary="00000000000012e55e0597eab357"
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Hi everyone

I'd agree with this. I'm looking at DPOP as an alternative and
ultimately simpler way to accomplish what we can already do with MTLS-bound
Access Tokens, for use cases such as the ones we address in Open Banking;
these are API transactions that demand a high level of assurance and as
such we absolutely must have a mechanism to constrain those tokens to the
intended bearer. Requiring MTLS across the ecosystem, however, adds
significant overhead in terms of infrastructural complexity and is always
going to limit the extent to which such a model can scale.

DPOP, to me, appears to be a rather more elegant way of solving the same
problem, with the benefit of significantly reducing the complexity of (and
dependency on) the transport layer. I would not argue, however, that it is
meant to be a solution intended for ubiquitous adoption across all
OAuth-protected API traffic. Clients still need to manage private keys
under this model and my experience is that there is typically a steep
learning curve for developers to negotiate any time you introduce a
requirement to hold and use keys within  an application.

I guess I'm with Justin - let's look at DPOP as an alternative to
MTLS-bound tokens for high-assurance use cases, at least initially, without
trying to make it solve every problem.

Best regards
Rob


On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:

> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about the s=
cope here. That
> was the one major thing that struck me during the DPoP discussions in
> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for. =
Some
> (including the authors, it seems) see it as a quick point-solution to a
> specific use case. Others see it as a general PoP mechanism.
>
> If it=E2=80=99s the former, then it should be explicitly tied to one spec=
ific set
> of things. If it=E2=80=99s the latter, then it needs to be expanded.
>
> I=E2=80=99ll repeat what I said at the mic line: My take is that we shoul=
d
> explicitly narrow down DPoP so that it does exactly one thing and solves
> one narrow use case. And for a general solution? Let=E2=80=99s move that =
discussion
> into the next major revision of the protocol where we=E2=80=99ll have a b=
it more
> running room to figure things out.
>
>  =E2=80=94 Justin
>
> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
>
>
>
> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden 
> wrote:
>
>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle 
>> wrote:
>>
>> There are key distribution challenges with that if you are doing
>> validation at the RS, but validation at the RS using either approach mea=
ns
>> you=E2=80=99ve lost protection against replay by the RS. This brings us =
back to a
>> core question: what threats are in scope for DPoP, and in what contexts?
>>
>>
>> Agreed, but validation at the RS is premature optimisation in many cases=
.
>> And if you do need protection against that the client can even append a
>> confirmation key as a caveat and retrospectively upgrade a bearer token =
to
>> a pop token. They can even do transfer of ownership by creating copies o=
f
>> the original token bound to other certificates/public keys.
>>
>
> While validation at the RS may be an optimization in many cases, it is
> still a requirement for deployments.
>
> I echo Annabelle's last question: what threats are in scope (and out of
> scope) for DPoP?
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>


--=20
[image: Ping Identity]

Rob Otto
EMEA Field CTO/Solutions Architect
robertotto@pingidentity.com

c: +44 (0) 777 135 6092
Connect with us: [image: Glassdoor logo]

[image:
LinkedIn logo]  [image: twitter
logo]  [image: facebook logo]
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 [image: Google+ logo]
 [image: Blog logo]




--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
material for the sole use of the intended recipient(s). Any review, use,=20
distribution or disclosure by others is strictly prohibited.=C2=A0 If you h=
ave=20
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=20
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--00000000000012e55e0597eab357
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Hi everyone

I'd=
 agree with this. I'm looking at DPOP as an alternative and ultimately=
=C2=A0simpler way to accomplish what we can already do with MTLS-bound Acce=
ss Tokens, for use cases such as the ones we address in Open Banking; these=
 are API transactions that demand a high level of assurance and as such we =
absolutely must have a mechanism to constrain those tokens to the intended =
bearer. Requiring MTLS across the ecosystem, however, adds significant over=
head in terms of infrastructural=C2=A0complexity and is always going to lim=
it the extent to which such a model can scale.

DPOP, to me, appears to be a rather more elegant way of solving the same=
 problem, with the benefit of significantly reducing the complexity of (and=
 dependency on) the transport layer. I would not argue, however, that=C2=A0=
it is meant to be a solution intended for ubiquitous adoption across all OA=
uth-protected API traffic. Clients still need to manage private keys under =
this model and my experience is that there is typically a steep learning cu=
rve for developers to negotiate any time you introduce a requirement to hol=
d and use keys within=C2=A0 an application.=C2=A0

I guess I'm with Justin - let's look at DPOP as an alternativ=
e to MTLS-bound tokens for high-assurance use cases, at least initially, wi=
thout trying to make it solve every problem.=C2=A0

<=
div class=3D"gmail_default" style=3D"font-family:tahoma,sans-serif;color:#0=
b5394">Best regards
Rob


On Fri, 22 Nov =
2019 at 07:24, Justin Richer <jricher=
@mit.edu> wrote:
I=E2=80=99m going to +1 D=
ick and Annabelle=E2=80=99s question about the scope here. That was the one=
 major thing that struck me during the DPoP discussions in Singapore yester=
day: we don=E2=80=99t seem to agree on what DPoP is for. Some (including th=
e authors, it seems) see it as a quick point-solution to a specific use cas=
e. Others see it as a general PoP mechanism.=C2=A0

If it=
=E2=80=99s the former, then it should be explicitly tied to one specific se=
t of things. If it=E2=80=99s the latter, then it needs to be expanded.=C2=
=A0

I=E2=80=99ll repeat what I said at the mic lin=
e: My take is that we should explicitly narrow down DPoP so that it does ex=
actly one thing and solves one narrow use case. And for a general solution?=
 Let=E2=80=99s move that discussion into the next major revision of the pro=
tocol where we=E2=80=99ll have a bit more running room to figure things out=
.

=C2=A0=E2=80=94 Justin

On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> w=
rote:



On Fri, Nov 22, 2=
019 at 3:08 PM Neil Madden <neil.madden@forgerock.com> wrote:
On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@amazon.com> wrot=
e:
There are key distributi=
on challenges with that if you are doing validation at the RS, but
 validation at the RS using either approach means you=E2=80=99ve lost prote=
ction against replay by the RS. This brings us back to a core question: wha=
t threats are in scope for DPoP, and in what contexts?

Agreed, but validation at the RS is premature optimisation=
 in many cases. And if you do need protection against that the client can e=
ven append a confirmation key as a caveat and retrospectively upgrade a bea=
rer token to a pop token. They can even do transfer of ownership by creatin=
g copies of the original token bound to other certificates/public keys.=C2=
=A0

While validation at the RS may be=
 an optimization in many cases, it is still a requirement for deployments.<=
/div>

I echo Annabelle's last question: what threats=
 are in scope (and out of scope) for DPoP?



_______________________________________________
OAuth mailing list
OAuth@ietf.org
http=
s://www.ietf.org/mailman/listinfo/oauth
_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




-- 




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>CONFIDENTIALITY NOTICE: This email may contain confidenti=
al and privileged material for the sole use of the intended recipient(s). A=
ny review, use, distribution or disclosure by others is strictly prohibited=
.=C2=A0 If you have received this communication in error, please notify the=
 sender immediately by e-mail and delete the message and any file attachmen=
ts from your computer. Thank you.
--00000000000012e55e0597eab357--


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> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>=20
> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>=20
> If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20

as a co-author of the DPoP draft I state again what I said yesterday: =
DPoP is a mechanism for sender-constraining access tokens sent from SPAs =
only. The threat to be prevented is token replay.

The general mechanism for sender constrained access token should be =
TLS-based as recommended by the Security BCP (see =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-3.=
2).

Why: that=E2=80=99s the easiest way from a client developer's =
perspective.=20

Application level signatures, on the other hand, are inherently more =
fragile as illustrated by the OAuth 1 experience. They also require =
additional effort (and state) on the server side to implement replay =
detection.=20

As kind of an entertaining read I added two posts/threads from 2010, =
when this WG discussed whether TLS/SSL should be the primary OAuth 2.0 =
security mechanism.

https://mailarchive.ietf.org/arch/msg/oauth/crVvDNtbdN0E0ccmk5fLdNS66v0
=
https://mailarchive.ietf.org/arch/browse/oauth/?gbt=3D1&index=3Dxvlxuly1Dj=
QiZgWZpHwgj7q2k0g

The decision to go with TLS only was, in my opinion, one of the key =
success factors that made OAuth 2 so incredibly successful.

To re-state: =46rom my perspective, DPoP is intended to be used by SPA =
developers only for token replay detection (or better put to provide RSs =
with the pre-requisites to do so). =20

Why? Because we unfortunately currently lack a TLS-based mechanism for =
sender-constraining.

Building it on asymmetrical crypto only makes it easier to implement and =
to handle than methods based on shared secrets.

I also think we must look for alternative methods to enable TLS-based =
methods in the browser.=20


>=20
> I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out.
>=20
>  =E2=80=94 Justin
>=20
>> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
>>=20
>>=20
>>=20
>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
>>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>>=20
>> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>>=20
>> While validation at the RS may be an optimization in many cases, it =
is still a requirement for deployments.
>>=20
>> I echo Annabelle's last question: what threats are in scope (and out =
of scope) for DPoP?
>>=20
>>=20
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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Cc: Justin Richer , oauth 
To: Rob Otto 
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Hi Rob,=20

> On 22. Nov 2019, at 15:52, Rob Otto =
 wrote:
>=20
> Hi everyone
>=20
> I'd agree with this. I'm looking at DPOP as an alternative and =
ultimately simpler way to accomplish what we can already do with =
MTLS-bound Access Tokens, for use cases such as the ones we address in =
Open Banking; these are API transactions that demand a high level of =
assurance and as such we absolutely must have a mechanism to constrain =
those tokens to the intended bearer. Requiring MTLS across the =
ecosystem, however, adds significant overhead in terms of =
infrastructural complexity and is always going to limit the extent to =
which such a model can scale.

I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead =
in terms of infrastructural complexity=E2=80=9D. Can you please dig into =
details?

Our experience so far: It can be a headache to set up in a microservice =
architecture with TLS terminating proxies but once it runs it=E2=80=99s =
ok. On the other side, it=E2=80=99s easy to use for client developers =
and it combines client authentication and sender constraining nicely. =20=


>=20
> DPOP, to me, appears to be a rather more elegant way of solving the =
same problem, with the benefit of significantly reducing the complexity =
of (and dependency on) the transport layer. I would not argue, however, =
that it is meant to be a solution intended for ubiquitous adoption =
across all OAuth-protected API traffic. Clients still need to manage =
private keys under this model and my experience is that there is =
typically a steep learning curve for developers to negotiate any time =
you introduce a requirement to hold and use keys within  an application.=20=


My experience is most developer don=E2=80=99t even get the URL right (in =
the signature and the value used on the receiving end). So the total =
cost of ownership is increased by numerous support inquiries.

best regards,
Torsten.=20

>=20
> I guess I'm with Justin - let's look at DPOP as an alternative to =
MTLS-bound tokens for high-assurance use cases, at least initially, =
without trying to make it solve every problem.=20
>=20
> Best regards
> Rob
>=20
>=20
> On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>=20
> If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20
>=20
> I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out..
>=20
>  =E2=80=94 Justin
>=20
>> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
>>=20
>>=20
>>=20
>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
>>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>>=20
>> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>>=20
>> While validation at the RS may be an optimization in many cases, it =
is still a requirement for deployments.
>>=20
>> I echo Annabelle's last question: what threats are in scope (and out =
of scope) for DPoP?
>>=20
>>=20
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>=20
> _______________________________________________
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> --=20
> =09
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> robertotto@pingidentity.com=09
> =09
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From: Filip Skokan 
Date: Fri, 22 Nov 2019 09:04:34 +0100
Message-ID: 
To: Torsten Lodderstedt 
Cc: Justin Richer , oauth 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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I agree with Torsten,

plus we're getting sender-constrained refresh tokens for said public
clients and SPAs so that the AS doesn't have to (according to the browser
based apps draft) rotate them, we all know the pain SPA developers have
with those.

S pozdravem,
*Filip Skokan*


On Fri, 22 Nov 2019 at 08:54, Torsten Lodderstedt  wrote:

>
>
> > On 22. Nov 2019, at 15:24, Justin Richer  wrote:
> >
> > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about the=
 scope here. That
> was the one major thing that struck me during the DPoP discussions in
> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for. =
Some
> (including the authors, it seems) see it as a quick point-solution to a
> specific use case. Others see it as a general PoP mechanism.
> >
> > If it=E2=80=99s the former, then it should be explicitly tied to one sp=
ecific
> set of things. If it=E2=80=99s the latter, then it needs to be expanded.
>
> as a co-author of the DPoP draft I state again what I said yesterday: DPo=
P
> is a mechanism for sender-constraining access tokens sent from SPAs only.
> The threat to be prevented is token replay.
>
> The general mechanism for sender constrained access token should be
> TLS-based as recommended by the Security BCP (see
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-3=
.2
> ).
>
> Why: that=E2=80=99s the easiest way from a client developer's perspective=
.
>
> Application level signatures, on the other hand, are inherently more
> fragile as illustrated by the OAuth 1 experience. They also require
> additional effort (and state) on the server side to implement replay
> detection.
>
> As kind of an entertaining read I added two posts/threads from 2010, when
> this WG discussed whether TLS/SSL should be the primary OAuth 2.0 securit=
y
> mechanism.
>
> https://mailarchive.ietf.org/arch/msg/oauth/crVvDNtbdN0E0ccmk5fLdNS66v0
>
> https://mailarchive.ietf.org/arch/browse/oauth/?gbt=3D1&index=3Dxvlxuly1D=
jQiZgWZpHwgj7q2k0g
>
> The decision to go with TLS only was, in my opinion, one of the key
> success factors that made OAuth 2 so incredibly successful.
>
> To re-state: From my perspective, DPoP is intended to be used by SPA
> developers only for token replay detection (or better put to provide RSs
> with the pre-requisites to do so).
>
> Why? Because we unfortunately currently lack a TLS-based mechanism for
> sender-constraining.
>
> Building it on asymmetrical crypto only makes it easier to implement and
> to handle than methods based on shared secrets.
>
> I also think we must look for alternative methods to enable TLS-based
> methods in the browser.
>
>
> >
> > I=E2=80=99ll repeat what I said at the mic line: My take is that we sho=
uld
> explicitly narrow down DPoP so that it does exactly one thing and solves
> one narrow use case. And for a general solution? Let=E2=80=99s move that =
discussion
> into the next major revision of the protocol where we=E2=80=99ll have a b=
it more
> running room to figure things out.
> >
> >  =E2=80=94 Justin
> >
> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
> >>
> >>
> >>
> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden 
> wrote:
> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <
> richanna@amazon.com> wrote:
> >>> There are key distribution challenges with that if you are doing
> validation at the RS, but validation at the RS using either approach mean=
s
> you=E2=80=99ve lost protection against replay by the RS. This brings us b=
ack to a
> core question: what threats are in scope for DPoP, and in what contexts?
> >>
> >> Agreed, but validation at the RS is premature optimisation in many
> cases. And if you do need protection against that the client can even
> append a confirmation key as a caveat and retrospectively upgrade a beare=
r
> token to a pop token. They can even do transfer of ownership by creating
> copies of the original token bound to other certificates/public keys.
> >>
> >> While validation at the RS may be an optimization in many cases, it is
> still a requirement for deployments.
> >>
> >> I echo Annabelle's last question: what threats are in scope (and out o=
f
> scope) for DPoP?
> >>
> >>
> >> _______________________________________________
> >> OAuth mailing list
> >> OAuth@ietf.org
> >> https://www.ietf.org/mailman/listinfo/oauth
> >
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

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I agree with Torsten,

plus w=
e're getting sender-constrained refresh tokens for said public clients =
and SPAs so that the AS doesn't have to (according to the browser based=
 apps draft) rotate them, we all know the pain SPA developers have with tho=
se.

S pozdravem,
Filip Skokan


On Fri, 22 Nov =
2019 at 08:54, Torsten Lodderstedt <torsten=3D40lodderstedt.net@dmarc.ietf.or=
g> wrote:




> On 22. Nov 2019, at 15:24, Justin Richer <jricher@mit.edu> wrote:

> 

> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about th=
e scope here. That was the one major thing that struck me during the DPoP d=
iscussions in Singapore yesterday: we don=E2=80=99t seem to agree on what D=
PoP is for. Some (including the authors, it seems) see it as a quick point-=
solution to a specific use case. Others see it as a general PoP mechanism. =


> 

> If it=E2=80=99s the former, then it should be explicitly tied to one s=
pecific set of things. If it=E2=80=99s the latter, then it needs to be expa=
nded. 



as a co-author of the DPoP draft I state again what I said yesterday: DPoP =
is a mechanism for sender-constraining access tokens sent from SPAs only. T=
he threat to be prevented is token replay.



The general mechanism for sender constrained access token should be TLS-bas=
ed as recommended by the Security BCP (see https://tools.ietf.org/html/draft-ietf-oauth-security-top=
ics-13#section-3.2).



Why: that=E2=80=99s the easiest way from a client developer's perspecti=
ve. 



Application level signatures, on the other hand, are inherently more fragil=
e as illustrated by the OAuth 1 experience. They also require additional ef=
fort (and state) on the server side to implement replay detection. 



As kind of an entertaining read I added two posts/threads from 2010, when t=
his WG discussed whether TLS/SSL should be the primary OAuth 2.0 security m=
echanism.



https://mailarchive.ietf.org/=
arch/msg/oauth/crVvDNtbdN0E0ccmk5fLdNS66v0

https=
://mailarchive.ietf.org/arch/browse/oauth/?gbt=3D1&index=3Dxvlxuly1DjQi=
ZgWZpHwgj7q2k0g



The decision to go with TLS only was, in my opinion, one of the key success=
 factors that made OAuth 2 so incredibly successful.



To re-state: From my perspective, DPoP is intended to be used by SPA develo=
pers only for token replay detection (or better put to provide RSs with the=
 pre-requisites to do so).=C2=A0 



Why? Because we unfortunately currently lack a TLS-based mechanism for send=
er-constraining.



Building it on asymmetrical crypto only makes it easier to implement and to=
 handle than methods based on shared secrets.



I also think we must look for alternative methods to enable TLS-based metho=
ds in the browser. 





> 

> I=E2=80=99ll repeat what I said at the mic line: My take is that we sh=
ould explicitly narrow down DPoP so that it does exactly one thing and solv=
es one narrow use case. And for a general solution? Let=E2=80=99s move that=
 discussion into the next major revision of the protocol where we=E2=80=99l=
l have a bit more running room to figure things out.

> 

>=C2=A0 =E2=80=94 Justin

> 

>> On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> wrote:

>> 

>> 

>> 

>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@forgerock.com&=
gt; wrote:

>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@amazon.com&g=
t; wrote:

>>> There are key distribution challenges with that if you are doi=
ng validation at the RS, but validation at the RS using either approach mea=
ns you=E2=80=99ve lost protection against replay by the RS. This brings us =
back to a core question: what threats are in scope for DPoP, and in what co=
ntexts?

>> 

>> Agreed, but validation at the RS is premature optimisation in many=
 cases. And if you do need protection against that the client can even appe=
nd a confirmation key as a caveat and retrospectively upgrade a bearer toke=
n to a pop token. They can even do transfer of ownership by creating copies=
 of the original token bound to other certificates/public keys. 

>> 

>> While validation at the RS may be an optimization in many cases, i=
t is still a requirement for deployments.

>> 

>> I echo Annabelle's last question: what threats are in scope (a=
nd out of scope) for DPoP?

>> 

>> 

>> _______________________________________________

>> OAuth mailing list

>> OAuth@ietf.org=


>> https://www.ietf.org/mailman/listinfo/oauth<=
br>
> 

> _______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth



_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




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From: Torsten Lodderstedt 
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Date: Fri, 22 Nov 2019 16:05:01 +0800
In-Reply-To: 
Cc: Torsten Lodderstedt , Justin Richer , oauth 
To: Mike Jones 
References: 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Hi Mike,=20

> On 22. Nov 2019, at 16:00, Mike Jones =
 wrote:
>=20
> TLS on Web Servers is nearly ubiquitous now and works great.  Trying =
to use mutual TLS on many platforms results in a nearly intractable user =
experience, where the end-users are asked to install certificates into =
certificate stores.  Success rates for those UXs are very low.
>=20
> And it's even worse than that.  If you use multiple browsers, you'll =
have to get the person to install the client certificates into multiple =
certificate stores.  For instance, on Windows, Edge, Firefox, and Chrome =
all use different certificate stores.
>=20
> Server-side TLS works because end-users don't have to do anything =
difficult to use it.  That can't be said for client-side TLS.

That=E2=80=99s true for the user experience in a browser. That=E2=80=99s =
why we currently need an alternative for exactly this client type.=20

It=E2=80=99s completely different for mobile apps and server-side web =
applications since mTLS does not have any impact on the user experience =
at all.=20

Instead, the developer just needs to drop the key pair/cert into the =
HTTP stack and is done with both client authentication and sender =
constrained tokens.=20

best regards,
Torsten.=20

>=20
> 				-- Mike
>=20
> -----Original Message-----
> From: OAuth  On Behalf Of Torsten Lodderstedt
> Sent: Thursday, November 21, 2019 11:54 PM
> To: Justin Richer 
> Cc: oauth 
> Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for =
draft-fett-oauth-dpop-03.txt
>=20
>=20
>=20
>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>=20
>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>>=20
>> If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20
>=20
> as a co-author of the DPoP draft I state again what I said yesterday: =
DPoP is a mechanism for sender-constraining access tokens sent from SPAs =
only. The threat to be prevented is token replay.
>=20
> The general mechanism for sender constrained access token should be =
TLS-based as recommended by the Security BCP (see =
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Ftools.=
ietf.org%2Fhtml%2Fdraft-ietf-oauth-security-topics-13%23section-3.2&da=
ta=3D02%7C01%7CMichael.Jones%40microsoft.com%7Cfa8cfb57efe34b5dfafa08d76f2=
1234d%7C72f988bf86f141af91ab2d7cd011db47%7C1%7C0%7C637100060427907236&=
sdata=3DtvqS9JnASGHWeVZnxm0x6Rr7sSCaMX5Hd7ImpyoN%2BqE%3D&reserved=3D0)=
.
>=20
> Why: that=E2=80=99s the easiest way from a client developer's =
perspective.=20
>=20
> Application level signatures, on the other hand, are inherently more =
fragile as illustrated by the OAuth 1 experience. They also require =
additional effort (and state) on the server side to implement replay =
detection.=20
>=20
> As kind of an entertaining read I added two posts/threads from 2010, =
when this WG discussed whether TLS/SSL should be the primary OAuth 2.0 =
security mechanism.
>=20
> =
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fmailar=
chive.ietf.org%2Farch%2Fmsg%2Foauth%2FcrVvDNtbdN0E0ccmk5fLdNS66v0&data=
=3D02%7C01%7CMichael.Jones%40microsoft.com%7Cfa8cfb57efe34b5dfafa08d76f212=
34d%7C72f988bf86f141af91ab2d7cd011db47%7C1%7C0%7C637100060427907236&sd=
ata=3DEYJcPaUIPorvsaZtHTcRhztyoc7aT5HvoISpCe%2FJi2w%3D&reserved=3D0
> =
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fmailar=
chive.ietf.org%2Farch%2Fbrowse%2Foauth%2F%3Fgbt%3D1%26index%3Dxvlxuly1DjQi=
ZgWZpHwgj7q2k0g&data=3D02%7C01%7CMichael.Jones%40microsoft.com%7Cfa8cf=
b57efe34b5dfafa08d76f21234d%7C72f988bf86f141af91ab2d7cd011db47%7C1%7C0%7C6=
37100060427907236&sdata=3DEaoRe%2BF2guKYB%2B9exMnl3oeyAEmS3%2FvQXV2BcX=
gYyOg%3D&reserved=3D0
>=20
> The decision to go with TLS only was, in my opinion, one of the key =
success factors that made OAuth 2 so incredibly successful.
>=20
> To re-state: =46rom my perspective, DPoP is intended to be used by SPA =
developers only for token replay detection (or better put to provide RSs =
with the pre-requisites to do so). =20
>=20
> Why? Because we unfortunately currently lack a TLS-based mechanism for =
sender-constraining.
>=20
> Building it on asymmetrical crypto only makes it easier to implement =
and to handle than methods based on shared secrets.
>=20
> I also think we must look for alternative methods to enable TLS-based =
methods in the browser.=20
>=20
>=20
>>=20
>> I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out.
>>=20
>> =E2=80=94 Justin
>>=20
>>> On Nov 22, 2019, at 3:13 PM, Dick Hardt  =
wrote:
>>>=20
>>>=20
>>>=20
>>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
>>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
>>>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>>>=20
>>> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>>>=20
>>> While validation at the RS may be an optimization in many cases, it =
is still a requirement for deployments.
>>>=20
>>> I echo Annabelle's last question: what threats are in scope (and out =
of scope) for DPoP?
>>>=20
>>>=20
>>> _______________________________________________
>>> OAuth mailing list
>>> OAuth@ietf.org
>>> =
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From: Rob Otto 
Date: Fri, 22 Nov 2019 08:10:06 +0000
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To: Torsten Lodderstedt 
Cc: Justin Richer , oauth 
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Hi Torsten - thanks for the reply.

Responses in line.

Gr=C3=BCsse
Rob

On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt  wrote:

> Hi Rob,
>
> > On 22. Nov 2019, at 15:52, Rob Otto  40pingidentity.com@dmarc.ietf.org> wrote:
> >
> > Hi everyone
> >
> > I'd agree with this. I'm looking at DPOP as an alternative and
> ultimately simpler way to accomplish what we can already do with MTLS-bou=
nd
> Access Tokens, for use cases such as the ones we address in Open Banking;
> these are API transactions that demand a high level of assurance and as
> such we absolutely must have a mechanism to constrain those tokens to the
> intended bearer. Requiring MTLS across the ecosystem, however, adds
> significant overhead in terms of infrastructural complexity and is always
> going to limit the extent to which such a model can scale.
>
> I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead in=
 terms of
> infrastructural complexity=E2=80=9D. Can you please dig into details?
>

I guess it's mostly that every RS-endpoint (or what sits in front of it)
has to have a mechanism for accepting/terminating mTLS, managing roots of
trust, validating/OCSP, etc and then passing the certificates downstream as
headers. None of it is necessarily difficult or impossible to do in
isolation, but I meet many many people every week who simply don't know how
to do any of this stuff. And these are typically "network people", for want
of a better word. There are quite a few SaaS API management and edge
solutions out there that don't even support mTLS at all. You also have the
difficulty in handling a combination of MTLS and non-MTLS traffic to the
same endpoints. Again, it's possible to do, but far from straightforward.



>
> Our experience so far: It can be a headache to set up in a microservice
> architecture with TLS terminating proxies but once it runs it=E2=80=99s o=
k. On the
> other side, it=E2=80=99s easy to use for client developers and it combine=
s client
> authentication and sender constraining nicely.
>

I do think its an elegant solution, don't get me wrong. It's just that
there are plenty of moving parts that you need to get right and that can be
a challenge, particularly in large, complex environments.



>
> >
> > DPOP, to me, appears to be a rather more elegant way of solving the sam=
e
> problem, with the benefit of significantly reducing the complexity of (an=
d
> dependency on) the transport layer. I would not argue, however, that it i=
s
> meant to be a solution intended for ubiquitous adoption across all
> OAuth-protected API traffic. Clients still need to manage private keys
> under this model and my experience is that there is typically a steep
> learning curve for developers to negotiate any time you introduce a
> requirement to hold and use keys within  an application.
>
> My experience is most developer don=E2=80=99t even get the URL right (in =
the
> signature and the value used on the receiving end). So the total cost of
> ownership is increased by numerous support inquiries.
>
I'll not comment, at the risk of offending developers :)

>
> best regards,
> Torsten.
>
> >
> > I guess I'm with Justin - let's look at DPOP as an alternative to
> MTLS-bound tokens for high-assurance use cases, at least initially, witho=
ut
> trying to make it solve every problem.
> >
> > Best regards
> > Rob
> >
> >
> > On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
> > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about the=
 scope here. That
> was the one major thing that struck me during the DPoP discussions in
> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for. =
Some
> (including the authors, it seems) see it as a quick point-solution to a
> specific use case. Others see it as a general PoP mechanism.
> >
> > If it=E2=80=99s the former, then it should be explicitly tied to one sp=
ecific
> set of things. If it=E2=80=99s the latter, then it needs to be expanded.
> >
> > I=E2=80=99ll repeat what I said at the mic line: My take is that we sho=
uld
> explicitly narrow down DPoP so that it does exactly one thing and solves
> one narrow use case. And for a general solution? Let=E2=80=99s move that =
discussion
> into the next major revision of the protocol where we=E2=80=99ll have a b=
it more
> running room to figure things out..
> >
> >  =E2=80=94 Justin
> >
> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
> >>
> >>
> >>
> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden 
> wrote:
> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <
> richanna@amazon.com> wrote:
> >>> There are key distribution challenges with that if you are doing
> validation at the RS, but validation at the RS using either approach mean=
s
> you=E2=80=99ve lost protection against replay by the RS. This brings us b=
ack to a
> core question: what threats are in scope for DPoP, and in what contexts?
> >>
> >> Agreed, but validation at the RS is premature optimisation in many
> cases. And if you do need protection against that the client can even
> append a confirmation key as a caveat and retrospectively upgrade a beare=
r
> token to a pop token. They can even do transfer of ownership by creating
> copies of the original token bound to other certificates/public keys.
> >>
> >> While validation at the RS may be an optimization in many cases, it is
> still a requirement for deployments.
> >>
> >> I echo Annabelle's last question: what threats are in scope (and out o=
f
> scope) for DPoP?
> >>
> >>
> >> _______________________________________________
> >> OAuth mailing list
> >> OAuth@ietf.org
> >> https://www.ietf.org/mailman/listinfo/oauth
> >
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
> >
> >
> > --
> >
> > Rob Otto
> > EMEA Field CTO/Solutions Architect
> > robertotto@pingidentity.com
> >
> > c: +44 (0) 777 135 6092
> > Connect with us:
>
>
> >
> >
> > CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you._______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>
>

--=20
[image: Ping Identity]

Rob Otto
EMEA Field CTO/Solutions Architect
robertotto@pingidentity.com

c: +44 (0) 777 135 6092
Connect with us: [image: Glassdoor logo]

[image:
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logo]  [image: facebook logo]
 [image: youtube logo]
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--=20
_CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
=20
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ave=20
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=20
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--000000000000b9f18a0597eaf1b1
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Hi Torsten - thanks for the reply=
.

Responses in line.

=

Gr=C3=BCsse
Rob

On Fri, 22 Nov 2019 at 07:59, Tor=
sten Lodderstedt <torsten=3D40lodderstedt.net@dmarc.ietf.org> wrote:
Hi Rob, 



> On 22. Nov 2019, at 15:52, Rob Otto <robotto=3D40pingidentity.com@dmarc=
.ietf.org> wrote:

> 

> Hi everyone

> 

> I'd agree with this. I'm looking at DPOP as an alternative and=
 ultimately simpler way to accomplish what we can already do with MTLS-boun=
d Access Tokens, for use cases such as the ones we address in Open Banking;=
 these are API transactions that demand a high level of assurance and as su=
ch we absolutely must have a mechanism to constrain those tokens to the int=
ended bearer. Requiring MTLS across the ecosystem, however, adds significan=
t overhead in terms of infrastructural complexity and is always going to li=
mit the extent to which such a model can scale.



I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead in t=
erms of infrastructural complexity=E2=80=9D. Can you please dig into detail=
s?

I guess it's mo=
stly that every RS-endpoint (or what sits in front of it) has to have a mec=
hanism for accepting/terminating mTLS, managing roots of trust, validating/=
OCSP, etc and then passing the certificates downstream as headers. None of =
it is necessarily=C2=A0difficult or impossible to do in isolation, but I me=
et many many people every week who simply don't know how to do any of t=
his stuff. And these are typically "network people", for want of =
a better word. There are quite a few SaaS API management and edge solutions=
 out there that don't even support mTLS at all. You also have the diffi=
culty in handling a combination of MTLS and non-MTLS=C2=A0traffic to the sa=
me endpoints. Again, it's possible to do, but far from straightforward.=
=C2=A0

=C2=A0



Our experience so far: It can be a headache to set up in a microservice arc=
hitecture with TLS terminating proxies but once it runs it=E2=80=99s ok. On=
 the other side, it=E2=80=99s easy to use for client developers and it comb=
ines client authentication and sender constraining nicely.=C2=A0 

I do think its an elegant solutio=
n, don't get me wrong. It's just that there are plenty of moving pa=
rts that you need to get right and that can be a challenge, particularly in=
 large, complex environments.=C2=A0

=C2=A0



> 

> DPOP, to me, appears to be a rather more elegant way of solving the sa=
me problem, with the benefit of significantly reducing the complexity of (a=
nd dependency on) the transport layer. I would not argue, however, that it =
is meant to be a solution intended for ubiquitous adoption across all OAuth=
-protected API traffic. Clients still need to manage private keys under thi=
s model and my experience is that there is typically a steep learning curve=
 for developers to negotiate any time you introduce a requirement to hold a=
nd use keys within=C2=A0 an application. 



My experience is most developer don=E2=80=99t even get the URL right (in th=
e signature and the value used on the receiving end). So the total cost of =
ownership is increased by numerous support inquiries.
=

I'll not comment, at =
the risk of offending developers :) =C2=A0



best regards,

Torsten. 



> 

> I guess I'm with Justin - let's look at DPOP as an alternative=
 to MTLS-bound tokens for high-assurance use cases, at least initially, wit=
hout trying to make it solve every problem. 

> 

> Best regards

> Rob

> 

> 

> On Fri, 22 Nov 2019 at 07:24, Justin Richer <jricher@mit.edu> wrote:

> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about th=
e scope here. That was the one major thing that struck me during the DPoP d=
iscussions in Singapore yesterday: we don=E2=80=99t seem to agree on what D=
PoP is for. Some (including the authors, it seems) see it as a quick point-=
solution to a specific use case. Others see it as a general PoP mechanism. =


> 

> If it=E2=80=99s the former, then it should be explicitly tied to one s=
pecific set of things. If it=E2=80=99s the latter, then it needs to be expa=
nded. 

> 

> I=E2=80=99ll repeat what I said at the mic line: My take is that we sh=
ould explicitly narrow down DPoP so that it does exactly one thing and solv=
es one narrow use case. And for a general solution? Let=E2=80=99s move that=
 discussion into the next major revision of the protocol where we=E2=80=99l=
l have a bit more running room to figure things out..

> 

>=C2=A0 =E2=80=94 Justin

> 

>> On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> wrote:

>> 

>> 

>> 

>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@forgerock.com&=
gt; wrote:

>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@amazon.com&g=
t; wrote:

>>> There are key distribution challenges with that if you are doi=
ng validation at the RS, but validation at the RS using either approach mea=
ns you=E2=80=99ve lost protection against replay by the RS. This brings us =
back to a core question: what threats are in scope for DPoP, and in what co=
ntexts?

>> 

>> Agreed, but validation at the RS is premature optimisation in many=
 cases. And if you do need protection against that the client can even appe=
nd a confirmation key as a caveat and retrospectively upgrade a bearer toke=
n to a pop token. They can even do transfer of ownership by creating copies=
 of the original token bound to other certificates/public keys. 

>> 

>> While validation at the RS may be an optimization in many cases, i=
t is still a requirement for deployments.

>> 

>> I echo Annabelle's last question: what threats are in scope (a=
nd out of scope) for DPoP?

>> 

>> 

>> _______________________________________________

>> OAuth mailing list

>> OAuth@ietf.org=


>> https://www.ietf.org/mailman/listinfo/oauth<=
br>
> 

> _______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth

> 

> 

> -- 

>=C2=A0 =C2=A0 =C2=A0 =C2=A0

> Rob Otto=C2=A0 =C2=A0 =C2=A0 

> EMEA Field CTO/Solutions Architect=C2=A0 =C2=A0 

> rober=
totto@pingidentity.com=C2=A0 =C2=A0

>=C2=A0 =C2=A0 =C2=A0 =C2=A0

> c: +44 (0) 777 135 6092

> Connect with us:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 

> 

> 

> CONFIDENTIALITY NOTICE: This email may contain confidential and privil=
eged material for the sole use of the intended recipient(s). Any review, us=
e, distribution or disclosure by others is strictly prohibited..=C2=A0 If y=
ou have received this communication in error, please notify the sender imme=
diately by e-mail and delete the message and any file attachments from your=
 computer. Thank you._______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth






-- 




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In-Reply-To: 
From: Filip Skokan 
Date: Fri, 22 Nov 2019 09:19:05 +0100
Message-ID: 
To: Rob Otto 
Cc: Torsten Lodderstedt , oauth 
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Rob, I agree that managing roots of trust, validating/OCSP etc is not
"easy" per se, but the MTLS setup gets really simple with the Self-Signed
Certificate Mutual-TLS Method
 and we
made sure combined traffic is simple to signal by the AS and simple to
detect and use by clients using the mtls_endpoint_aliases discovery
metadata.

S pozdravem,
*Filip Skokan*


On Fri, 22 Nov 2019 at 09:10, Rob Otto  wrote:

> Hi Torsten - thanks for the reply..
>
> Responses in line.
>
> Gr=C3=BCsse
> Rob
>
> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt  40lodderstedt.net@dmarc.ietf.org> wrote:
>
>> Hi Rob,
>>
>> > On 22. Nov 2019, at 15:52, Rob Otto > 40pingidentity.com@dmarc..ietf.org <40pingidentity.com@dmarc.ietf.org>>
>> wrote:
>> >
>> > Hi everyone
>> >
>> > I'd agree with this. I'm looking at DPOP as an alternative and
>> ultimately simpler way to accomplish what we can already do with MTLS-bo=
und
>> Access Tokens, for use cases such as the ones we address in Open Banking=
;
>> these are API transactions that demand a high level of assurance and as
>> such we absolutely must have a mechanism to constrain those tokens to th=
e
>> intended bearer. Requiring MTLS across the ecosystem, however, adds
>> significant overhead in terms of infrastructural complexity and is alway=
s
>> going to limit the extent to which such a model can scale.
>>
>> I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead i=
n terms
>> of infrastructural complexity=E2=80=9D. Can you please dig into details?
>>
>
> I guess it's mostly that every RS-endpoint (or what sits in front of it)
> has to have a mechanism for accepting/terminating mTLS, managing roots of
> trust, validating/OCSP, etc and then passing the certificates downstream =
as
> headers. None of it is necessarily difficult or impossible to do in
> isolation, but I meet many many people every week who simply don't know h=
ow
> to do any of this stuff. And these are typically "network people", for wa=
nt
> of a better word. There are quite a few SaaS API management and edge
> solutions out there that don't even support mTLS at all. You also have th=
e
> difficulty in handling a combination of MTLS and non-MTLS traffic to the
> same endpoints. Again, it's possible to do, but far from straightforward.
>
>
>
>>
>> Our experience so far: It can be a headache to set up in a microservice
>> architecture with TLS terminating proxies but once it runs it=E2=80=99s =
ok. On the
>> other side, it=E2=80=99s easy to use for client developers and it combin=
es client
>> authentication and sender constraining nicely.
>>
>
> I do think its an elegant solution, don't get me wrong. It's just that
> there are plenty of moving parts that you need to get right and that can =
be
> a challenge, particularly in large, complex environments.
>
>
>
>>
>> >
>> > DPOP, to me, appears to be a rather more elegant way of solving the
>> same problem, with the benefit of significantly reducing the complexity =
of
>> (and dependency on) the transport layer. I would not argue, however, tha=
t
>> it is meant to be a solution intended for ubiquitous adoption across all
>> OAuth-protected API traffic. Clients still need to manage private keys
>> under this model and my experience is that there is typically a steep
>> learning curve for developers to negotiate any time you introduce a
>> requirement to hold and use keys within  an application.
>>
>> My experience is most developer don=E2=80=99t even get the URL right (in=
 the
>> signature and the value used on the receiving end). So the total cost of
>> ownership is increased by numerous support inquiries.
>>
> I'll not comment, at the risk of offending developers :)
>
>>
>> best regards,
>> Torsten.
>>
>> >
>> > I guess I'm with Justin - let's look at DPOP as an alternative to
>> MTLS-bound tokens for high-assurance use cases, at least initially, with=
out
>> trying to make it solve every problem.
>> >
>> > Best regards
>> > Rob
>> >
>> >
>> > On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
>> > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about th=
e scope here.
>> That was the one major thing that struck me during the DPoP discussions =
in
>> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for.=
 Some
>> (including the authors, it seems) see it as a quick point-solution to a
>> specific use case. Others see it as a general PoP mechanism.
>> >
>> > If it=E2=80=99s the former, then it should be explicitly tied to one s=
pecific
>> set of things. If it=E2=80=99s the latter, then it needs to be expanded.
>> >
>> > I=E2=80=99ll repeat what I said at the mic line: My take is that we sh=
ould
>> explicitly narrow down DPoP so that it does exactly one thing and solves
>> one narrow use case. And for a general solution? Let=E2=80=99s move that=
 discussion
>> into the next major revision of the protocol where we=E2=80=99ll have a =
bit more
>> running room to figure things out..
>> >
>> >  =E2=80=94 Justin
>> >
>> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt > > wrote:
>> >>
>> >>
>> >>
>> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden 
>> wrote:
>> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <
>> richanna@amazon.com> wrote:
>> >>> There are key distribution challenges with that if you are doing
>> validation at the RS, but validation at the RS using either approach mea=
ns
>> you=E2=80=99ve lost protection against replay by the RS. This brings us =
back to a
>> core question: what threats are in scope for DPoP, and in what contexts?
>> >>
>> >> Agreed, but validation at the RS is premature optimisation in many
>> cases. And if you do need protection against that the client can even
>> append a confirmation key as a caveat and retrospectively upgrade a bear=
er
>> token to a pop token. They can even do transfer of ownership by creating
>> copies of the original token bound to other certificates/public keys.
>> >>
>> >> While validation at the RS may be an optimization in many cases, it i=
s
>> still a requirement for deployments.
>> >>
>> >> I echo Annabelle's last question: what threats are in scope (and out
>> of scope) for DPoP?
>> >>
>> >>
>> >> _______________________________________________
>> >> OAuth mailing list
>> >> OAuth@ietf.org
>> >> https://www.ietf.org/mailman/listinfo/oauth
>> >
>> > _______________________________________________
>> > OAuth mailing list
>> > OAuth@ietf.org
>> > https://www.ietf.org/mailman/listinfo/oauth
>> >
>> >
>> > --
>> >
>> > Rob Otto
>> > EMEA Field CTO/Solutions Architect
>> > robertotto@pingidentity.com
>> >
>> > c: +44 (0) 777 135 6092
>> > Connect with us:
>>
>>
>> >
>> >
>> > CONFIDENTIALITY NOTICE: This email may contain confidential and
>> privileged material for the sole use of the intended recipient(s). Any
>> review, use, distribution or disclosure by others is strictly prohibited=
..
>> If you have received this communication in error, please notify the send=
er
>> immediately by e-mail and delete the message and any file attachments fr=
om
>> your computer. Thank you._______________________________________________
>> > OAuth mailing list
>> > OAuth@ietf.org
>> > https://www.ietf.org/mailman/listinfo/oauth
>>
>>
>
> --
> [image: Ping Identity]
> 
> Rob Otto
> EMEA Field CTO/Solutions Architect
> robertotto@pingidentity.com
>
> c: +44 (0) 777 135 6092
> Connect with us: [image: Glassdoor logo]
>  [image:
> LinkedIn logo]  [image: twitter
> logo]  [image: facebook logo]
>  [image: youtube logo]
>  [image: Google+ logo]
>  [image: Blog logo]
> 
> 
> 
>
> *CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
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> If you have received this communication in error, please notify the sende=
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> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you.*_______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--000000000000df17b60597eb115c
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Rob, I agree that managing roots of trust, validating=
/OCSP etc is not "easy" per se, but the MTLS setup gets really si=
mple with the=C2=A0S=
elf-Signed Certificate Mutual-TLS Method=C2=A0and we made sure combined=
 traffic is simple to signal by the AS and simple to detect and use by clie=
nts using the=C2=A0mtls_endpoint_aliases discovery metadata.
S pozdravem,
Filip Skokan

=


=
On Fri, 22 Nov 2019 at 09:10, Rob Otto <robotto=3D40pingidentity.com@dmarc.ietf.org> wr=
ote:
Hi Torsten - thanks for the reply..

Responses in line.

Gr=C3=BCsse
Rob
<=
/div>
O=
n Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt <torsten=3D40lodderstedt.net=
@dmarc.ietf.org> wrote:
Hi Rob, 



> On 22. Nov 2019, at 15:52, Rob Otto <robotto=3D40pingidentity.com@dmarc=
..ietf.org> wrote:

> 

> Hi everyone

> 

> I'd agree with this. I'm looking at DPOP as an alternative and=
 ultimately simpler way to accomplish what we can already do with MTLS-boun=
d Access Tokens, for use cases such as the ones we address in Open Banking;=
 these are API transactions that demand a high level of assurance and as su=
ch we absolutely must have a mechanism to constrain those tokens to the int=
ended bearer. Requiring MTLS across the ecosystem, however, adds significan=
t overhead in terms of infrastructural complexity and is always going to li=
mit the extent to which such a model can scale.



I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead in t=
erms of infrastructural complexity=E2=80=9D. Can you please dig into detail=
s?

I guess it's mo=
stly that every RS-endpoint (or what sits in front of it) has to have a mec=
hanism for accepting/terminating mTLS, managing roots of trust, validating/=
OCSP, etc and then passing the certificates downstream as headers. None of =
it is necessarily=C2=A0difficult or impossible to do in isolation, but I me=
et many many people every week who simply don't know how to do any of t=
his stuff. And these are typically "network people", for want of =
a better word. There are quite a few SaaS API management and edge solutions=
 out there that don't even support mTLS at all. You also have the diffi=
culty in handling a combination of MTLS and non-MTLS=C2=A0traffic to the sa=
me endpoints. Again, it's possible to do, but far from straightforward.=
=C2=A0

=C2=A0



Our experience so far: It can be a headache to set up in a microservice arc=
hitecture with TLS terminating proxies but once it runs it=E2=80=99s ok. On=
 the other side, it=E2=80=99s easy to use for client developers and it comb=
ines client authentication and sender constraining nicely.=C2=A0 

I do think its an elegant solutio=
n, don't get me wrong. It's just that there are plenty of moving pa=
rts that you need to get right and that can be a challenge, particularly in=
 large, complex environments.=C2=A0

=C2=A0



> 

> DPOP, to me, appears to be a rather more elegant way of solving the sa=
me problem, with the benefit of significantly reducing the complexity of (a=
nd dependency on) the transport layer. I would not argue, however, that it =
is meant to be a solution intended for ubiquitous adoption across all OAuth=
-protected API traffic. Clients still need to manage private keys under thi=
s model and my experience is that there is typically a steep learning curve=
 for developers to negotiate any time you introduce a requirement to hold a=
nd use keys within=C2=A0 an application. 



My experience is most developer don=E2=80=99t even get the URL right (in th=
e signature and the value used on the receiving end). So the total cost of =
ownership is increased by numerous support inquiries.
=

I'll not comment, at =
the risk of offending developers :) =C2=A0



best regards,

Torsten. 



> 

> I guess I'm with Justin - let's look at DPOP as an alternative=
 to MTLS-bound tokens for high-assurance use cases, at least initially, wit=
hout trying to make it solve every problem. 

> 

> Best regards

> Rob

> 

> 

> On Fri, 22 Nov 2019 at 07:24, Justin Richer <jricher@mit.edu> wrote:

> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about th=
e scope here. That was the one major thing that struck me during the DPoP d=
iscussions in Singapore yesterday: we don=E2=80=99t seem to agree on what D=
PoP is for. Some (including the authors, it seems) see it as a quick point-=
solution to a specific use case. Others see it as a general PoP mechanism. =


> 

> If it=E2=80=99s the former, then it should be explicitly tied to one s=
pecific set of things. If it=E2=80=99s the latter, then it needs to be expa=
nded. 

> 

> I=E2=80=99ll repeat what I said at the mic line: My take is that we sh=
ould explicitly narrow down DPoP so that it does exactly one thing and solv=
es one narrow use case. And for a general solution? Let=E2=80=99s move that=
 discussion into the next major revision of the protocol where we=E2=80=99l=
l have a bit more running room to figure things out..

> 

>=C2=A0 =E2=80=94 Justin

> 

>> On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> wrote:
>> 

>> 

>> 

>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@forgerock.com&=
gt; wrote:

>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@amazon.com&g=
t; wrote:

>>> There are key distribution challenges with that if you are doi=
ng validation at the RS, but validation at the RS using either approach mea=
ns you=E2=80=99ve lost protection against replay by the RS. This brings us =
back to a core question: what threats are in scope for DPoP, and in what co=
ntexts?

>> 

>> Agreed, but validation at the RS is premature optimisation in many=
 cases. And if you do need protection against that the client can even appe=
nd a confirmation key as a caveat and retrospectively upgrade a bearer toke=
n to a pop token. They can even do transfer of ownership by creating copies=
 of the original token bound to other certificates/public keys. 

>> 

>> While validation at the RS may be an optimization in many cases, i=
t is still a requirement for deployments.

>> 

>> I echo Annabelle's last question: what threats are in scope (a=
nd out of scope) for DPoP?

>> 

>> 

>> _______________________________________________

>> OAuth mailing list

>> OAuth@ietf.org=


>> https://www.ietf.org/mailman/listinfo/oauth<=
br>
> 

> _______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth

> 

> 

> -- 

>=C2=A0 =C2=A0 =C2=A0 =C2=A0

> Rob Otto=C2=A0 =C2=A0 =C2=A0 

> EMEA Field CTO/Solutions Architect=C2=A0 =C2=A0 

> rober=
totto@pingidentity.com=C2=A0 =C2=A0

>=C2=A0 =C2=A0 =C2=A0 =C2=A0

> c: +44 (0) 777 135 6092

> Connect with us:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
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=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=
=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 

> 

> 

> CONFIDENTIALITY NOTICE: This email may contain confidential and privil=
eged material for the sole use of the intended recipient(s). Any review, us=
e, distribution or disclosure by others is strictly prohibited..=C2=A0 If y=
ou have received this communication in error, please notify the sender imme=
diately by e-mail and delete the message and any file attachments from your=
 computer. Thank you._______________________________________________

> OAuth mailing list

> OAuth@ietf.org=


> https://www.ietf.org/mailman/listinfo/oauth






-- 
              
			
									3D"Ping																        
												
				        Rob Otto						=
		
								EMEA Field CTO/Solutions Architect								
								robertotto@pingidentity.com								
						=
					=
													
																c: +44 (0) 777 135 6092										      
					
									
			
				        
 =
             
          	
              Connect with us:                 3D"Glassdoor										3D"LinkedIn          =
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<=
span style=3D"margin:0px;padding:0px;border:0px;outline:0px;vertical-align:=
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Hi Rob,

> On 22. Nov 2019, at 16:10, Rob Otto =
 wrote:
>=20
> Hi Torsten - thanks for the reply..
>=20
> Responses in line.
>=20
> Gr=C3=BCsse
> Rob
>=20
> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt =
 wrote:
> Hi Rob,=20
>=20
> > On 22. Nov 2019, at 15:52, Rob Otto =
 wrote:
> >=20
> > Hi everyone
> >=20
> > I'd agree with this. I'm looking at DPOP as an alternative and =
ultimately simpler way to accomplish what we can already do with =
MTLS-bound Access Tokens, for use cases such as the ones we address in =
Open Banking; these are API transactions that demand a high level of =
assurance and as such we absolutely must have a mechanism to constrain =
those tokens to the intended bearer. Requiring MTLS across the =
ecosystem, however, adds significant overhead in terms of =
infrastructural complexity and is always going to limit the extent to =
which such a model can scale.
>=20
> I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead =
in terms of infrastructural complexity=E2=80=9D. Can you please dig into =
details?
>=20
> I guess it's mostly that every RS-endpoint (or what sits in front of =
it) has to have a mechanism for accepting/terminating mTLS, managing =
roots of trust, validating/OCSP, etc

You use a PKI then. We use mTLS with self-signed certs. That requires =
the RS to not check the X.509 trust chain, which requires a special =
setting (optionalNoCA).=20

> and then passing the certificates downstream as headers. None of it is =
necessarily difficult or impossible to do in isolation, but I meet many =
many people every week who simply don't know how to do any of this =
stuff. And these are typically "network people", for want of a better =
word. There are quite a few SaaS API management and edge solutions out =
there that don't even support mTLS at all. You also have the difficulty =
in handling a combination of MTLS and non-MTLS traffic to the same =
endpoints.

yep. You better split them, especially if that=E2=80=99s a user facing =
endpoint.

> Again, it's possible to do, but far from straightforward.=20
>=20
> =20
>=20
> Our experience so far: It can be a headache to set up in a =
microservice architecture with TLS terminating proxies but once it runs =
it=E2=80=99s ok. On the other side, it=E2=80=99s easy to use for client =
developers and it combines client authentication and sender constraining =
nicely. =20
>=20
> I do think its an elegant solution, don't get me wrong. It's just that =
there are plenty of moving parts that you need to get right and that can =
be a challenge, particularly in large, complex environments.=20

I agree. I also tend there is a tendency to think Client TLS =
authentication is bad. I understand that from historical and recent =
experience with PKI.=20

But anybody considering to use a application level signing solution =
based on _raw_ public keys should directly move towards self-signed =
certificates. That brings you all the benefits of TLS without the (PKI) =
headache.=20

>=20
> =20
>=20
> >=20
> > DPOP, to me, appears to be a rather more elegant way of solving the =
same problem, with the benefit of significantly reducing the complexity =
of (and dependency on) the transport layer. I would not argue, however, =
that it is meant to be a solution intended for ubiquitous adoption =
across all OAuth-protected API traffic. Clients still need to manage =
private keys under this model and my experience is that there is =
typically a steep learning curve for developers to negotiate any time =
you introduce a requirement to hold and use keys within  an application.=20=

>=20
> My experience is most developer don=E2=80=99t even get the URL right =
(in the signature and the value used on the receiving end). So the total =
cost of ownership is increased by numerous support inquiries.
> I'll not comment, at the risk of offending developers :) =20

Alright. Ultimately, I just want to get in touch with those who respond =
:-)

best regards,
Torsten.=20

>=20
> best regards,
> Torsten.=20
>=20
> >=20
> > I guess I'm with Justin - let's look at DPOP as an alternative to =
MTLS-bound tokens for high-assurance use cases, at least initially, =
without trying to make it solve every problem.=20
> >=20
> > Best regards
> > Rob
> >=20
> >=20
> > On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
> > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
> >=20
> > If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20
> >=20
> > I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out..
> >=20
> >  =E2=80=94 Justin
> >=20
> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  =
wrote:
> >>=20
> >>=20
> >>=20
> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
> >>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
> >>=20
> >> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
> >>=20
> >> While validation at the RS may be an optimization in many cases, it =
is still a requirement for deployments.
> >>=20
> >> I echo Annabelle's last question: what threats are in scope (and =
out of scope) for DPoP?
> >>=20
> >>=20
> >> _______________________________________________
> >> OAuth mailing list
> >> OAuth@ietf.org
> >> https://www.ietf.org/mailman/listinfo/oauth
> >=20
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
> >=20
> >=20
> > --=20
> >      =20
> > Rob Otto     =20
> > EMEA Field CTO/Solutions Architect   =20
> > robertotto@pingidentity.com  =20
> >      =20
> > c: +44 (0) 777 135 6092
> > Connect with us:                                                     =
                                                                         =
                               =20
> >=20
> >=20
> > CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank =
you._______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://www.ietf.org/mailman/listinfo/oauth
>=20
>=20
>=20
> --=20
> =09
> Rob Otto=09
> EMEA Field CTO/Solutions Architect=09
> robertotto@pingidentity.com=09
> =09
> c: +44 (0) 777 135 6092
> Connect with us: 		   	 	 	   			=
										=
	=09
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
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From: Mike Jones 
To: Torsten Lodderstedt , Rob Otto 
CC: oauth 
Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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--_000_BYAPR00MB05674C455BCBA825BA6C906DF5490BYAPR00MB0567namp_
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I hear you about the difference between Web apps and native apps, Torsten. =
 But using different mechanisms for different application types is a cost i=
n and of itself.

It's good to understand the tradeoffs.

-- Mike


________________________________
From: OAuth  on behalf of Torsten Lodderstedt 
Sent: Friday, November 22, 2019 4:20:58 PM
To: Rob Otto 
Cc: oauth 
Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for draft-fett-=
oauth-dpop-03.txt

Hi Rob,

> On 22. Nov 2019, at 16:10, Rob Otto  wrote:
>
> Hi Torsten - thanks for the reply..
>
> Responses in line.
>
> Gr=FCsse
> Rob
>
> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt  wrote:
> Hi Rob,
>
> > On 22. Nov 2019, at 15:52, Rob Otto  wrote:
> >
> > Hi everyone
> >
> > I'd agree with this. I'm looking at DPOP as an alternative and ultimate=
ly simpler way to accomplish what we can already do with MTLS-bound Access =
Tokens, for use cases such as the ones we address in Open Banking; these ar=
e API transactions that demand a high level of assurance and as such we abs=
olutely must have a mechanism to constrain those tokens to the intended bea=
rer. Requiring MTLS across the ecosystem, however, adds significant overhea=
d in terms of infrastructural complexity and is always going to limit the e=
xtent to which such a model can scale.
>
> I would like to unterstand why mTLS adds =93significant overhead in terms=
 of infrastructural complexity=94. Can you please dig into details?
>
> I guess it's mostly that every RS-endpoint (or what sits in front of it) =
has to have a mechanism for accepting/terminating mTLS, managing roots of t=
rust, validating/OCSP, etc

You use a PKI then. We use mTLS with self-signed certs. That requires the R=
S to not check the X.509 trust chain, which requires a special setting (opt=
ionalNoCA).

> and then passing the certificates downstream as headers. None of it is ne=
cessarily difficult or impossible to do in isolation, but I meet many many =
people every week who simply don't know how to do any of this stuff. And th=
ese are typically "network people", for want of a better word. There are qu=
ite a few SaaS API management and edge solutions out there that don't even =
support mTLS at all. You also have the difficulty in handling a combination=
 of MTLS and non-MTLS traffic to the same endpoints.

yep. You better split them, especially if that=92s a user facing endpoint.

> Again, it's possible to do, but far from straightforward.
>
>
>
> Our experience so far: It can be a headache to set up in a microservice a=
rchitecture with TLS terminating proxies but once it runs it=92s ok. On the=
 other side, it=92s easy to use for client developers and it combines clien=
t authentication and sender constraining nicely.
>
> I do think its an elegant solution, don't get me wrong. It's just that th=
ere are plenty of moving parts that you need to get right and that can be a=
 challenge, particularly in large, complex environments.

I agree. I also tend there is a tendency to think Client TLS authentication=
 is bad. I understand that from historical and recent experience with PKI.

But anybody considering to use a application level signing solution based o=
n _raw_ public keys should directly move towards self-signed certificates. =
That brings you all the benefits of TLS without the (PKI) headache.

>
>
>
> >
> > DPOP, to me, appears to be a rather more elegant way of solving the sam=
e problem, with the benefit of significantly reducing the complexity of (an=
d dependency on) the transport layer. I would not argue, however, that it i=
s meant to be a solution intended for ubiquitous adoption across all OAuth-=
protected API traffic. Clients still need to manage private keys under this=
 model and my experience is that there is typically a steep learning curve =
for developers to negotiate any time you introduce a requirement to hold an=
d use keys within  an application.
>
> My experience is most developer don=92t even get the URL right (in the si=
gnature and the value used on the receiving end). So the total cost of owne=
rship is increased by numerous support inquiries.
> I'll not comment, at the risk of offending developers :)

Alright. Ultimately, I just want to get in touch with those who respond :-)

best regards,
Torsten.

>
> best regards,
> Torsten.
>
> >
> > I guess I'm with Justin - let's look at DPOP as an alternative to MTLS-=
bound tokens for high-assurance use cases, at least initially, without tryi=
ng to make it solve every problem.
> >
> > Best regards
> > Rob
> >
> >
> > On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
> > I=92m going to +1 Dick and Annabelle=92s question about the scope here.=
 That was the one major thing that struck me during the DPoP discussions in=
 Singapore yesterday: we don=92t seem to agree on what DPoP is for. Some (i=
ncluding the authors, it seems) see it as a quick point-solution to a speci=
fic use case. Others see it as a general PoP mechanism.
> >
> > If it=92s the former, then it should be explicitly tied to one specific=
 set of things. If it=92s the latter, then it needs to be expanded.
> >
> > I=92ll repeat what I said at the mic line: My take is that we should ex=
plicitly narrow down DPoP so that it does exactly one thing and solves one =
narrow use case. And for a general solution? Let=92s move that discussion i=
nto the next major revision of the protocol where we=92ll have a bit more r=
unning room to figure things out..
> >
> >  =97 Justin
> >
> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote:
> >>
> >>
> >>
> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden  wrote:
> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle  wrote:
> >>> There are key distribution challenges with that if you are doing vali=
dation at the RS, but validation at the RS using either approach means you=
=92ve lost protection against replay by the RS. This brings us back to a co=
re question: what threats are in scope for DPoP, and in what contexts?
> >>
> >> Agreed, but validation at the RS is premature optimisation in many cas=
es. And if you do need protection against that the client can even append a=
 confirmation key as a caveat and retrospectively upgrade a bearer token to=
 a pop token. They can even do transfer of ownership by creating copies of =
the original token bound to other certificates/public keys.
> >>
> >> While validation at the RS may be an optimization in many cases, it is=
 still a requirement for deployments.
> >>
> >> I echo Annabelle's last question: what threats are in scope (and out o=
f scope) for DPoP?
> >>
> >>
> >> _______________________________________________
> >> OAuth mailing list
> >> OAuth@ietf.org
> >> https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fww=
w.ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%=
40microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d=
7cd011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmk=
HbvOYr8wZX7pngViwA4e0Q%3D&reserved=3D0
> >
> > _______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww=
.ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmkH=
bvOYr8wZX7pngViwA4e0Q%3D&reserved=3D0
> >
> >
> > --
> >
> > Rob Otto
> > EMEA Field CTO/Solutions Architect
> > robertotto@pingidentity.com
> >
> > c: +44 (0) 777 135 6092
> > Connect with us:
> >
> >
> > CONFIDENTIALITY NOTICE: This email may contain confidential and privile=
ged material for the sole use of the intended recipient(s). Any review, use=
, distribution or disclosure by others is strictly prohibited..  If you hav=
e received this communication in error, please notify the sender immediatel=
y by e-mail and delete the message and any file attachments from your compu=
ter. Thank you._______________________________________________
> > OAuth mailing list
> > OAuth@ietf.org
> > https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww=
.ietf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmkH=
bvOYr8wZX7pngViwA4e0Q%3D&reserved=3D0
>
>
>
> --
>
> Rob Otto
> EMEA Field CTO/Solutions Architect
> robertotto@pingidentity.com
>
> c: +44 (0) 777 135 6092
> Connect with us:
>
>
> CONFIDENTIALITY NOTICE: This email may contain confidential and privilege=
d material for the sole use of the intended recipient(s). Any review, use, =
distribution or disclosure by others is strictly prohibited..  If you have =
received this communication in error, please notify the sender immediately =
by e-mail and delete the message and any file attachments from your compute=
r. Thank you.


--_000_BYAPR00MB05674C455BCBA825BA6C906DF5490BYAPR00MB0567namp_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








I hear you about the difference between Web apps and native apps, Torsten.&=
nbsp; But using different mechanisms for different application types is a c=
ost in and of itself.









It's good to understand the tradeoffs.









-- Mike



















From: OAuth <oauth-bounc=
es@ietf.org> on behalf of Torsten Lodderstedt <torsten=3D40loddersted=
t.net@dmarc.ietf.org>

Sent: Friday, November 22, 2019 4:20:58 PM

To: Rob Otto <robotto=3D40pingidentity.com@dmarc.ietf.org>

Cc: oauth <oauth@ietf.org>

Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for draf=
t-fett-oauth-dpop-03.txt

 






Hi Rob,



> On 22. Nov 2019, at 16:10, Rob Otto <robotto=3D40pingidentity.com@d=
marc.ietf.org> wrote:

> 

> Hi Torsten - thanks for the reply..

> 

> Responses in line.

> 

> Gr=FCsse

> Rob

> 

> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt <torsten=3D40lodd=
erstedt.net@dmarc.ietf.org> wrote:

> Hi Rob, 

> 

> > On 22. Nov 2019, at 15:52, Rob Otto <robotto=3D40pingidentity.=
com@dmarc..ietf.org> wrote:

> > 

> > Hi everyone

> > 

> > I'd agree with this. I'm looking at DPOP as an alternative and ul=
timately simpler way to accomplish what we can already do with MTLS-bound A=
ccess Tokens, for use cases such as the ones we address in Open Banking; th=
ese are API transactions that demand a
 high level of assurance and as such we absolutely must have a mechanism to=
 constrain those tokens to the intended bearer. Requiring MTLS across the e=
cosystem, however, adds significant overhead in terms of infrastructural co=
mplexity and is always going to
 limit the extent to which such a model can scale.

> 

> I would like to unterstand why mTLS adds =93significant overhead in te=
rms of infrastructural complexity=94. Can you please dig into details?

> 

> I guess it's mostly that every RS-endpoint (or what sits in front of i=
t) has to have a mechanism for accepting/terminating mTLS, managing roots o=
f trust, validating/OCSP, etc



You use a PKI then. We use mTLS with self-signed certs. That requires the R=
S to not check the X.509 trust chain, which requires a special setting (opt=
ionalNoCA).




> and then passing the certificates downstream as headers. None of it is=
 necessarily difficult or impossible to do in isolation, but I meet many ma=
ny people every week who simply don't know how to do any of this stuff. And=
 these are typically "network people",
 for want of a better word. There are quite a few SaaS API management and e=
dge solutions out there that don't even support mTLS at all. You also have =
the difficulty in handling a combination of MTLS and non-MTLS traffic to th=
e same endpoints.



yep. You better split them, especially if that=92s a user facing endpoint.<=
br>


> Again, it's possible to do, but far from straightforward. 

> 

>  

> 

> Our experience so far: It can be a headache to set up in a microservic=
e architecture with TLS terminating proxies but once it runs it=92s ok. On =
the other side, it=92s easy to use for client developers and it combines cl=
ient authentication and sender constraining
 nicely.  

> 

> I do think its an elegant solution, don't get me wrong. It's just that=
 there are plenty of moving parts that you need to get right and that can b=
e a challenge, particularly in large, complex environments.




I agree. I also tend there is a tendency to think Client TLS authentication=
 is bad. I understand that from historical and recent experience with PKI.




But anybody considering to use a application level signing solution based o=
n _raw_ public keys should directly move towards self-signed certificates. =
That brings you all the benefits of TLS without the (PKI) headache.




> 

>  

> 

> > 

> > DPOP, to me, appears to be a rather more elegant way of solving t=
he same problem, with the benefit of significantly reducing the complexity =
of (and dependency on) the transport layer. I would not argue, however, tha=
t it is meant to be a solution intended
 for ubiquitous adoption across all OAuth-protected API traffic. Clients st=
ill need to manage private keys under this model and my experience is that =
there is typically a steep learning curve for developers to negotiate any t=
ime you introduce a requirement
 to hold and use keys within  an application. 

> 

> My experience is most developer don=92t even get the URL right (in the=
 signature and the value used on the receiving end). So the total cost of o=
wnership is increased by numerous support inquiries.

> I'll not comment, at the risk of offending developers :)  



Alright. Ultimately, I just want to get in touch with those who respond :-)=




best regards,

Torsten. 



> 

> best regards,

> Torsten. 

> 

> > 

> > I guess I'm with Justin - let's look at DPOP as an alternative to=
 MTLS-bound tokens for high-assurance use cases, at least initially, withou=
t trying to make it solve every problem.


> > 

> > Best regards

> > Rob

> > 

> > 

> > On Fri, 22 Nov 2019 at 07:24, Justin Richer <jricher@mit.edu&g=
t; wrote:

> > I=92m going to +1 Dick and Annabelle=92s question about the s=
cope here. That was the one major thing that struck me during the DPoP disc=
ussions in Singapore yesterday: we don=92t seem to agree on what DPoP is fo=
r. Some (including the authors, it seems) see it
 as a quick point-solution to a specific use case. Others see it as a gener=
al PoP mechanism.


> > 

> > If it=92s the former, then it should be explicitly tied to one sp=
ecific set of things. If it=92s the latter, then it needs to be expanded.


> > 

> > I=92ll repeat what I said at the mic line: My take is that we sho=
uld explicitly narrow down DPoP so that it does exactly one thing and solve=
s one narrow use case. And for a general solution? Let=92s move that discus=
sion into the next major revision of the protocol
 where we=92ll have a bit more running room to figure things out..

> > 

> >  =97 Justin

> > 

> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.=
com> wrote:

> >> 

> >> 

> >> 

> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@f=
orgerock.com> wrote:

> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <rich=
anna@amazon.com> wrote:

> >>> There are key distribution challenges with that if you ar=
e doing validation at the RS, but validation at the RS using either approac=
h means you=92ve lost protection against replay by the RS. This brings us b=
ack to a core question: what threats are in scope
 for DPoP, and in what contexts?

> >> 

> >> Agreed, but validation at the RS is premature optimisation in=
 many cases. And if you do need protection against that the client can even=
 append a confirmation key as a caveat and retrospectively upgrade a bearer=
 token to a pop token. They can even do transfer
 of ownership by creating copies of the original token bound to other certi=
ficates/public keys.


> >> 

> >> While validation at the RS may be an optimization in many cas=
es, it is still a requirement for deployments.

> >> 

> >> I echo Annabelle's last question: what threats are in scope (=
and out of scope) for DPoP?

> >> 

> >> 

> >> _______________________________________________

> >> OAuth mailing list

> >> OAuth@ietf.org

> >> 
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.iet=
f.org%2Fmailman%2Flistinfo%2Foauth&amp;data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&amp;sdata=3D6x%2Fjtuo2qkObT8bAdM=
UmkHbvOYr8wZX7pngViwA4e0Q%3D&amp;reserved=3D0

> > 

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.org

> > 
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.iet=
f.org%2Fmailman%2Flistinfo%2Foauth&amp;data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&amp;sdata=3D6x%2Fjtuo2qkObT8bAdM=
UmkHbvOYr8wZX7pngViwA4e0Q%3D&amp;reserved=3D0

> > 

> > 

> > -- 

> >       

> > Rob Otto      

> > EMEA Field CTO/Solutions Architect    

> > robertotto@pingidentity.com   

> >       

> > c: +44 (0) 777 135 6092

> > Connect with us:        &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;           


> > 

> > 

> > CONFIDENTIALITY NOTICE: This email may contain confidential and p=
rivileged material for the sole use of the intended recipient(s). Any revie=
w, use, distribution or disclosure by others is strictly prohibited.. =
 If you have received this communication in
 error, please notify the sender immediately by e-mail and delete the messa=
ge and any file attachments from your computer. Thank you._________________=
______________________________

> > OAuth mailing list

> > OAuth@ietf.org

> > 
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.iet=
f.org%2Fmailman%2Flistinfo%2Foauth&amp;data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&amp;sdata=3D6x%2Fjtuo2qkObT8bAdM=
UmkHbvOYr8wZX7pngViwA4e0Q%3D&amp;reserved=3D0

> 

> 

> 

> -- 

>        

> Rob Otto      

> EMEA Field CTO/Solutions Architect    

> robertotto@pingidentity.com   

>        

> c: +44 (0) 777 135 6092

> Connect with us:         =
            &nb=
sp;            =
            &nb=
sp;            =
            &nb=
sp;            =
            &nb=
sp;            =
            &nb=
sp;            =
            &nb=
sp;   


> 

> 

> CONFIDENTIALITY NOTICE: This email may contain confidential and privil=
eged material for the sole use of the intended recipient(s). Any review, us=
e, distribution or disclosure by others is strictly prohibited..  If y=
ou have received this communication in error,
 please notify the sender immediately by e-mail and delete the message and =
any file attachments from your computer. Thank you.










--_000_BYAPR00MB05674C455BCBA825BA6C906DF5490BYAPR00MB0567namp_--


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Date: Fri, 22 Nov 2019 16:53:39 +0800
In-Reply-To: 
Cc: Torsten Lodderstedt , Rob Otto , oauth 
To: Mike Jones 
References: <2EF412B8-AF8C-4642-9BE0-1B528B0C63D5@amazon.com> <288343F2-ACF0-43E0-8577-26AF45330E5C@forgerock.com>  <6DECA422-AACC-4DAA-8CD2-FF57CE02DE3E@mit.edu>  <1119B3F6-01A0-4885-A352-5C719A7CDE2C@lodderstedt.net>  <7590824B-18B6-4896-AD30-1903A86F5F0A@lodderstedt.net> 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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I couldn't agree more. I think we should, again, try to find a way to =
utilise TLS in the browser as well.=20

> On 22. Nov 2019, at 16:50, Mike Jones =
 wrote:
>=20
> I hear you about the difference between Web apps and native apps, =
Torsten.  But using different mechanisms for different application types =
is a cost in and of itself.
>=20
> It's good to understand the tradeoffs.
>=20
> -- Mike
>=20
>=20
> From: OAuth  on behalf of Torsten Lodderstedt =

> Sent: Friday, November 22, 2019 4:20:58 PM
> To: Rob Otto 
> Cc: oauth 
> Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for =
draft-fett-oauth-dpop-03.txt
> =20
> Hi Rob,
>=20
> > On 22. Nov 2019, at 16:10, Rob Otto =
 wrote:
> >=20
> > Hi Torsten - thanks for the reply..
> >=20
> > Responses in line.
> >=20
> > Gr=C3=BCsse
> > Rob
> >=20
> > On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt =
 wrote:
> > Hi Rob,=20
> >=20
> > > On 22. Nov 2019, at 15:52, Rob Otto =
 wrote:
> > >=20
> > > Hi everyone
> > >=20
> > > I'd agree with this. I'm looking at DPOP as an alternative and =
ultimately simpler way to accomplish what we can already do with =
MTLS-bound Access Tokens, for use cases such as the ones we address in =
Open Banking; these are API transactions that demand a high level of =
assurance and as such we absolutely must have a mechanism to constrain =
those tokens to the intended bearer. Requiring MTLS across the =
ecosystem, however, adds significant overhead in terms of =
infrastructural complexity and is always going to limit the extent to =
which such a model can scale.
> >=20
> > I would like to unterstand why mTLS adds =E2=80=9Csignificant =
overhead in terms of infrastructural complexity=E2=80=9D. Can you please =
dig into details?
> >=20
> > I guess it's mostly that every RS-endpoint (or what sits in front of =
it) has to have a mechanism for accepting/terminating mTLS, managing =
roots of trust, validating/OCSP, etc
>=20
> You use a PKI then. We use mTLS with self-signed certs. That requires =
the RS to not check the X.509 trust chain, which requires a special =
setting (optionalNoCA).=20
>=20
> > and then passing the certificates downstream as headers. None of it =
is necessarily difficult or impossible to do in isolation, but I meet =
many many people every week who simply don't know how to do any of this =
stuff. And these are typically "network people", for want of a better =
word. There are quite a few SaaS API management and edge solutions out =
there that don't even support mTLS at all. You also have the difficulty =
in handling a combination of MTLS and non-MTLS traffic to the same =
endpoints.
>=20
> yep. You better split them, especially if that=E2=80=99s a user facing =
endpoint.
>=20
> > Again, it's possible to do, but far from straightforward.=20
> >=20
> > =20
> >=20
> > Our experience so far: It can be a headache to set up in a =
microservice architecture with TLS terminating proxies but once it runs =
it=E2=80=99s ok. On the other side, it=E2=80=99s easy to use for client =
developers and it combines client authentication and sender constraining =
nicely. =20
> >=20
> > I do think its an elegant solution, don't get me wrong. It's just =
that there are plenty of moving parts that you need to get right and =
that can be a challenge, particularly in large, complex environments.=20
>=20
> I agree. I also tend there is a tendency to think Client TLS =
authentication is bad. I understand that from historical and recent =
experience with PKI.=20
>=20
> But anybody considering to use a application level signing solution =
based on _raw_ public keys should directly move towards self-signed =
certificates. That brings you all the benefits of TLS without the (PKI) =
headache.=20
>=20
> >=20
> > =20
> >=20
> > >=20
> > > DPOP, to me, appears to be a rather more elegant way of solving =
the same problem, with the benefit of significantly reducing the =
complexity of (and dependency on) the transport layer. I would not =
argue, however, that it is meant to be a solution intended for =
ubiquitous adoption across all OAuth-protected API traffic. Clients =
still need to manage private keys under this model and my experience is =
that there is typically a steep learning curve for developers to =
negotiate any time you introduce a requirement to hold and use keys =
within  an application.=20
> >=20
> > My experience is most developer don=E2=80=99t even get the URL right =
(in the signature and the value used on the receiving end). So the total =
cost of ownership is increased by numerous support inquiries.
> > I'll not comment, at the risk of offending developers :) =20
>=20
> Alright. Ultimately, I just want to get in touch with those who =
respond :-)
>=20
> best regards,
> Torsten.=20
>=20
> >=20
> > best regards,
> > Torsten.=20
> >=20
> > >=20
> > > I guess I'm with Justin - let's look at DPOP as an alternative to =
MTLS-bound tokens for high-assurance use cases, at least initially, =
without trying to make it solve every problem.=20
> > >=20
> > > Best regards
> > > Rob
> > >=20
> > >=20
> > > On Fri, 22 Nov 2019 at 07:24, Justin Richer  =
wrote:
> > > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question =
about the scope here. That was the one major thing that struck me during =
the DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to =
agree on what DPoP is for. Some (including the authors, it seems) see it =
as a quick point-solution to a specific use case. Others see it as a =
general PoP mechanism.=20
> > >=20
> > > If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
> > >=20
> > > I=E2=80=99ll repeat what I said at the mic line: My take is that =
we should explicitly narrow down DPoP so that it does exactly one thing =
and solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out..
> > >=20
> > >  =E2=80=94 Justin
> > >=20
> > >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  =
wrote:
> > >>=20
> > >>=20
> > >>=20
> > >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
> > >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
> > >>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
> > >>=20
> > >> Agreed, but validation at the RS is premature optimisation in =
many cases. And if you do need protection against that the client can =
even append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
> > >>=20
> > >> While validation at the RS may be an optimization in many cases, =
it is still a requirement for deployments.
> > >>=20
> > >> I echo Annabelle's last question: what threats are in scope (and =
out of scope) for DPoP?
> > >>=20
> > >>=20
> > >> _______________________________________________
> > >> OAuth mailing list
> > >> OAuth@ietf.org
> > >> =
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> > >=20
> > > _______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > > =
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> > >=20
> > >=20
> > > --=20
> > >      =20
> > > Rob Otto     =20
> > > EMEA Field CTO/Solutions Architect   =20
> > > robertotto@pingidentity.com  =20
> > >      =20
> > > c: +44 (0) 777 135 6092
> > > Connect with us:                                                   =
                                                                         =
                                 =20
> > >=20
> > >=20
> > > CONFIDENTIALITY NOTICE: This email may contain confidential and =
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review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
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> > > =
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> >=20
> >=20
> > --=20
> >       =20
> > Rob Otto     =20
> > EMEA Field CTO/Solutions Architect   =20
> > robertotto@pingidentity.com  =20
> >       =20
> > c: +44 (0) 777 135 6092
> > Connect with us:                                                     =
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                        =20
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> >=20
> > CONFIDENTIALITY NOTICE: This email may contain confidential and =
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review, use, distribution or disclosure by others is strictly =
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notify the sender immediately by e-mail and delete the message and any =
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>=20
> _______________________________________________
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In-Reply-To: 
From: Dick Hardt 
Date: Fri, 22 Nov 2019 17:22:50 +0800
Message-ID: 
To: Mike Jones 
Cc: Torsten Lodderstedt ,  Rob Otto , oauth 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Another dimension on SPA is that lots of 1P deployments use only SPA. For
them, there is only one type of deployment.

On Fri, Nov 22, 2019 at 4:50 PM Mike Jones  wrote:

> I hear you about the difference between Web apps and native apps,
> Torsten.  But using different mechanisms for different application types =
is
> a cost in and of itself.
>
> It's good to understand the tradeoffs.
>
> -- Mike
>
>
> ------------------------------
> *From:* OAuth  on behalf of Torsten Lodderstedt
> 
> *Sent:* Friday, November 22, 2019 4:20:58 PM
> *To:* Rob Otto 
> *Cc:* oauth 
> *Subject:* [EXTERNAL] Re: [OAUTH-WG] New Version Notification for
> draft-fett-oauth-dpop-03.txt
>
> Hi Rob,
>
> > On 22. Nov 2019, at 16:10, Rob Otto  40pingidentity.com@dmarc.ietf.org> wrote:
> >
> > Hi Torsten - thanks for the reply..
> >
> > Responses in line.
> >
> > Gr=C3=BCsse
> > Rob
> >
> > On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt  40lodderstedt.net@dmarc.ietf.org> wrote:
> > Hi Rob,
> >
> > > On 22. Nov 2019, at 15:52, Rob Otto  .ietf.org> wrote:
> > >
> > > Hi everyone
> > >
> > > I'd agree with this. I'm looking at DPOP as an alternative and
> ultimately simpler way to accomplish what we can already do with MTLS-bou=
nd
> Access Tokens, for use cases such as the ones we address in Open Banking;
> these are API transactions that demand a high level of assurance and as
> such we absolutely must have a mechanism to constrain those tokens to the
> intended bearer. Requiring MTLS across the ecosystem, however, adds
> significant overhead in terms of infrastructural complexity and is always
> going to limit the extent to which such a model can scale.
> >
> > I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead =
in terms
> of infrastructural complexity=E2=80=9D. Can you please dig into details?
> >
> > I guess it's mostly that every RS-endpoint (or what sits in front of it=
)
> has to have a mechanism for accepting/terminating mTLS, managing roots of
> trust, validating/OCSP, etc
>
> You use a PKI then. We use mTLS with self-signed certs. That requires the
> RS to not check the X.509 trust chain, which requires a special setting
> (optionalNoCA).
>
> > and then passing the certificates downstream as headers. None of it is
> necessarily difficult or impossible to do in isolation, but I meet many
> many people every week who simply don't know how to do any of this stuff.
> And these are typically "network people", for want of a better word. Ther=
e
> are quite a few SaaS API management and edge solutions out there that don=
't
> even support mTLS at all. You also have the difficulty in handling a
> combination of MTLS and non-MTLS traffic to the same endpoints.
>
> yep. You better split them, especially if that=E2=80=99s a user facing en=
dpoint.
>
> > Again, it's possible to do, but far from straightforward.
> >
> >
> >
> > Our experience so far: It can be a headache to set up in a microservice
> architecture with TLS terminating proxies but once it runs it=E2=80=99s o=
k. On the
> other side, it=E2=80=99s easy to use for client developers and it combine=
s client
> authentication and sender constraining nicely.
> >
> > I do think its an elegant solution, don't get me wrong. It's just that
> there are plenty of moving parts that you need to get right and that can =
be
> a challenge, particularly in large, complex environments.
>
> I agree. I also tend there is a tendency to think Client TLS
> authentication is bad. I understand that from historical and recent
> experience with PKI.
>
> But anybody considering to use a application level signing solution based
> on _raw_ public keys should directly move towards self-signed certificate=
s.
> That brings you all the benefits of TLS without the (PKI) headache.
>
> >
> >
> >
> > >
> > > DPOP, to me, appears to be a rather more elegant way of solving the
> same problem, with the benefit of significantly reducing the complexity o=
f
> (and dependency on) the transport layer. I would not argue, however, that
> it is meant to be a solution intended for ubiquitous adoption across all
> OAuth-protected API traffic. Clients still need to manage private keys
> under this model and my experience is that there is typically a steep
> learning curve for developers to negotiate any time you introduce a
> requirement to hold and use keys within  an application.
> >
> > My experience is most developer don=E2=80=99t even get the URL right (i=
n the
> signature and the value used on the receiving end). So the total cost of
> ownership is increased by numerous support inquiries.
> > I'll not comment, at the risk of offending developers :)
>
> Alright. Ultimately, I just want to get in touch with those who respond :=
-)
>
> best regards,
> Torsten.
>
> >
> > best regards,
> > Torsten.
> >
> > >
> > > I guess I'm with Justin - let's look at DPOP as an alternative to
> MTLS-bound tokens for high-assurance use cases, at least initially, witho=
ut
> trying to make it solve every problem.
> > >
> > > Best regards
> > > Rob
> > >
> > >
> > > On Fri, 22 Nov 2019 at 07:24, Justin Richer  wrote:
> > > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about t=
he scope here.
> That was the one major thing that struck me during the DPoP discussions i=
n
> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for. =
Some
> (including the authors, it seems) see it as a quick point-solution to a
> specific use case. Others see it as a general PoP mechanism.
> > >
> > > If it=E2=80=99s the former, then it should be explicitly tied to one =
specific
> set of things. If it=E2=80=99s the latter, then it needs to be expanded.
> > >
> > > I=E2=80=99ll repeat what I said at the mic line: My take is that we s=
hould
> explicitly narrow down DPoP so that it does exactly one thing and solves
> one narrow use case. And for a general solution? Let=E2=80=99s move that =
discussion
> into the next major revision of the protocol where we=E2=80=99ll have a b=
it more
> running room to figure things out..
> > >
> > >  =E2=80=94 Justin
> > >
> > >> On Nov 22, 2019, at 3:13 PM, Dick Hardt  wrote=
:
> > >>
> > >>
> > >>
> > >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <
> neil.madden@forgerock.com> wrote:
> > >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <
> richanna@amazon.com> wrote:
> > >>> There are key distribution challenges with that if you are doing
> validation at the RS, but validation at the RS using either approach mean=
s
> you=E2=80=99ve lost protection against replay by the RS. This brings us b=
ack to a
> core question: what threats are in scope for DPoP, and in what contexts?
> > >>
> > >> Agreed, but validation at the RS is premature optimisation in many
> cases. And if you do need protection against that the client can even
> append a confirmation key as a caveat and retrospectively upgrade a beare=
r
> token to a pop token. They can even do transfer of ownership by creating
> copies of the original token bound to other certificates/public keys.
> > >>
> > >> While validation at the RS may be an optimization in many cases, it
> is still a requirement for deployments.
> > >>
> > >> I echo Annabelle's last question: what threats are in scope (and out
> of scope) for DPoP?
> > >>
> > >>
> > >> _______________________________________________
> > >> OAuth mailing list
> > >> OAuth@ietf.org
> > >>
> https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.i=
etf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
icrosoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7cd=
011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmkHbv=
OYr8wZX7pngViwA4e0Q%3D&reserved=3D0
> > >
> > > _______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > >
> https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.i=
etf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
icrosoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7cd=
011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmkHbv=
OYr8wZX7pngViwA4e0Q%3D&reserved=3D0
> > >
> > >
> > > --
> > >
> > > Rob Otto
> > > EMEA Field CTO/Solutions Architect
> > > robertotto@pingidentity.com
> > >
> > > c: +44 (0) 777 135 6092
> > > Connect with
> us:
>
> > >
> > >
> > > CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you._______________________________________________
> > > OAuth mailing list
> > > OAuth@ietf.org
> > >
> https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.i=
etf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
icrosoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7cd=
011db47%7C1%7C0%7C637100076834776598&sdata=3D6x%2Fjtuo2qkObT8bAdMUmkHbv=
OYr8wZX7pngViwA4e0Q%3D&reserved=3D0
> >
> >
> >
> > --
> >
> > Rob Otto
> > EMEA Field CTO/Solutions Architect
> > robertotto@pingidentity.com
> >
> > c: +44 (0) 777 135 6092
> > Connect with
> us:
>
> >
> >
> > CONFIDENTIALITY NOTICE: This email may contain confidential and
> privileged material for the sole use of the intended recipient(s). Any
> review, use, distribution or disclosure by others is strictly prohibited.=
.
> If you have received this communication in error, please notify the sende=
r
> immediately by e-mail and delete the message and any file attachments fro=
m
> your computer. Thank you.
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--000000000000e207f40597ebf579
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Another dimension=C2=A0on SPA is that lots of 1P deploymen=
ts use only SPA. For them, there is only one type of deployment.=C2=A0
On Fr=
i, Nov 22, 2019 at 4:50 PM Mike Jones <Michael.Jones=3D40microsoft.com@dmarc.ietf.org> wro=
te:








I hear you about the difference between Web apps and native apps, Torsten.=
=C2=A0 But using different mechanisms for different application types is a =
cost in and of itself.









It's good to understand the tradeoffs.









-- Mike



















From=
: OAuth <oauth-bounces@ietf.org> on behalf of Torsten Lodderstedt <torste=
n=3D4=
0lodderstedt.net@dmarc.ietf.org>

Sent: Friday, November 22, 2019 4:20:58 PM

To: Rob Otto <robotto=3D40pingidentity.com@dmarc.ietf.org>

Cc: oauth <oa=
uth@ietf.org>

Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for draf=
t-fett-oauth-dpop-03.txt

=C2=A0






Hi Rob,



> On 22. Nov 2019, at 16:10, Rob Otto <robotto=3D40pingidentity.com@dmarc=
.ietf.org> wrote:

> 

> Hi Torsten - thanks for the reply..

> 

> Responses in line.

> 

> Gr=C3=BCsse

> Rob

> 

> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt <torsten=3D40lodderste=
dt.net@dmarc.ietf.org> wrote:

> Hi Rob, 

> 

> > On 22. Nov 2019, at 15:52, Rob Otto <robotto=3D40pingidentity.=
com@dmarc..ietf.org> w=
rote:

> > 

> > Hi everyone

> > 

> > I'd agree with this. I'm looking at DPOP as an alternativ=
e and ultimately simpler way to accomplish what we can already do with MTLS=
-bound Access Tokens, for use cases such as the ones we address in Open Ban=
king; these are API transactions that demand a
 high level of assurance and as such we absolutely must have a mechanism to=
 constrain those tokens to the intended bearer. Requiring MTLS across the e=
cosystem, however, adds significant overhead in terms of infrastructural co=
mplexity and is always going to
 limit the extent to which such a model can scale.

> 

> I would like to unterstand why mTLS adds =E2=80=9Csignificant overhead=
 in terms of infrastructural complexity=E2=80=9D. Can you please dig into d=
etails?

> 

> I guess it's mostly that every RS-endpoint (or what sits in front =
of it) has to have a mechanism for accepting/terminating mTLS, managing roo=
ts of trust, validating/OCSP, etc



You use a PKI then. We use mTLS with self-signed certs. That requires the R=
S to not check the X.509 trust chain, which requires a special setting (opt=
ionalNoCA).




> and then passing the certificates downstream as headers. None of it is=
 necessarily difficult or impossible to do in isolation, but I meet many ma=
ny people every week who simply don't know how to do any of this stuff.=
 And these are typically "network people",
 for want of a better word. There are quite a few SaaS API management and e=
dge solutions out there that don't even support mTLS at all. You also h=
ave the difficulty in handling a combination of MTLS and non-MTLS traffic t=
o the same endpoints.



yep. You better split them, especially if that=E2=80=99s a user facing endp=
oint.



> Again, it's possible to do, but far from straightforward. 

> 

>=C2=A0 

> 

> Our experience so far: It can be a headache to set up in a microservic=
e architecture with TLS terminating proxies but once it runs it=E2=80=99s o=
k. On the other side, it=E2=80=99s easy to use for client developers and it=
 combines client authentication and sender constraining
 nicely.=C2=A0 

> 

> I do think its an elegant solution, don't get me wrong. It's j=
ust that there are plenty of moving parts that you need to get right and th=
at can be a challenge, particularly in large, complex environments.




I agree. I also tend there is a tendency to think Client TLS authentication=
 is bad. I understand that from historical and recent experience with PKI.




But anybody considering to use a application level signing solution based o=
n _raw_ public keys should directly move towards self-signed certificates. =
That brings you all the benefits of TLS without the (PKI) headache.




> 

>=C2=A0 

> 

> > 

> > DPOP, to me, appears to be a rather more elegant way of solving t=
he same problem, with the benefit of significantly reducing the complexity =
of (and dependency on) the transport layer. I would not argue, however, tha=
t it is meant to be a solution intended
 for ubiquitous adoption across all OAuth-protected API traffic. Clients st=
ill need to manage private keys under this model and my experience is that =
there is typically a steep learning curve for developers to negotiate any t=
ime you introduce a requirement
 to hold and use keys within=C2=A0 an application. 

> 

> My experience is most developer don=E2=80=99t even get the URL right (=
in the signature and the value used on the receiving end). So the total cos=
t of ownership is increased by numerous support inquiries.

> I'll not comment, at the risk of offending developers :)=C2=A0 


Alright. Ultimately, I just want to get in touch with those who respond :-)=




best regards,

Torsten. 



> 

> best regards,

> Torsten. 

> 

> > 

> > I guess I'm with Justin - let's look at DPOP as an altern=
ative to MTLS-bound tokens for high-assurance use cases, at least initially=
, without trying to make it solve every problem.


> > 

> > Best regards

> > Rob

> > 

> > 

> > On Fri, 22 Nov 2019 at 07:24, Justin Richer <jricher@mit.edu> wrote:

> > I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question abo=
ut the scope here. That was the one major thing that struck me during the D=
PoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree on w=
hat DPoP is for. Some (including the authors, it seems) see it
 as a quick point-solution to a specific use case. Others see it as a gener=
al PoP mechanism.


> > 

> > If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to be=
 expanded.


> > 

> > I=E2=80=99ll repeat what I said at the mic line: My take is that =
we should explicitly narrow down DPoP so that it does exactly one thing and=
 solves one narrow use case. And for a general solution? Let=E2=80=99s move=
 that discussion into the next major revision of the protocol
 where we=E2=80=99ll have a bit more running room to figure things out..
> > 

> >=C2=A0 =E2=80=94 Justin

> > 

> >> On Nov 22, 2019, at 3:13 PM, Dick Hardt <dick.hardt@gmail.com> wrote=
:

> >> 

> >> 

> >> 

> >> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@forgerock.com=
> wrote:

> >> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@amazon.com> wrote:

> >>> There are key distribution challenges with that if you ar=
e doing validation at the RS, but validation at the RS using either approac=
h means you=E2=80=99ve lost protection against replay by the RS. This bring=
s us back to a core question: what threats are in scope
 for DPoP, and in what contexts?

> >> 

> >> Agreed, but validation at the RS is premature optimisation in=
 many cases. And if you do need protection against that the client can even=
 append a confirmation key as a caveat and retrospectively upgrade a bearer=
 token to a pop token. They can even do transfer
 of ownership by creating copies of the original token bound to other certi=
ficates/public keys.


> >> 

> >> While validation at the RS may be an optimization in many cas=
es, it is still a requirement for deployments.

> >> 

> >> I echo Annabelle's last question: what threats are in sco=
pe (and out of scope) for DPoP?

> >> 

> >> 

> >> _______________________________________________

> >> OAuth mailing list

> >> OAuth@iet=
f.org

> >> 
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.iet=
f.org%2Fmailman%2Flistinfo%2Foauth&amp;data=3D02%7C01%7CMichael.Jones%4=
0microsoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7=
cd011db47%7C1%7C0%7C637100076834776598&amp;sdata=3D6x%2Fjtuo2qkObT8bAdM=
UmkHbvOYr8wZX7pngViwA4e0Q%3D&amp;reserved=3D0

> > 

> > _______________________________________________

> > OAuth mailing list

> > OAuth@ietf.or=
g

> > 
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From: Neil Madden 
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Date: Fri, 22 Nov 2019 09:44:11 +0000
In-Reply-To: 
Cc: "Richard Backman, Annabelle" , oauth 
To: Dick Hardt 
References: <2EF412B8-AF8C-4642-9BE0-1B528B0C63D5@amazon.com> <288343F2-ACF0-43E0-8577-26AF45330E5C@forgerock.com> 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 22 Nov 2019, at 07:13, Dick Hardt  wrote:
>=20
> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden > wrote:
> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
> wrote:
>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>=20
>=20
> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>=20
> While validation at the RS may be an optimization in many cases, it is =
still a requirement for deployments.

It's a pattern currently used in some deployments. But as Brian (I =
believe) mentioned at the last OSW in Trento, you often really want to =
setup a shared key between the AS and the RS and use authenticated =
encryption instead for performance and PII protection reasons. And if =
you do that then (a) replay by the RS is not possible because each RS =
has a different key and (b) you can use the shared key for macaroons =
too.

(This is why I proposed adding public key authenticated encryption to =
JOSE [1] after OSW, and why the initial version of the draft included a =
simple two-way handshake to derive a symmetric session key that could be =
used for subsequent messages. That handshake had perfect forward secrecy =
and key compromise impersonation protection as well, which is overkill =
for DPoP hence my later simplified challenge-response version).

>=20
> I echo Annabelle's last question: what threats are in scope (and out =
of scope) for DPoP?

I agree this is the crucial question as per my original post a week ago =
asking what the intended threat model is [2].

[1]: https://tools.ietf.org/html/draft-madden-jose-ecdh-1pu-02 =
=20
[2]: =
https://mailarchive.ietf.org/arch/msg/oauth/1Zltt75p5taPw0DRmhoKLbavu9s =


-- Neil=

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On =
22 Nov 2019, at 07:13, Dick Hardt <dick.hardt@gmail.com> wrote:

On Fri, Nov 22, 2019 at 3:08 PM Neil Madden <neil.madden@forgerock.com> wrote:
On 22 Nov 2019, at 01:42, Richard Backman, =
Annabelle <richanna@amazon.com> wrote:
There are key =
distribution challenges with that if you are doing validation at the RS, =
but
 validation at the RS using either approach means you=E2=80=99ve lost =
protection against replay by the RS. This brings us back to a core =
question: what threats are in scope for DPoP, and in what contexts?

Agreed,=
 but validation at the RS is premature optimisation in many cases. And =
if you do need protection against that the client can even append a =
confirmation key as a caveat and retrospectively upgrade a bearer token =
to a pop token. They can even do transfer of ownership by creating =
copies of the original token bound to other certificates/public =
keys. 

While validation at the RS may be an optimization in many =
cases, it is still a requirement for =
deployments.

It's a pattern currently used in some deployments. =
But as Brian (I believe) mentioned at the last OSW in Trento, you often =
really want to setup a shared key between the AS and the RS and use =
authenticated encryption instead for performance and PII protection =
reasons. And if you do that then (a) replay by the RS is not possible =
because each RS has a different key and (b) you can use the shared key =
for macaroons too.

(This is why I =
proposed adding public key authenticated encryption to JOSE [1] after =
OSW, and why the initial version of the draft included a simple two-way =
handshake to derive a symmetric session key that could be used for =
subsequent messages. That handshake had perfect forward secrecy and key =
compromise impersonation protection as well, which is overkill for DPoP =
hence my later simplified challenge-response version).


I echo Annabelle's last question: what =
threats are in scope (and out of scope) for =
DPoP?

I =
agree this is the crucial question as per my original post a week ago =
asking what the intended threat model is [2].


-- =
Neil
=

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From: Neil Madden 
In-Reply-To: <0235F8A2-83C4-4804-8805-F50305E263BB@lodderstedt.net>
Date: Fri, 22 Nov 2019 10:08:33 +0000
Cc: Justin Richer , oauth 
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Message-Id: 
References: <2EF412B8-AF8C-4642-9BE0-1B528B0C63D5@amazon.com> <288343F2-ACF0-43E0-8577-26AF45330E5C@forgerock.com>  <6DECA422-AACC-4DAA-8CD2-FF57CE02DE3E@mit.edu> <0235F8A2-83C4-4804-8805-F50305E263BB@lodderstedt.net>
To: Torsten Lodderstedt 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
 wrote:
>=20
>=20
>=20
>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>=20
>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>>=20
>> If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20
>=20
> as a co-author of the DPoP draft I state again what I said yesterday: =
DPoP is a mechanism for sender-constraining access tokens sent from SPAs =
only. The threat to be prevented is token replay.

I think the phrase "token replay" is ambiguous. Traditionally it refers =
to an attacker being able to capture a token (or whole requests) in use =
and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).

But if that's the case then there are much simpler defences than those =
proposed in the current draft:

1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
2. Make the DPoP token be a simple JWT with an "iat" and the origin of =
the RS. This stops the token being reused elsewhere but the client can =
reuse it (replay it) for many requests.
3. Issue a macaroon-based access token and the client can add a correct =
audience and scope restrictions at the point of use.

Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.

-- Neil=


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In-Reply-To: 
From: Aaron Parecki 
Date: Fri, 22 Nov 2019 18:19:58 +0800
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To: Neil Madden 
Cc: Torsten Lodderstedt , oauth 
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The main concern about token replay in a SPA is that the access token may
be extracted from the app, such as via XSS. Using the Web Crypto API has
the advantage of being able to generate a public private key pair where the
JS code can't access the private key at all, it can only be used to sign
things, making it impossible for an attacker to extract an access token and
use it for anything. You might then say that if a JS app is vulnerable to
XSS then the attacker could just call the signing API anyway, which is a
concern, but that's a different threat profile.

Aaron




On Fri, Nov 22, 2019 at 6:08 PM Neil Madden 
wrote:

> On 22 Nov 2019, at 07:53, Torsten Lodderstedt  40lodderstedt.net@dmarc.ietf.org> wrote:
> >
> >
> >
> >> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
> >>
> >> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about th=
e scope here.
> That was the one major thing that struck me during the DPoP discussions i=
n
> Singapore yesterday: we don=E2=80=99t seem to agree on what DPoP is for. =
Some
> (including the authors, it seems) see it as a quick point-solution to a
> specific use case. Others see it as a general PoP mechanism.
> >>
> >> If it=E2=80=99s the former, then it should be explicitly tied to one s=
pecific
> set of things. If it=E2=80=99s the latter, then it needs to be expanded.
> >
> > as a co-author of the DPoP draft I state again what I said yesterday:
> DPoP is a mechanism for sender-constraining access tokens sent from SPAs
> only. The threat to be prevented is token replay.
>
> I think the phrase "token replay" is ambiguous. Traditionally it refers t=
o
> an attacker being able to capture a token (or whole requests) in use and
> then replay it against the same RS. This is already protected against by
> the use of normal TLS on the connection between the client and the RS. I
> think instead you are referring to a malicious/compromised RS replaying t=
he
> token to a different RS - which has more of the flavour of a man in the
> middle attack (of the phishing kind).
>
> But if that's the case then there are much simpler defences than those
> proposed in the current draft:
>
> 1. Get separate access tokens for each RS with correct audience and
> scopes. The consensus appears to be that this is hard to do in some cases=
,
> hence the draft.
> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of th=
e
> RS. This stops the token being reused elsewhere but the client can reuse =
it
> (replay it) for many requests.
> 3. Issue a macaroon-based access token and the client can add a correct
> audience and scope restrictions at the point of use.
>
> Protecting against the first kind of replay attacks only becomes an issue
> if we assume the protections in TLS have failed. But if DPoP is only
> intended for cases where mTLS can't be used, it shouldn't have to protect
> against a stronger threat model in which we assume that TLS security has
> been lost.
>
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
--=20
----
Aaron Parecki
aaronparecki.com
@aaronpk 

--0000000000003532e80597ecc23d
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


The main concern about token replay in a SPA is that=
 the access token may be extracted from the app, such as via XSS. Using the=
 Web Crypto API has the advantage of being able to generate a public privat=
e key pair where the JS code can't access the private key at all, it ca=
n only be used to sign things, making it impossible for an attacker to extr=
act an access token and use it for anything. You might then say that if a J=
S app is vulnerable to XSS then the attacker could just call the signing AP=
I anyway, which is a concern, but that's a different threat profile.=C2=
=A0

Aaron



=


On Fri, Nov 22, 2019 at 6:08 PM Neil Madden <neil.madden@forgerock.com> wrote:
On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
<torsten=3D40lodderstedt.net@dmarc.ietf.org> wrote:

> 

> 

> 

>> On 22. Nov 2019, at 15:24, Justin Richer <jricher@mit.edu> wrote:

>> 

>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question abou=
t the scope here. That was the one major thing that struck me during the DP=
oP discussions in Singapore yesterday: we don=E2=80=99t seem to agree on wh=
at DPoP is for. Some (including the authors, it seems) see it as a quick po=
int-solution to a specific use case. Others see it as a general PoP mechani=
sm. 

>> 

>> If it=E2=80=99s the former, then it should be explicitly tied to o=
ne specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded. 

> 

> as a co-author of the DPoP draft I state again what I said yesterday: =
DPoP is a mechanism for sender-constraining access tokens sent from SPAs on=
ly. The threat to be prevented is token replay.



I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) in =
use and then replay it against the same RS. This is already protected again=
st by the use of normal TLS on the connection between the client and the RS=
. I think instead you are referring to a malicious/compromised RS replaying=
 the token to a different RS - which has more of the flavour of a man in th=
e middle attack (of the phishing kind).



But if that's the case then there are much simpler defences than those =
proposed in the current draft:



1. Get separate access tokens for each RS with correct audience and scopes.=
 The consensus appears to be that this is hard to do in some cases, hence t=
he draft.

2. Make the DPoP token be a simple JWT with an "iat" and the orig=
in of the RS. This stops the token being reused elsewhere but the client ca=
n reuse it (replay it) for many requests.

3. Issue a macaroon-based access token and the client can add a correct aud=
ience and scope restrictions at the point of use.



Protecting against the first kind of replay attacks only becomes an issue i=
f we assume the protections in TLS have failed. But if DPoP is only intende=
d for cases where mTLS can't be used, it shouldn't have to protect =
against a stronger threat model in which we assume that TLS security has be=
en lost.



-- Neil

_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth


-- 
----
Aaron Parecki
<=
div>aaronparecki.com<=
/a>



--0000000000003532e80597ecc23d--


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From: Neil Madden 
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Cc: Torsten Lodderstedt , oauth 
To: Aaron Parecki 
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It's not a different threat profile. This is the same assumption people =
made when introducing HttpOnly cookies, which just led to attackers =
switching to proxy everything through the browser as per things like =
https://beefproject.com  . (This is actually =
nicer for the attacker as their requests then appear to come from the =
legitimate user, masking their true origin and allowing them to carry =
out attacks bypassing the corporate firewall). DPoP is not a protection =
against XSS and shouldn't be sold as such.

-- Neil

> On 22 Nov 2019, at 10:19, Aaron Parecki  wrote:
>=20
> The main concern about token replay in a SPA is that the access token =
may be extracted from the app, such as via XSS. Using the Web Crypto API =
has the advantage of being able to generate a public private key pair =
where the JS code can't access the private key at all, it can only be =
used to sign things, making it impossible for an attacker to extract an =
access token and use it for anything. You might then say that if a JS =
app is vulnerable to XSS then the attacker could just call the signing =
API anyway, which is a concern, but that's a different threat profile.=20=

>=20
> Aaron
>=20
>=20
>=20
>=20
> On Fri, Nov 22, 2019 at 6:08 PM Neil Madden > wrote:
> On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
> wrote:
> >=20
> >=20
> >=20
> >> On 22. Nov 2019, at 15:24, Justin Richer > wrote:
> >>=20
> >> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
> >>=20
> >> If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
> >=20
> > as a co-author of the DPoP draft I state again what I said =
yesterday: DPoP is a mechanism for sender-constraining access tokens =
sent from SPAs only. The threat to be prevented is token replay.
>=20
> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>=20
> But if that's the case then there are much simpler defences than those =
proposed in the current draft:
>=20
> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of =
the RS. This stops the token being reused elsewhere but the client can =
reuse it (replay it) for many requests.
> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>=20
> Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.
>=20
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org 
> https://www.ietf.org/mailman/listinfo/oauth =

> --=20
> ----
> Aaron Parecki
> aaronparecki.com 
> @aaronpk 
>=20


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Content-Transfer-Encoding: quoted-printable
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	charset=utf-8

It's =
not a different threat profile. This is the same assumption people made =
when introducing HttpOnly cookies, which just led to attackers switching =
to proxy everything through the browser as per things like https://beefproject.com . (This is actually nicer =
for the attacker as their requests then appear to come from the =
legitimate user, masking their true origin and allowing them to carry =
out attacks bypassing the corporate firewall). DPoP is not a protection =
against XSS and shouldn't be sold as such.

-- Neil



On 22 Nov 2019, at 10:19, Aaron Parecki <aaron@parecki.com> =
wrote:

The main concern about token =
replay in a SPA is that the access token may be extracted from the app, =
such as via XSS. Using the Web Crypto API has the advantage of being =
able to generate a public private key pair where the JS code can't =
access the private key at all, it can only be used to sign things, =
making it impossible for an attacker to extract an access token and use =
it for anything. You might then say that if a JS app is vulnerable to =
XSS then the attacker could just call the signing API anyway, which is a =
concern, but that's a different threat profile. 

Aaron




On Fri, Nov 22, 2019 at 6:08 PM Neil Madden <neil.madden@forgerock.com> wrote:
On 22 Nov 2019, at =
07:53, Torsten Lodderstedt <torsten=3D40lodderstedt.net@dmarc.ietf.org> wrote:

> 

> 

> 

>> On 22. Nov 2019, at 15:24, Justin Richer <jricher@mit.edu> wrote:

>> 

>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question =
about the scope here. That was the one major thing that struck me during =
the DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to =
agree on what DPoP is for. Some (including the authors, it seems) see it =
as a quick point-solution to a specific use case. Others see it as a =
general PoP mechanism. 

>> 

>> If it=E2=80=99s the former, then it should be explicitly tied =
to one specific set of things. If it=E2=80=99s the latter, then it needs =
to be expanded. 

> 

> as a co-author of the DPoP draft I state again what I said =
yesterday: DPoP is a mechanism for sender-constraining access tokens =
sent from SPAs only. The threat to be prevented is token replay.



I think the phrase "token replay" is ambiguous. Traditionally it refers =
to an attacker being able to capture a token (or whole requests) in use =
and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).



But if that's the case then there are much simpler defences than those =
proposed in the current draft:



1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.

2. Make the DPoP token be a simple JWT with an "iat" and the origin of =
the RS. This stops the token being reused elsewhere but the client can =
reuse it (replay it) for many requests.

3. Issue a macaroon-based access token and the client can add a correct =
audience and scope restrictions at the point of use.



Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.



-- Neil

_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth


-- 
----
Aaron Parecki
aaronparecki.com
@aaronpk




=

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From nobody Fri Nov 22 04:16:10 2019
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From: Torsten Lodderstedt 
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Date: Fri, 22 Nov 2019 20:15:49 +0800
In-Reply-To: 
Cc: Justin Richer , oauth 
To: Neil Madden 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Hi Neil,

> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>=20
> On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
 wrote:
>>=20
>>=20
>>=20
>>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>>=20
>>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>>>=20
>>> If it=E2=80=99s the former, then it should be explicitly tied to one =
specific set of things. If it=E2=80=99s the latter, then it needs to be =
expanded.=20
>>=20
>> as a co-author of the DPoP draft I state again what I said yesterday: =
DPoP is a mechanism for sender-constraining access tokens sent from SPAs =
only. The threat to be prevented is token replay.
>=20
> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).

I would argue TLS basically prevents leakage and not replay. The threats =
we try to cope with can be found in the Security BCP. There are multiple =
ways access tokens can leak, including referrer headers, mix-up, open =
redirection, browser history, and all sorts of access token leakage at =
the resource server

Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=


=
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.

>=20
> But if that's the case then there are much simpler defences than those =
proposed in the current draft:
>=20
> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.

How many deployments do you know that today are able to issue =
RS-specific access tokens?
BTW: how would you identify the RS?

I agree that would be an alternative and I=E2=80=99m a great fan of such =
tokens (and used them a lot at Deutsche Telekom) but in my perception =
this pattern needs still to be established in the market. Moreover, they =
basically protect from a rough RS (if the URL is used as audience) =
replaying the token someplace else, but they do not protect from all =
other kinds of leakage/replay (e.g. log files).

> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of =
the RS. This stops the token being reused elsewhere but the client can =
reuse it (replay it) for many requests.
> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.

Why is this needed if the access token is already audience restricted? =
Or do you propose this as alternative?=20

>=20
> Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.

I agree.=20

best regards,
Torsten.=20

>=20
> -- Neil


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From: Torsten Lodderstedt 
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Date: Fri, 22 Nov 2019 20:16:51 +0800
In-Reply-To: 
Cc: Mike Jones , oauth , Rob Otto 
To: Petteri Stenius 
References: <2EF412B8-AF8C-4642-9BE0-1B528B0C63D5@amazon.com> <288343F2-ACF0-43E0-8577-26AF45330E5C@forgerock.com>  <6DECA422-AACC-4DAA-8CD2-FF57CE02DE3E@mit.edu>  <1119B3F6-01A0-4885-A352-5C719A7CDE2C@lodderstedt.net>  <7590824B-18B6-4896-AD30-1903A86F5F0A@lodderstedt.net>  <1F50E494-5AA7-4739-BC17-9DC08FC0A254@lodderstedt.net> 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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I would love see this happen!
Note: you would also need to create a cert.

> On 22. Nov 2019, at 19:38, Petteri Stenius =
 wrote:
>=20
> Hi all,
>=20
> For browser based apps it is basically limitations of Fetch API that =
prevent MTLS binding, as Fetch uses client certificate dialogs and =
stores. Does it make sense to suggest browser vendors fix the Fetch API =
to better support MTLS?
>=20
> For example if Fetch API allowed setting up a MTLS request with a =
WebCrypto generated and managed key it would be sufficient for MTLS =
binding.=20
>=20
> Petteri
>=20
> Fetch API - https://fetch.spec.whatwg.org/=20
>=20
> -----Original Message-----
> From: OAuth  On Behalf Of Torsten Lodderstedt
> Sent: perjantai 22. marraskuuta 2019 10.54
> To: Mike Jones 
> Cc: oauth ; Torsten Lodderstedt =
; Rob Otto =

> Subject: Re: [OAUTH-WG] New Version Notification for =
draft-fett-oauth-dpop-03.txt
>=20
> I couldn't agree more. I think we should, again, try to find a way to =
utilise TLS in the browser as well.=20
>=20
>> On 22. Nov 2019, at 16:50, Mike Jones =
 wrote:
>>=20
>> I hear you about the difference between Web apps and native apps, =
Torsten.  But using different mechanisms for different application types =
is a cost in and of itself.
>>=20
>> It's good to understand the tradeoffs.
>>=20
>> -- Mike
>>=20
>>=20
>> From: OAuth  on behalf of Torsten Lodderstedt =

>> Sent: Friday, November 22, 2019 4:20:58 PM
>> To: Rob Otto 
>> Cc: oauth 
>> Subject: [EXTERNAL] Re: [OAUTH-WG] New Version Notification for =
draft-fett-oauth-dpop-03.txt
>>=20
>> Hi Rob,
>>=20
>>> On 22. Nov 2019, at 16:10, Rob Otto =
 wrote:
>>>=20
>>> Hi Torsten - thanks for the reply..
>>>=20
>>> Responses in line.
>>>=20
>>> Gr=C3=BCsse
>>> Rob
>>>=20
>>> On Fri, 22 Nov 2019 at 07:59, Torsten Lodderstedt =
 wrote:
>>> Hi Rob,=20
>>>=20
>>>> On 22. Nov 2019, at 15:52, Rob Otto =
 wrote:
>>>>=20
>>>> Hi everyone
>>>>=20
>>>> I'd agree with this. I'm looking at DPOP as an alternative and =
ultimately simpler way to accomplish what we can already do with =
MTLS-bound Access Tokens, for use cases such as the ones we address in =
Open Banking; these are API transactions that demand a high level of =
assurance and as such we absolutely must have a mechanism to constrain =
those tokens to the intended bearer. Requiring MTLS across the =
ecosystem, however, adds significant overhead in terms of =
infrastructural complexity and is always going to limit the extent to =
which such a model can scale.
>>>=20
>>> I would like to unterstand why mTLS adds =E2=80=9Csignificant =
overhead in terms of infrastructural complexity=E2=80=9D. Can you please =
dig into details?
>>>=20
>>> I guess it's mostly that every RS-endpoint (or what sits in front of =
it) has to have a mechanism for accepting/terminating mTLS, managing =
roots of trust, validating/OCSP, etc
>>=20
>> You use a PKI then. We use mTLS with self-signed certs. That requires =
the RS to not check the X.509 trust chain, which requires a special =
setting (optionalNoCA).=20
>>=20
>>> and then passing the certificates downstream as headers. None of it =
is necessarily difficult or impossible to do in isolation, but I meet =
many many people every week who simply don't know how to do any of this =
stuff. And these are typically "network people", for want of a better =
word. There are quite a few SaaS API management and edge solutions out =
there that don't even support mTLS at all. You also have the difficulty =
in handling a combination of MTLS and non-MTLS traffic to the same =
endpoints.
>>=20
>> yep. You better split them, especially if that=E2=80=99s a user =
facing endpoint.
>>=20
>>> Again, it's possible to do, but far from straightforward.=20
>>>=20
>>>=20
>>>=20
>>> Our experience so far: It can be a headache to set up in a =
microservice architecture with TLS terminating proxies but once it runs =
it=E2=80=99s ok. On the other side, it=E2=80=99s easy to use for client =
developers and it combines client authentication and sender constraining =
nicely. =20
>>>=20
>>> I do think its an elegant solution, don't get me wrong. It's just =
that there are plenty of moving parts that you need to get right and =
that can be a challenge, particularly in large, complex environments.=20
>>=20
>> I agree. I also tend there is a tendency to think Client TLS =
authentication is bad. I understand that from historical and recent =
experience with PKI.=20
>>=20
>> But anybody considering to use a application level signing solution =
based on _raw_ public keys should directly move towards self-signed =
certificates. That brings you all the benefits of TLS without the (PKI) =
headache.=20
>>=20
>>>=20
>>>=20
>>>=20
>>>>=20
>>>> DPOP, to me, appears to be a rather more elegant way of solving the =
same problem, with the benefit of significantly reducing the complexity =
of (and dependency on) the transport layer. I would not argue, however, =
that it is meant to be a solution intended for ubiquitous adoption =
across all OAuth-protected API traffic. Clients still need to manage =
private keys under this model and my experience is that there is =
typically a steep learning curve for developers to negotiate any time =
you introduce a requirement to hold and use keys within  an application.=20=

>>>=20
>>> My experience is most developer don=E2=80=99t even get the URL right =
(in the signature and the value used on the receiving end). So the total =
cost of ownership is increased by numerous support inquiries.
>>> I'll not comment, at the risk of offending developers :) =20
>>=20
>> Alright. Ultimately, I just want to get in touch with those who =
respond :-)
>>=20
>> best regards,
>> Torsten.=20
>>=20
>>>=20
>>> best regards,
>>> Torsten.=20
>>>=20
>>>>=20
>>>> I guess I'm with Justin - let's look at DPOP as an alternative to =
MTLS-bound tokens for high-assurance use cases, at least initially, =
without trying to make it solve every problem.=20
>>>>=20
>>>> Best regards
>>>> Rob
>>>>=20
>>>>=20
>>>> On Fri, 22 Nov 2019 at 07:24, Justin Richer  =
wrote:
>>>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>>>>=20
>>>> If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
>>>>=20
>>>> I=E2=80=99ll repeat what I said at the mic line: My take is that we =
should explicitly narrow down DPoP so that it does exactly one thing and =
solves one narrow use case. And for a general solution? Let=E2=80=99s =
move that discussion into the next major revision of the protocol where =
we=E2=80=99ll have a bit more running room to figure things out..
>>>>=20
>>>> =E2=80=94 Justin
>>>>=20
>>>>> On Nov 22, 2019, at 3:13 PM, Dick Hardt  =
wrote:
>>>>>=20
>>>>>=20
>>>>>=20
>>>>> On Fri, Nov 22, 2019 at 3:08 PM Neil Madden =
 wrote:
>>>>> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
>>>>>> There are key distribution challenges with that if you are doing =
validation at the RS, but validation at the RS using either approach =
means you=E2=80=99ve lost protection against replay by the RS. This =
brings us back to a core question: what threats are in scope for DPoP, =
and in what contexts?
>>>>>=20
>>>>> Agreed, but validation at the RS is premature optimisation in many =
cases. And if you do need protection against that the client can even =
append a confirmation key as a caveat and retrospectively upgrade a =
bearer token to a pop token. They can even do transfer of ownership by =
creating copies of the original token bound to other certificates/public =
keys.=20
>>>>>=20
>>>>> While validation at the RS may be an optimization in many cases, =
it is still a requirement for deployments.
>>>>>=20
>>>>> I echo Annabelle's last question: what threats are in scope (and =
out of scope) for DPoP?
>>>>>=20
>>>>>=20
>>>>> _______________________________________________
>>>>> OAuth mailing list
>>>>> OAuth@ietf.org
>>>>> =
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tf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
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>>>>=20
>>>> _______________________________________________
>>>> OAuth mailing list
>>>> OAuth@ietf.org
>>>> =
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.ie=
tf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
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>>>>=20
>>>>=20
>>>> --=20
>>>>=20
>>>> Rob Otto     =20
>>>> EMEA Field CTO/Solutions Architect   =20
>>>> robertotto@pingidentity.com  =20
>>>>=20
>>>> c: +44 (0) 777 135 6092
>>>> Connect with us:                                                    =
                                                                         =
                                =20
>>>>=20
>>>>=20
>>>> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank =
you._______________________________________________
>>>> OAuth mailing list
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>>>> =
https://nam06.safelinks.protection.outlook.com/?url=3Dhttps%3A%2F%2Fwww.ie=
tf.org%2Fmailman%2Flistinfo%2Foauth&data=3D02%7C01%7CMichael.Jones%40m=
icrosoft.com%7C2ddae7c4050348d9405a08d76f24f315%7C72f988bf86f141af91ab2d7c=
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>>>=20
>>>=20
>>>=20
>>> --=20
>>>=20
>>> Rob Otto     =20
>>> EMEA Field CTO/Solutions Architect   =20
>>> robertotto@pingidentity.com  =20
>>>=20
>>> c: +44 (0) 777 135 6092
>>> Connect with us:                                                     =
                                                                         =
                        =20
>>>=20
>>>=20
>>> CONFIDENTIALITY NOTICE: This email may contain confidential and =
privileged material for the sole use of the intended recipient(s). Any =
review, use, distribution or disclosure by others is strictly =
prohibited..  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any =
file attachments from your computer. Thank you.
>>=20
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>=20


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From: "Richard Backman, Annabelle" 
To: Neil Madden 
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Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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References: 
Cc: Neil Madden , oauth 
In-Reply-To: 
To: "Richard Backman, Annabelle" 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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> I would argue TLS basically prevents leakage and not replay

Doesn=E2=80=99t token binding, which is esentially a TLS extension, prevent s=
ome forms of token replay?

--
Jim Manico
@Manicode
Secure Coding Education
+1 (808) 652-3805

> On Nov 22, 2019, at 7:26 AM, Richard Backman, Annabelle  wrote:
>=20
> =EF=BB=BF
> > Yes of course. But this is the HMAC *tag* not the original key.
> Sure. And if the client attenuates the macaroon, it is used as a key that t=
he client proves possession of by presenting the chained HMAC. Clients doing=
 DPoP aren=E2=80=99t proving possession of the =E2=80=9Coriginal key=E2=80=9D=
 (i.e., a key used to generate the access token) either.
> =20
> > Well, you don=E2=80=99t have to return a key from the token endpoint for=
 a start.
> Yes, that=E2=80=99s what I meant by saying that it eliminates key negotiat=
ion. Though I suppose it=E2=80=99s more correct to say that it inlines it. T=
he AS still provides a key, it just happens to be part of the access token.
> =20
> Macaroons are an interesting pattern, but not because they=E2=80=99re not d=
oing PoP. Proof of possession is pretty core to the whole idea of digital si=
gnatures and HMACs. What makes them interesting is the way they inline key d=
istribution. Whether or not they=E2=80=99re applicable to DPoP depends, ulti=
mately, on the use cases DPoP is targeting and the threats it is trying to m=
itigate.
> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: Neil Madden 
> Date: Friday, November 22, 2019 at 3:09 PM
> To: "Richard Backman, Annabelle" 
> Cc: Brian Campbell , oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
> =20
> Macaroons are built on proof of possession. In order to add a caveat to a m=
acaroon, the sender has to have the HMAC of the macaroon without their cavea=
t.
> =20
> Yes of course. But this is the HMAC *tag* not the original key. They can=E2=
=80=99t change anything the AS originally signed.=20
>=20
>=20
> The distinctive property of macaroons as I see it is that they eliminate t=
he need for key negotiation with the bearer. How much value this has over th=
e AS just returning a symmetric key alongside the access token in the token r=
equest, I=E2=80=99m not sure.
> =20
> Well, you don=E2=80=99t have to return a key from the token endpoint for a=
 start. The client doesn=E2=80=99t need to create and send any additional to=
ken. The whole thing works with existing standards and technologies and can b=
e incrementally adopted as required. If RSes do token introspection already t=
hen they need zero changes to support this.
>=20
>=20
> There are key distribution challenges with that if you are doing validatio=
n at the RS, but validation at the RS using either approach means you=E2=80=99=
ve lost protection against replay by the RS. This brings us back to a core q=
uestion: what threats are in scope for DPoP, and in what contexts?
> =20
> Agreed, but validation at the RS is premature optimisation in many cases. A=
nd if you do need protection against that the client can even append a confi=
rmation key as a caveat and retrospectively upgrade a bearer token to a pop t=
oken. They can even do transfer of ownership by creating copies of the origi=
nal token bound to other certificates/public keys.=20
> =20
> Neil
> =20
>=20
>=20
> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: OAuth  on behalf of Neil Madden 
> Date: Friday, November 22, 2019 at 4:40 AM
> To: Brian Campbell 
> Cc: oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> At the end of my previous email I mentioned that you can achieve some of t=
he same aims as DPoP without needing a PoP mechanism at all. This email is t=
hat follow-up.
> =20
> OAuth is agnostic about the format of access tokens and many vendors suppo=
rt either random string database tokens or JWTs. But there are other choices=
 for access token format, some of which have more interesting properties. In=
 particular, Google proposed Macaroons a few years ago as a "better cookie" [=
1] and I think they systematically address many of these issues when used as=
 an access token format.
> =20
> For those who aren't familiar with them, Macaroons are a bit like a HS256 J=
WT. They have a location (a bit like the audience in a JWT) and an identifie=
r (an arbitrary string) and then are signed with HMAC-SHA256 using a secret k=
ey. (There's no claims set or headers - they are very minimal). In this case=
 the secret key would be owned by the AS and used to sign macaroon-based acc=
ess tokens. Validating the token would be done via token introspection at th=
e AS.
> =20
> The clever bit is that anybody at all can append "caveats" to a macaroon a=
t any time, but nobody can remove one once added. Caveats are restrictions o=
n the use of a token - they only ever reduce the authority granted by the to=
ken, never expand it. The AS can validate the token and all the caveats with=
 its secret key. So, for example, if an access token was a macaroon then the=
 client could append a caveat to reduce the scope, or reduce the expiry time=
, or reduce the audience, and so on.
> =20
> The really clever bit is that the client can keep a copy of the original t=
oken and create restricted versions to send to different resource servers. B=
ecause HMAC is very cheap, the client can even do this before each and every=
 request. (This is what the original paper refers to as "contextual caveats"=
). This means that a client can be issued a single access token from the AS w=
ith broad scope and applicable to many different RS and can then locally cre=
ate restricted copies for each individual RS.
> =20
> The relevance to DPoP is that the client could even append caveats equival=
ent to "htm" and "htu" just before sending the access token to the RS, and m=
aybe add an "exp" for 5 seconds in the future, reduce the scope, and so on:
> =20
>   newAccessToken =3D accessToken.withCaveats({
>     exp: now + 5seconds,
>     scope: "a b",
>     htm: "POST",
>     ....
>   });
>   httpClient.post(data, Authorization: Bearer newAccessToken);
> =20
> Note that the client doesn't need anything extra here - no keys, extra tok=
ens etc. They just have the access token and a macaroon library.
> =20
> The RS will see an opaque access token, send it to the AS for introspectio=
n. The AS however, will see and validate the new caveats on the token and re=
turn an introspection response with the restricted scope and expiry time, an=
d return the htm/htu restrictions that the RS can then enforce.=20
> =20
> For clients this is transparent until they want to take advantage of it an=
d then they can just use an off-the-shelf macaroon library. For the RS it is=
 also completely transparent. All the (relatively small) complexity lives in=
 the AS, which just has to be able to produce and verify macaroons and take c=
aveats into account when performing token introspection - e.g. the returned s=
cope should be the intersection of the original token scope and any scope ca=
veats. But I don't think this would be too much effort.
> =20
> [1]: https://ai.google/research/pubs/pub41892
> =20
> -- Neil
>=20
>=20
>=20
> On 21 Nov 2019, at 06:23, Brian Campbell  wrot=
e:
> =20
> Yeah, suggestions and/or an MTI about algorithm support would probably be w=
orthwhile. Perhaps also some defined means of signaling when an unsupported a=
lgorithm is used along with any other reason a DPoP is invalid or rejected.=20=

> =20
> There are a lot of tradeoffs in what claims are required and what protecti=
ons are provided etc. The aim of what was chosen was to do just enough to pr=
ovide some reasonable protections against reuse or use in a different contex=
t while being simple to implement and deploy.
> =20
> =20
> On Wed, Nov 20, 2019 at 6:34 AM Neil Madden  wr=
ote:
> Thanks for the reply, Brian.=20
> =20
> Collecting my thoughts up here rather than responding blow by blow.
> =20
> Public key signatures are simpler in some respects, more complex in others=
. There are currently 10 public key JWS signature schemes defined (ES256/384=
/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS potentially have to s=
upport them all? If not, how do they negotiate algorithm support with the cl=
ient?
> =20
> On the other hand, the ECDH scheme I proposed can be implemented by adapti=
ng an existing ECDH-ES encryption support in a JWT library. For example, I d=
iscovered while playing with this that our own internal library can implemen=
t the full flow I described entirely via the existing public API [1], so it'=
s not necessarily as complex as it first looks. I even knocked up a from-scr=
atch implementation in WebCrypto (JavaScript) without too much code [2].
> =20
> But I admit that using an existing JWT library to sign a JWT with an exist=
ing algorithm is even easier, and that counts for a lot. Perhaps we can make=
 concrete suggestions/requirements about algorithm support? e.g. "The RS MUS=
T support RS256 and SHOULD support EdDSA. Other algorithms MAY be supported.=
"=20
> =20
> With regards to replay protection, I think there are at least two reasonab=
le positions:
> =20
> 1. We assume that TLS is secure and don't try to defend against any compro=
mise at that level. (Clearly none of the TLS-based PoP mechanisms survive if=
 TLS is compromised, by definition). In this case the main attack to defend a=
gainst is a malicious RS replaying the access token elsewhere. Simply signin=
g the origin of the RS would be enough to prevent this attack, while letting=
 the client reuse the same JWT for many requests (and the RS to cache the JW=
T validation). None of "jti", "htu", or "htm" seem relevant to this model.
> =20
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) and t=
ry to provide some defense in depth against a MitM attacker replaying a toke=
n against the same RS. There is a graduated series of steps you can take her=
e, depending on how much you want to prevent this:
>    a. The DPoP token can be replayed for arbitrary requests to the same RS=
 but has a short time limit (e.g., exp claim or RS-enforced max lifetime fro=
m iat)
>    b. The DPoP token can be replayed for the same request (htu/htm claims)=

>    c. The DPoP token can't be replayed at all - either because of jti blac=
klisting on the RS or a challenge-response protocol on each request.
> =20
> (There are also variants such as including a hash of the request body/head=
ers, or encoding an ETag into the JWT).
> =20
> I think either are reasonable design goals, but aiming for 2 adds more val=
ue. I think aiming for 2a is a reasonable default baseline that allows the c=
lient to reuse a DPoP token for a few requests, reducing the cost of the sig=
nature (and the RS can cache the validated JWT). Support for 2b or 2c can th=
en be listed as optional additions.
> =20
> PS - 2a/2b can be achieved without PoP. I'll save that for another email i=
n the next few days though.
> =20
> [1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
> [2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7
> =20
> =20
> -- Neil
>=20
>=20
>=20
> On 19 Nov 2019, at 07:43, Brian Campbell  wrot=
e:
> =20
> =20
>=20
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden  wr=
ote:
> I can't attend Singapore either in person or remotely due to other commitm=
ents. I broadly support adoption of this draft, but I have some comments/sug=
gestions about it.
> =20
> Thanks Neil. And sorry to hear that you won't be in Singapore. This kind o=
f stuff is definitely more easily discussed in person (for me anyway). But I=
'll try and comment on your comments here as best I can. I also plan to also=
 mention them in the Wednesday and/or Thursday presentation.=20
> =20
> Section 2 lists the main objective as being to harden against compromised/=
malicious AS or RS, which may attempt to replay captured tokens elsewhere. W=
hile this is a good idea, a casual reader might wonder why a simple audience=
 claim in the access token/introspection response is not sufficient to preve=
nt this. Because interactions between the client and RS are supposed to be o=
ver TLS, is the intended threat model one in which these protections have br=
oken down? ("counterfeit" in the description suggests this). Or is the motiv=
ation that clients want to get a single broad-scoped access token (for usabi=
lity/performance reasons) and use it to access multiple resource servers wit=
hout giving each of them the ability to replay the token to the other server=
s? Or are we thinking of a phishing-type vulnerability were a general-purpos=
e client might accidentally visit a malicious site which prompts for an acce=
ss token that the client then blindly goes off and gets? (UMA?) It's not cle=
ar to me which of these scenarios is being considered, so it would be good t=
o tighten up this section.
> =20
> It is admittedly a bit loose and I agree it'd be good to tighten it up. Bu=
t part of why it's loose is that it tries to offer some protections for all t=
hose scenarios and more such as a general lost/stolen token. It's effectivel=
y trying to provide as many of the same types of protections/assurances that=
 you'd get with TLS based PoP mechanisms (like OAuth MTLS or Token binding) t=
o the extent that can be done at the HTTP application layer. Which can't rea=
listically be exactly the same but can maybe be kinda close while actually b=
eing accessible and implementable because it's all done at the application l=
ayer. There are trade-offs, of course, and the document writers have endeavo=
red to find a good balance in the trade-off decisions we've made. But that d=
oesn't mean they are necessarily the right decisions or are closed to discus=
sion. To the casual reader I would say that it turns out that getting an app=
ropriate simple audience claim into an access token isn't nearly as simple a=
s it might seem. And while it will prevent RS to RS replay (as long as both R=
Ss aren't legit audiences) it doesn't help with preventing the use of tokens=
 stolen or leaked by other means (including for refresh tokens issued to pub=
lic clients).=20
> =20
> Another potential motivation is for mobile apps. Some customers of ours wo=
uld like to tie access/refresh tokens to private key material generated on a=
 secure element in the device, that can only be accessed after local biometr=
ic authentication (e.g. TouchID/FaceID on iOS). I have suggested using mTLS c=
ert-bound tokens for this, but have heard some pushback due to the difficult=
y of configuring support for client certs across diverse infrastructure. A s=
imple JWT-based solution like DPoP could fill this need.
> =20
> It's maybe not stated in the draft but this kind of thing is among the obj=
ectives (in my mind anyway).=20
> =20
> =20
> My main concerns with the draft though are about efficiency and scalabilit=
y of the proposed approach:
> =20
> 1. The requirement to use public key signatures, along with the anti-repla=
y nonce, means that the RS is required to perform an expensive signature ver=
ification check on every request. That is not going to scale up well. While t=
here are more efficient schemes like Ed25519 now, these are still typically a=
n order of magnitude slower than HMAC and the latency and CPU overhead is li=
kely to be a non-starter for many APIs (especially when you're billed by CPU=
 usage). Public key signatures are also notoriously fragile (see e.g. the hi=
story of nonce reuse/leakage vulnerabilities in ECDSA or=20
> =20
> Yes, asymmetric is more processing intensive than symmetric. But if you ta=
ke away the distributed replay check (see next response), it will scale out j=
ust fine. I'm not so sure latency is a real issue here - while these operati=
ons are an order of magnitude slower we're still talking about times that ar=
e not perceptible to a human. CPU usage/cost is a part of a trade-off for th=
e simplicity afforded by public/private keys.  And it is significantly simpl=
er. The design you sketched out is admittedly quite clever but it's not even=
 in the same ballpark with respect to complexity. And, as you pointed out, t=
he other suggestion around symmetric keys has rather different security prop=
erties while still adding complexity. Adding symmetric key support isn't som=
ething that can just be added on easily.=20
> =20
> =20
> 2. The advice for the RS to store a set of previously used nonces to preve=
nt replay will also hamper scalability, especially in large deployments wher=
e such state would need to be replicated to all servers (or use sticky load b=
alancing, which comes with its own problems). This violates the statelessnes=
s of HTTP, and it also potentially breaks idempotency of operations: Think o=
f the case where the JWT validation and replay protection is done at an API g=
ateway but then the call to the backend API server fails for a transient rea=
son. The client (or a proxy/library) cannot simply replay the (idempotent) r=
equest in this case because it will be rejected by the gateway. It must inst=
ead recreate the DPoP JWT, incurring additional overheads.
> =20
> The actual value of replay checking on jti is somewhat questionable. The D=
PoP JWT only transits between client and server so a TLS MITM is likely need=
ed to steal a DPoP JWT. But we are assuming TLS works here. And an active MI=
TM could thwart this check by just being first to present DPoP JWT. I think t=
he jti check made its way into the draft mostly because it seemed like somet=
hing was needed to try and bring it closer to the TLS PoP models. Being awar=
e of the scalability concerns, I did endeavor to write the text in such a wa=
y so as to leave some wiggle room in implementations/deployments with text l=
ike '"jti" SHOULD be used by the server for replay detection and prevention`=
 and [ensure that] 'within a reasonable consideration of accuracy and resour=
ce utilization, a JWT with the same "jti" value has not been received previo=
usly'. The idea being that using something eventually consistent or even loc=
al only to the runtime instance would be permissible. Perhaps that allowance=
 and the rational could be made more clear? Or would you suggest to do away w=
ith the jti replay stuff al? Or something else?=20
> =20
> 3. Minor: The use of a custom header for communicating the DPoP proof will=
 require additional CORS configuration on top of that already done for the A=
uthorization header, and so adds a small amount of additional friction for a=
doption. Given that CORS configuration changes often require approval by a s=
ecurity team, this may make more of an impact than you'd expect.
> =20
> Feels really minor. I mean, we could try to roll everything up under one h=
eader. But it does seem unwarranted and would complicate things - at least i=
n the model we've got now where the proof is sent the same way ono all types=
 of requests.=20
> =20
> =20
> It's also not clear to me exactly what threat the anti-replay nonce is pro=
tecting against. It does nothing against the replay scenario discussed in se=
ction 2, as I understand it - which really seems to be more of a MitM scenar=
io. Given that the connection between the client and the RS is supposed to b=
e over TLS, and TLS is already protected against replay attacks, I think thi=
s part needs to be better motivated given the obvious costs of implementing i=
t.
> =20
> I have a tentative suggestion for an alternative design which avoids these=
 problems, but at a cost of potentially more complexity elsewhere. I'll summ=
arise it here for consideration:
> =20
> 1. The client obtains an access token in the normal way. When calling the t=
oken endpoint it provides an EC/okp public key as the confirmation key to be=
 associated with the access/refresh tokens.
> =20
> 2. The first time the client calls an RS it passes its access token in the=
 Authorization: Bearer header as normal. (If the RS doesn't support DPoP the=
n this would just succeed and no further action is required by the client - a=
llowing clients to opportunistically ask for DPoP without needing a priori k=
nowledge of RS capabilities).
> =20
> 3. The RS introspects the access token and learns the EC public key associ=
ated with the access token. As there is no DPoP proof with the access token,=
 the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as the c=
onfirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated with t=
his access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and base64u=
rl-encodes it. It uses this as a challenge to the client by sending back a 4=
01 response with WWW-Authenticate: DPoP 
> =20
> 4. The client decodes the epk challenge and performs an ECDH key agreement=
 between its private key and the challenge epk as per the method described f=
or the existing JWA ECDH-ES encryption algorithm. Rather than deriving an AE=
S key however, it derives a HMAC key for HS256. The "apu" value is set to th=
e access token (string value as ASCII bytes) and the "apv" value is set to t=
he hostname of the RS (e.g. "api.example.com"). This ensures that the derive=
d key is cryptographically bound to the context in which it is used.
> =20
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the o=
ne in the current draft, but signed using the HS256 key. If a "kid" field wa=
s present in the challenge JWK sent by the RS then the same value MUST be us=
ed in the "kid" header of this discharge JWT. It retries its original reques=
t sending Authorization: DPoP  at=3D.
> =20
> 6. The RS uses its stored ephemeral private key to derive the same HMAC ke=
y and verify the DPoP discharge JWT. If it validates and all fields are corr=
ect then the request is allowed.
> =20
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the challenge J=
WK, the RS can preemptively carry out the ECDH key agreement immediately and=
 generate the derived HMAC key. The RS can then encrypt this derived key usi=
ng a local authenticated encryption key (e.g. AES-GCM) and use that encrypte=
d value as the "kid" value in the challenge (perhaps along with some context=
 or an expiry time). That way the RS only needs to decrypt this kid value ra=
ther than performing the ECDH key agreement on every request. This also avoi=
ds the need for the RS to store any per-client state locally.
> =20
> The challenge-response nature of the scheme prevents traditional replay at=
tacks in the case where a DPoP discharge JWT is accidentally leaked through s=
erver logs or some other flaw, without needing to store nonces on the server=
. Using the RS's hostname in the key derivation process prevents mitm attack=
s in a similar way to how FIDO/WebAuthn prevents this. Most importantly, onc=
e a HS256 key has been derived between a client and RS they can reuse that k=
ey for multiple requests, reducing the overhead of the ECDH key agreement st=
ep. Either side can decide as a matter of policy how long to let this occur a=
nd when to trigger a fresh challenge-response.
> =20
> Because this fits within the standard HTTP authentication framework, it al=
so requires no additional CORS configuration and is relatively easy to plug i=
n to existing HTTP client libraries.
> =20
> The main downside of this approach to me is the fact that you can't simply=
 reuse an existing JWT library to implement it, and so it will take time for=
 client libs to develop. (Although I think this might be achievable now with=
 existing *COSE* libraries). This would increase the risk of people hand-rol=
ling solutions, rather than using well-tested libraries. On the other hand, i=
t uses fairly widely supported primitives so e.g. an implementation using We=
bCrypto is probably only a few dozen lines of code.
> =20
> -- Neil
> =20
>=20
>=20
>=20
> On 31 Oct 2019, at 19:20, Brian Campbell  wrote:
> =20
> Hello WG,=20
> =20
> Just a quick note to let folks know that -03 of the DPoP draft was publish=
ed earlier today. The usual various document links are in the forwarded mess=
age below and the relevant snippet from the doc history with a summary of th=
e changes is included here for convenience.=20
> =20
> Hopefully folks will have time to read the (relativity) short document bef=
ore the meeting(s) in Singapore where (spoiler alert) I plan to ask that the=
 WG consider adoption of the draft.=20
> =20
> Thanks,
>=20
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
> =20
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones , John Bradley , Brian Campbell , David Waite , Daniel Fett 
>=20
>=20
>=20
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>=20
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the Appl=
ication Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop=
-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpo=
p
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-=
03
>=20
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of submissi=
on
> until the htmlized version and diff are available at tools.ietf.org.
>=20
> The IETF Secretariat
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited..  If you have rec=
eived this communication in error, please notify the sender immediately by e=
-mail and delete the message and any file attachments from your computer. Th=
ank you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
> =20
> _______________________________________________
> OAuth mailing list
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--Apple-Mail-E6EF82FA-A98D-4D4C-8C41-2B542A4B6295
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable

> I would argue TLS basic=
ally prevents leakage and not replay

<=
div>Doesn=E2=80=99t token binding, which is esentially a TLS exten=
sion, prevent some forms of token replay?

--
Jim Manico
@Manicode
Secure Coding=
 Education
+1 (808) 652-3805

On Nov 22, 2019, at 7:26 AM, Richard Backman, Annabelle=
 <richanna=3D40amazon.com@dmarc.ietf.org> wrote:

<=
/div>
=EF=BB=BF









> Yes of course. But this is the HMAC *tag* not th=
e original key.


Sure. And if the client attenuates the macaroon, it i=
s used as a key that the client proves possession of by presenting the chain=
ed HMAC. Clients doing DPoP aren=E2=80=99t proving possession of the =E2=80=9C=
original key=E2=80=9D (i.e., a key used to generate the
 access token) either.


 


> Well, you don=E2=80=99t have to return a key fro=
m the token endpoint for a start.


Yes, that=E2=80=99s what I meant by saying that it el=
iminates key negotiation. Though I suppose it=E2=80=99s more correct to say t=
hat it inlines it. The AS still provides a key, it just happens to be part o=
f the access token.


 


Macaroons are an interesting pattern, but not because=
 they=E2=80=99re not doing PoP. Proof of possession is pretty core to the wh=
ole idea of digital signatures and HMACs. What makes them interesting is the=
 way they inline key distribution. Whether
 or not they=E2=80=99re applicable to DPoP depends, ultimately, on the use c=
ases DPoP is targeting and the threats it is trying to mitigate.<=
/p>

 




=E2=80=93 =



Annabelle Richard Ba=
ckman


AWS Identity




 


 




From:=
 Neil Madden <nei=
l.madden@forgerock.com>

Date: Friday, November 22, 2019 at 3:09 PM

To: "Richard Backman, Annabelle" <richanna@amazon.com>

Cc: Brian Campbell <bcampbell@pingidentity.com>, oauth <oaut=
h@ietf.org>

Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt






 






On 22 Nov 2019, at 01:42, Richard Backman, Annabelle &=
lt;richanna@amazon.com> wrote:








 










Macaroons are built on proof of possession. In order t=
o add a caveat to a macaroon, the sender has to have the HMAC of the macaroo=
n without their caveat.









 






Yes of course. But this is the HMAC *tag* not the ori=
ginal key. They can=E2=80=99t change anything the AS originally signed. =
;















The distinctive property of macaroons as I see it is t=
hat they eliminate the need for key negotiation with the bearer. How much va=
lue this has over the AS just returning a symmetric key alongside the access=
 token in the token request, I=E2=80=99m
 not sure.








 






Well, you don=E2=80=99t have to return a key from the=
 token endpoint for a start. The client doesn=E2=80=99t need to create and s=
end any additional token. The whole thing works with existing standards and t=
echnologies and can be incrementally adopted as
 required. If RSes do token introspection already then they need zero change=
s to support this.















There are key distribution challenges with that if yo=
u are doing validation at the RS, but validation at the RS using either appr=
oach means you=E2=80=99ve lost protection against replay by the RS. This bri=
ngs us back to a core question: what threats
 are in scope for DPoP, and in what contexts?








 




Agreed, but validation at the RS is premature optimis=
ation in many cases. And if you do need protection against that the client c=
an even append a confirmation key as a caveat and retrospectively upgrade a b=
earer token to a pop token. They
 can even do transfer of ownership by creating copies of the original token b=
ound to other certificates/public keys. 





 






Neil




 

















 


=E2=80=93 


Annabelle Richard Ba=
ckman


AWS Identity<=
o:p>




 


 




From:=
 OAuth <oauth-bou=
nces@ietf.org> on behalf of Neil Madden <neil.madden@forgerock.com>=


Date: Friday, November 22, 2019 at 4:40 AM

To: Brian Campbell <bcampbell@pingidentity.com>

Cc: oauth <oauth@ietf.org>

Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt






 




At the end of my previous email I mentioned that you c=
an achieve some of the same aims as DPoP without needing a PoP mechanism at a=
ll. This email is that follow-up.





 






OAuth is agnostic about the format of access tokens a=
nd many vendors support either random string database tokens or JWTs. But th=
ere are other choices for access token format, some of which have more inter=
esting properties. In particular,
 Google proposed Macaroons a few years ago as a "better cookie" [1] and I th=
ink they systematically address many of these issues when used as an access t=
oken format.






 






For those who aren't familiar with them, Macaroons ar=
e a bit like a HS256 JWT. They have a location (a bit like the audience in a=
 JWT) and an identifier (an arbitrary string) and then are signed with HMAC-=
SHA256 using a secret key. (There's
 no claims set or headers - they are very minimal). In this case the secret k=
ey would be owned by the AS and used to sign macaroon-based access tokens. V=
alidating the token would be done via token introspection at the AS.






 






The clever bit is that anybody at all can append "cav=
eats" to a macaroon at any time, but nobody can remove one once added. Cavea=
ts are restrictions on the use of a token - they only ever reduce the author=
ity granted by the token, never
 expand it. The AS can validate the token and all the caveats with its secre=
t key. So, for example, if an access token was a macaroon then the client co=
uld append a caveat to reduce the scope, or reduce the expiry time, or reduc=
e the audience, and so on.






 






The really clever bit is that the client can keep a c=
opy of the original token and create restricted versions to send to differen=
t resource servers. Because HMAC is very cheap, the client can even do this b=
efore each and every request.
 (This is what the original paper refers to as "contextual caveats"). This m=
eans that a client can be issued a single access token from the AS with broa=
d scope and applicable to many different RS and can then locally create rest=
ricted copies for each individual
 RS.






 






The relevance to DPoP is that the client could even a=
ppend caveats equivalent to "htm" and "htu" just before sending the access t=
oken to the RS, and maybe add an "exp" for 5 seconds in the future, reduce t=
he scope, and so on:






 






  newAccessToken =3D accessToken.withCaveats({






    exp: now + 5seconds,






    scope: "a b",






    htm: "POST",






    ....






  });






  httpClient.post(data, Authorization: Bearer ne=
wAccessToken);






 






Note that the client doesn't need anything extra here=
 - no keys, extra tokens etc. They just have the access token and a macaroon=
 library.






 






The RS will see an opaque access token, send it to th=
e AS for introspection. The AS however, will see and validate the new caveat=
s on the token and return an introspection response with the restricted scop=
e and expiry time, and return the
 htm/htu restrictions that the RS can then enforce. 






 






For clients this is transparent until they want to ta=
ke advantage of it and then they can just use an off-the-shelf macaroon libr=
ary. For the RS it is also completely transparent. All the (relatively small=
) complexity lives in the AS, which
 just has to be able to produce and verify macaroons and take caveats into a=
ccount when performing token introspection - e.g. the returned scope should b=
e the intersection of the original token scope and any scope caveats. But I d=
on't think this would be too
 much effort.






 







 






-- Neil

















On 21 Nov 2019, at 06:23, Brian Campbell <bcampbell@pingidentity.com> wrote=
:




 








Yeah, suggestions and/or an MTI about algorithm suppo=
rt would probably be worthwhile. Perhaps also some defined means of signalin=
g when an unsupported algorithm is used along with any other reason a DPoP i=
s invalid or rejected. 







 






There are a lot of tradeoffs in what claims are requi=
red and what protections are provided etc. The aim of what was chosen was to=
 do just enough to provide some reasonable protections against reuse or use i=
n a different context while being
 simple to implement and deploy.




 




 






On Wed, Nov 20, 2019 at 6:34 AM Neil Madden <neil.madden@forger=
ock.com> wrote:








Thanks for the reply, Brian.  




 






Collecting my thoughts up here rather than responding=
 blow by blow.





 








Public key signatures are simpler in some respects, m=
ore complex in others. There are currently 10 public key JWS signature schem=
es defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS=
 potentially have to support them
 all? If not, how do they negotiate algorithm support with the client?<=
/o:p>






 






On the other hand, the ECDH scheme I proposed can be i=
mplemented by adapting an existing ECDH-ES encryption support in a JWT libra=
ry. For example, I discovered while playing with this that our own internal l=
ibrary can implement the full
 flow I described entirely via the existing public API [1], so it's not nece=
ssarily as complex as it first looks. I even knocked up a from-scratch imple=
mentation in WebCrypto (JavaScript) without too much code [2].





 






But I admit that using an existing JWT library to sig=
n a JWT with an existing algorithm is even easier, and that counts for a lot=
. Perhaps we can make concrete suggestions/requirements about algorithm supp=
ort? e.g. "The RS MUST support
 RS256 and SHOULD support EdDSA. Other algorithms MAY be supported." 






 






With regards to replay protection, I think there are a=
t least two reasonable positions:






 






1. We assume that TLS is secure and don't try to defe=
nd against any compromise at that level. (Clearly none of the TLS-based PoP m=
echanisms survive if TLS is compromised, by definition). In this case the ma=
in attack to defend against is
 a malicious RS replaying the access token elsewhere. Simply signing the ori=
gin of the RS would be enough to prevent this attack, while letting the clie=
nt reuse the same JWT for many requests (and the RS to cache the JWT validat=
ion). None of "jti", "htu", or
 "htm" seem relevant to this model.






 






2. We don't assume that TLS is secure (or it's not fu=
lly end-to-end) and try to provide some defense in depth against a MitM atta=
cker replaying a token against the same RS. There is a graduated series of s=
teps you can take here, depending
 on how much you want to prevent this:






   a. The DPoP token can be replayed for ar=
bitrary requests to the same RS but has a short time limit (e.g., exp claim o=
r RS-enforced max lifetime from iat)






   b. The DPoP token can be replayed for th=
e same request (htu/htm claims)






   c. The DPoP token can't be replayed at a=
ll - either because of jti blacklisting on the RS or a challenge-response pr=
otocol on each request.






 






(There are also variants such as including a hash of t=
he request body/headers, or encoding an ETag into the JWT).






 






I think either are reasonable design goals, but aimin=
g for 2 adds more value. I think aiming for 2a is a reasonable default basel=
ine that allows the client to reuse a DPoP token for a few requests, reducin=
g the cost of the signature (and
 the RS can cache the validated JWT). Support for 2b or 2c can then be liste=
d as optional additions.






 






PS - 2a/2b can be achieved without PoP. I'll save tha=
t for another email in the next few days though.






 




















On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity=
.com> wrote:




 






 






On Thu, Nov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com> w=
rote:








I can't attend Singapore either in person or remotely due to other com=
mitments. I broadly support adoption of this draft, but I have some comments=
/suggestions about it.








 






Thanks Neil. And sorry to hear that you won't be in Singapore. This ki=
nd of stuff is definitely more easily discussed in person (for me anyway). B=
ut I'll try and comment on your comments
 here as best I can. I also plan to also mention them in the Wednesday and/o=
r Thursday presentation. 






















 










Section 2 lists the main objective as being to harden against compromi=
sed/malicious AS or RS, which may attempt to replay captured tokens elsewher=
e. While this is a good idea, a casual
 reader might wonder why a simple audience claim in the access token/introsp=
ection response is not sufficient to prevent this. Because interactions betw=
een the client and RS are supposed to be over TLS, is the intended threat mo=
del one in which these protections
 have broken down? ("counterfeit" in the description suggests this). Or is t=
he motivation that clients want to get a single broad-scoped access token (f=
or usability/performance reasons) and use it to access multiple resource ser=
vers without giving each of them
 the ability to replay the token to the other servers? Or are we thinking of=
 a phishing-type vulnerability were a general-purpose client might accidenta=
lly visit a malicious site which prompts for an access token that the client=
 then blindly goes off and gets?
 (UMA?) It's not clear to me which of these scenarios is being considered, s=
o it would be good to tighten up this section.










 






It is admittedly a bit loose and I agree it'd be good to tighten it up=
. But part of why it's loose is that it tries to offer some protections for a=
ll those scenarios and more such
 as a general lost/stolen token. It's effectively trying to provide as many o=
f the same types of protections/assurances that you'd get with TLS based PoP=
 mechanisms (like OAuth MTLS or Token binding) to the extent that can be don=
e at the HTTP application layer.
 Which can't realistically be exactly the same but can maybe be kinda close w=
hile actually being accessible and implementable because it's all done at th=
e application layer. There are trade-offs, of course, and the document write=
rs have endeavored to find a
 good balance in the trade-off decisions we've made. But that doesn't mean t=
hey are necessarily the right decisions or are closed to discussion. To the c=
asual reader I would say that it turns out that getting an appropriate simpl=
e audience claim into an access
 token isn't nearly as simple as it might seem. And while it will prevent RS=
 to RS replay (as long as both RSs aren't legit audiences) it doesn't help w=
ith preventing the use of tokens stolen or leaked by other means (including f=
or refresh tokens issued to
 public clients). 






















 










Another potential motivation is for mobile apps. Some customers of our=
s would like to tie access/refresh tokens to private key material generated o=
n a secure element in the device,
 that can only be accessed after local biometric authentication (e.g. TouchI=
D/FaceID on iOS). I have suggested using mTLS cert-bound tokens for this, bu=
t have heard some pushback due to the difficulty of configuring support for c=
lient certs across diverse infrastructure.
 A simple JWT-based solution like DPoP could fill this need.










 






It's maybe not stated in the draft but this kind of thing is among the=
 objectives (in my mind anyway). 






 






 










My main concerns with the draft though are about efficiency and scalab=
ility of the proposed approach:






 






1. The requirement to use public key signatures, along with the anti-r=
eplay nonce, means that the RS is required to perform an expensive signature=
 verification check on every request.
 That is not going to scale up well. While there are more efficient schemes l=
ike Ed25519 now, these are still typically an order of magnitude slower than=
 HMAC and the latency and CPU overhead is likely to be a non-starter for man=
y APIs (especially when you're
 billed by CPU usage). Public key signatures are also notoriously fragile (s=
ee e.g. the history of nonce reuse/leakage vulnerabilities in ECDSA or =











 






Yes, asymmetric is more processing intensive than symmetric. But if yo=
u take away the distributed replay check (see next response), it will scale o=
ut just fine. I'm not so sure latency
 is a real issue here - while these operations are an order of magnitude slo=
wer we're still talking about times that are not perceptible to a human. CPU=
 usage/cost is a part of a trade-off for the simplicity afforded by public/p=
rivate keys.  And it is significantly
 simpler. The design you sketched out is admittedly quite clever but it's no=
t even in the same ballpark with respect to complexity. And, as you pointed o=
ut, the other suggestion around symmetric keys has rather different security=
 properties while still adding
 complexity. Adding symmetric key support isn't something that can just be a=
dded on easily. 


























 










 






2. The advice for the RS to store a set of previously used nonces to p=
revent replay will also hamper scalability, especially in large deployments w=
here such state would need to be
 replicated to all servers (or use sticky load balancing, which comes with i=
ts own problems). This violates the statelessness of HTTP, and it also poten=
tially breaks idempotency of operations: Think of the case where the JWT val=
idation and replay protection
 is done at an API gateway but then the call to the backend API server fails=
 for a transient reason. The client (or a proxy/library) cannot simply repla=
y the (idempotent) request in this case because it will be rejected by the g=
ateway. It must instead recreate
 the DPoP JWT, incurring additional overheads.










 






The actual value of replay checking on jti is somewhat questionable. T=
he DPoP JWT only transits between client and server so a TLS MITM is likely n=
eeded to steal a DPoP JWT. But we
 are assuming TLS works here. And an active MITM could thwart this check by j=
ust being first to present DPoP JWT. I think the jti check made its way into=
 the draft mostly because it seemed like something was needed to try and bri=
ng it closer to the TLS PoP
 models. Being aware of the scalability concerns, I did endeavor to write th=
e text in such a way so as to leave some wiggle room in implementations/depl=
oyments with text like '"jti" SHOULD be used by the server for replay detect=
ion and prevention` and [ensure
 that] 'within a reasonable consideration of accuracy and resource utilizati=
on, a JWT with the same "jti" value has not been received previously'. The i=
dea being that using something eventually consistent or even local only to t=
he runtime instance would be
 permissible. Perhaps that allowance and the rational could be made more cle=
ar? Or would you suggest to do away with the jti replay stuff al? Or somethi=
ng else? 


























 






3. Minor: The use of a custom header for communicating the DPoP proof w=
ill require additional CORS configuration on top of that already done for th=
e Authorization header, and so adds
 a small amount of additional friction for adoption. Given that CORS configu=
ration changes often require approval by a security team, this may make more=
 of an impact than you'd expect.










 






Feels really minor. I mean, we could try to roll everything up under o=
ne header. But it does seem unwarranted and would complicate things - at lea=
st in the model we've got now where
 the proof is sent the same way ono all types of requests. =























 






 










It's also not clear to me exactly what threat the anti-replay nonce is=
 protecting against. It does nothing against the replay scenario discussed i=
n section 2, as I understand it -
 which really seems to be more of a MitM scenario. Given that the connection=
 between the client and the RS is supposed to be over TLS, and TLS is alread=
y protected against replay attacks, I think this part needs to be better mot=
ivated given the obvious costs
 of implementing it.






 






I have a tentative suggestion for an alternative design which avoids t=
hese problems, but at a cost of potentially more complexity elsewhere. I'll s=
ummarise it here for consideration:






 






1. The client obtains an access token in the normal way. When calling t=
he token endpoint it provides an EC/okp public key as the confirmation key t=
o be associated with the access/refresh
 tokens.






 






2. The first time the client calls an RS it passes its access token in=
 the Authorization: Bearer header as normal. (If the RS doesn't support DPoP=
 then this would just succeed and
 no further action is required by the client - allowing clients to opportuni=
stically ask for DPoP without needing a priori knowledge of RS capabilities)=
.






 






3. The RS introspects the access token and learns the EC public key as=
sociated with the access token. As there is no DPoP proof with the access to=
ken, the RS will generate a challenge
 in the following way:






    o The RS generates an ephemeral EC key pair for the=
 same curve as the confirmation key (e.g. P-256 or X25519).






    o The RS stores the ephemeral private key somewhere=
, associated with this access token (see below for a scalable implementation=
 choice)






    o The RS encodes the ephemeral public key into a JW=
K (epk) and base64url-encodes it. It uses this as a challenge to the client b=
y sending back a 401 response with WWW-Authenticate:
 DPoP <encoded-epk>






 






4. The client decodes the epk challenge and performs an ECDH key agree=
ment between its private key and the challenge epk as per the method describ=
ed for the existing JWA ECDH-ES encryption
 algorithm. Rather than deriving an AES key however, it derives a HMAC key f=
or HS256. The "apu" value is set to the access token (string value as ASCII b=
ytes) and the "apv" value is set to the hostname of the RS (e.g. "api.example.com").
 This ensures that the derived key is cryptographically bound to the context=
 in which it is used.






 






5. The client uses the HMAC key to create a DPoP proof JWT much like t=
he one in the current draft, but signed using the HS256 key. If a "kid" fiel=
d was present in the challenge JWK
 sent by the RS then the same value MUST be used in the "kid" header of this=
 discharge JWT. It retries its original request sending Authorization: DPoP &=
lt;hmac-jwt> at=3D<access_token>.






 






6. The RS uses its stored ephemeral private key to derive the same HMA=
C key and verify the DPoP discharge JWT. If it validates and all fields are c=
orrect then the request is allowed.






 






Efficient implementation trick:






Because the client is required to copy and "kid" value from the challe=
nge JWK, the RS can preemptively carry out the ECDH key agreement immediatel=
y and generate the derived HMAC key.
 The RS can then encrypt this derived key using a local authenticated encryp=
tion key (e.g. AES-GCM) and use that encrypted value as the "kid" value in t=
he challenge (perhaps along with some context or an expiry time). That way t=
he RS only needs to decrypt this
 kid value rather than performing the ECDH key agreement on every request. T=
his also avoids the need for the RS to store any per-client state locally.






 






The challenge-response nature of the scheme prevents traditional repla=
y attacks in the case where a DPoP discharge JWT is accidentally leaked thro=
ugh server logs or some other flaw,
 without needing to store nonces on the server. Using the RS's hostname in t=
he key derivation process prevents mitm attacks in a similar way to how FIDO=
/WebAuthn prevents this. Most importantly, once a HS256 key has been derived=
 between a client and RS they
 can reuse that key for multiple requests, reducing the overhead of the ECDH=
 key agreement step. Either side can decide as a matter of policy how long t=
o let this occur and when to trigger a fresh challenge-response.=







 






Because this fits within the standard HTTP authentication framework, i=
t also requires no additional CORS configuration and is relatively easy to p=
lug in to existing HTTP client libraries.






 






The main downside of this approach to me is the fact that you can't si=
mply reuse an existing JWT library to implement it, and so it will take time=
 for client libs to develop. (Although
 I think this might be achievable now with existing *COSE* libraries). This w=
ould increase the risk of people hand-rolling solutions, rather than using w=
ell-tested libraries. On the other hand, it uses fairly widely supported pri=
mitives so e.g. an implementation
 using WebCrypto is probably only a few dozen lines of code.






 






-- Neil








 

















On 31 Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40ping=
identity.com@dmarc.ietf.org> wrote:




 








Hello WG, 






 






Just a quick note to let folks know that -03 of the DPoP draft was pub=
lished earlier today. The usual various document links are in the forwarded m=
essage below and the relevant snippet
 from the doc history with a summary of the changes is included here for con=
venience. 






 






Hopefully folks will have time to read the (relativity) short document=
 before the meeting(s) in Singapore where (spoiler alert) I plan to ask that=
 the WG consider adoption of the
 draft. 






 






Thanks,








 -03

   o  rework the text around uniqueness requirements on the j=
ti claim in

      the DPoP proof JWT

   o  make tokens a bit smaller by using "htm", "htu", and "j=
kt" rather

      than "http_method", "http_uri", and "jkt#S256" res=
pectively

   o  more explicit recommendation to use mTLS if that is ava=
ilable

   o  added David Waite as co-author

   o  editorial updates








 






---------- Forwarded message ---------

From: <internet-drafts@ietf.org>

Date: Thu, Oct 31, 2019 at 11:53 AM

Subject: New Version Notification for draft-fett-oauth-dpop-03.txt

To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John B=
radley <ve7jtb@ve=
7jtb.com>,
 Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.c=
om>, Daniel Fett <mail@danielfett.de>










A new version of I-D, draft-fett-oauth-dpop-03.txt

has been successfully submitted by Brian Campbell and posted to the

IETF repository.



Name:           draft-fett-oauth-dpop

Revision:       03

Title:          OAuth 2.0 Demonstration of Proof-of=
-Possession at the Application Layer (DPoP)

Document date:  2019-10-30

Group:          Individual Submission

Pages:          15

URL:            https=
://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt

Status:         https://datatracker.ietf.=
org/doc/draft-fett-oauth-dpop/

Htmlized:       https://tools.ietf.org/html/draft=
-fett-oauth-dpop-03

Htmlized:       https://datatracker.ietf.o=
rg/doc/html/draft-fett-oauth-dpop

Diff:           https://www.iet=
f.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03



Abstract:

   This document describes a mechanism for sender-constraining OAu=
th 2.0

   tokens via a proof-of-possession mechanism on the application l=
evel.

   This mechanism allows for the detection of replay attacks with a=
ccess

   and refresh tokens.









Please note that it may take a couple of minutes from the time of submission=


until the htmlized version and diff are available at tools.ietf.org.



The IETF Secretariat












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CONFIDENTIALITY NOT=
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Hi Torsten,

On 22 Nov 2019, at 12:15, Torsten Lodderstedt  =
wrote:
>=20
> Hi Neil,
>=20
>> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>>=20
>> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>=20
> I would argue TLS basically prevents leakage and not replay.

It also protects against replay. If you capture TLS-encrypted packets =
with Wireshark you not only cannot decipher them but also cannot replay =
them because they include specific anti-replay measures at the record =
level in the form of unique session keys and record sequence numbers =
included in the MAC calculations. This is essential to the security of =
TLS.

> The threats we try to cope with can be found in the Security BCP. =
There are multiple ways access tokens can leak, including referrer =
headers, mix-up, open redirection, browser history, and all sorts of =
access token leakage at the resource server
>=20
> Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4 =
.
>=20
> =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 =
 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.

OK, good - these are threats beyond token replay (at least as I =
understand that term). It would be good to explicitly add them to the =
DPoP document motivation.

Note that most of these ways that an access token can leak also apply =
equally to leak of the DPoP JWT, so the protection afforded by DPoP =
boils down to how well the restrictions encoded into the JWT prevent it =
from being reused in this case - e.g., restricting the expiry time, =
audience, scope, linking it to a specific request (htm/htu) etc.=20

Every single one of those restrictions can be equally well encoded as =
caveats on a macaroon access token without any need for public key =
signatures or additional tokens and headers.

>> But if that's the case then there are much simpler defences than =
those proposed in the current draft:
>>=20
>> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
>=20
> How many deployments do you know that today are able to issue =
RS-specific access tokens?
> BTW: how would you identify the RS?
>=20
> I agree that would be an alternative and I=E2=80=99m a great fan of =
such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).

Many services already do this. For example, Google encodes the intended =
RS into the scopes on GCP =
(https://developers.google.com/identity/protocols/googlescopes =
). A =
client can do a single authorization flow to authorize all the scopes it =
needs and then use repeated calls to the refresh token endpoint to =
obtain individual access tokens with subsets of the authorized scopes =
for each endpoint.

(I think Brian also mentioned this pattern at OSW, but it might have =
been somebody else).

>=20
>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin =
of the RS. This stops the token being reused elsewhere but the client =
can reuse it (replay it) for many requests.
>> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>=20
> Why is this needed if the access token is already audience restricted? =
Or do you propose this as alternative?=20

These are all alternatives. Any one of them prevents the specific attack =
of replay by the RS to another RS.

-- Neil=

--Apple-Mail=_E46BD393-7001-4533-9213-54372290FC8A
Content-Transfer-Encoding: quoted-printable
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Hi Torsten,

On 22 =
Nov 2019, at 12:15, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:

Hi =
Neil,

On =
22. Nov 2019, at 18:08, Neil Madden <neil.madden@forgerock.com> wrote:

I think the phrase "token replay" is ambiguous. Traditionally =
it refers to an attacker being able to capture a token (or whole =
requests) in use and then replay it against the same RS. This is already =
protected against by the use of normal TLS on the connection between the =
client and the RS. I think instead you are referring to a =
malicious/compromised RS replaying the token to a different RS - which =
has more of the flavour of a man in the middle attack (of the phishing =
kind).

I would argue TLS basically prevents leakage and not replay. =


It also =
protects against replay. If you capture TLS-encrypted packets with =
Wireshark you not only cannot decipher them but also cannot replay them =
because they include specific anti-replay measures at the record level =
in the form of unique session keys and record sequence numbers included =
in the MAC calculations. This is essential to the security of =
TLS.

The threats =
we try to cope with can be found in the Security BCP. There are multiple =
ways access tokens can leak, including referrer headers, mix-up, open =
redirection, browser history, and all sorts of access token leakage at =
the resource server

Please have a look at https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13=
#section-4.

https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13=
#section-4.8 also has an extensive =
discussion of potential counter measures, including audience restricted =
access tokens and a conclusion to recommend sender constrained access =
tokens over other mechanisms.

OK, good - these are threats beyond token replay =
(at least as I understand that term). It would be good to explicitly add =
them to the DPoP document motivation.

Note that most of these ways that an access token =
can leak also apply equally to leak of the DPoP JWT, so the protection =
afforded by DPoP boils down to how well the restrictions encoded into =
the JWT prevent it from being reused in this case - e.g., restricting =
the expiry time, audience, scope, linking it to a specific request =
(htm/htu) etc. 

Every single =
one of those restrictions can be equally well encoded as caveats on a =
macaroon access token without any need for public key signatures or =
additional tokens and headers.

But if that's the case then there are =
much simpler defences than those proposed in the current draft:

1. Get separate access tokens for each RS with =
correct audience and scopes. The consensus appears to be that this is =
hard to do in some cases, hence the draft.

How many =
deployments do you know that today are able to issue RS-specific access =
tokens?
BTW: how =
would you identify the RS?

I agree that would be an alternative and I=E2=80=99m a great =
fan of such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).




2. =
Make the DPoP token be a simple JWT with an "iat" and the origin of the =
RS. This stops the token being reused elsewhere but the client can reuse =
it (replay it) for many requests.
3. Issue a =
macaroon-based access token and the client can add a correct audience =
and scope restrictions at the point of use.
Why is this =
needed if the access token is already audience restricted? Or do you =
propose this as alternative? 


=

--Apple-Mail=_E46BD393-7001-4533-9213-54372290FC8A--


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Hi Neil,

> On 22. Nov 2019, at 20:50, Neil Madden  =
wrote:
>=20
> Hi Torsten,
>=20
> On 22 Nov 2019, at 12:15, Torsten Lodderstedt =
 wrote:
>>=20
>> Hi Neil,
>>=20
>>> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>>>=20
>>> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>>=20
>> I would argue TLS basically prevents leakage and not replay.
>=20
> It also protects against replay. If you capture TLS-encrypted packets =
with Wireshark you not only cannot decipher them but also cannot replay =
them because they include specific anti-replay measures at the record =
level in the form of unique session keys and record sequence numbers =
included in the MAC calculations. This is essential to the security of =
TLS.

I understand. I was looking onto TLS from an application perspective, =
that might explain differing perception.

>=20
>> The threats we try to cope with can be found in the Security BCP. =
There are multiple ways access tokens can leak, including referrer =
headers, mix-up, open redirection, browser history, and all sorts of =
access token leakage at the resource server
>>=20
>> Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=

>>=20
>> =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.
>=20
> OK, good - these are threats beyond token replay (at least as I =
understand that term). It would be good to explicitly add them to the =
DPoP document motivation.
>=20
> Note that most of these ways that an access token can leak also apply =
equally to leak of the DPoP JWT, so the protection afforded by DPoP =
boils down to how well the restrictions encoded into the JWT prevent it =
from being reused in this case - e.g., restricting the expiry time, =
audience, scope, linking it to a specific request (htm/htu) etc.=20
>=20
> Every single one of those restrictions can be equally well encoded as =
caveats on a macaroon access token without any need for public key =
signatures or additional tokens and headers.
>=20
>>> But if that's the case then there are much simpler defences than =
those proposed in the current draft:
>>>=20
>>> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
>>=20
>> How many deployments do you know that today are able to issue =
RS-specific access tokens?
>> BTW: how would you identify the RS?
>>=20
>> I agree that would be an alternative and I=E2=80=99m a great fan of =
such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).
>=20
> Many services already do this. For example, Google encodes the =
intended RS into the scopes on GCP =
(https://developers.google.com/identity/protocols/googlescopes). A =
client can do a single authorization flow to authorize all the scopes it =
needs and then use repeated calls to the refresh token endpoint to =
obtain individual access tokens with subsets of the authorized scopes =
for each endpoint.

And that works at google? How does the client indicate the RS it wants =
to use the first access token (that is obtains in the course of the code =
exchange)?

>=20
> (I think Brian also mentioned this pattern at OSW, but it might have =
been somebody else).

I know the pattern and we used this at Deutsche Telekom, but I don=E2=80=99=
t know any other deployment utilising this pattern. In my observation, =
most people treat access tokens as cookies and use them across RSs. =
Another reason might be that, before resource indicators, there was no =
interoperable way to ask for a token for a certain RS.

>=20
>>=20
>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin =
of the RS. This stops the token being reused elsewhere but the client =
can reuse it (replay it) for many requests.
>>> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>>=20
>> Why is this needed if the access token is already audience =
restricted? Or do you propose this as alternative?=20
>=20
> These are all alternatives. Any one of them prevents the specific =
attack of replay by the RS to another RS.

And which does for replay with the same RS?


best,
Torsten.=20
>=20
> -- Neil


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To: "Richard Backman, Annabelle" 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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> On 22. Nov 2019, at 21:21, Richard Backman, Annabelle =
 wrote:
>=20
> The dichotomy of "TLS working" and "TLS failed" only applies to a =
single TLS connection. In non-end-to-end TLS environments, each TLS =
terminator between client and RS introduces additional token =
leakage/exfiltration risk, irrespective of the quality of the TLS =
connections themselves. Each terminator also introduces complexity for =
implementing mTLS, Token Binding, or any other TLS-based sender =
constraint solution, which means developers with non-end-to-end TLS use =
cases will be more likely to turn to DPoP.

The point is we are talking about different developers here. The client =
developer does not need to care about the connection between proxy and =
service. She relies on the service provider to get it right. So the =
developers (or DevOps or admins) of the service provider need to ensure =
end to end security. And if the path is secured once, it will work for =
all clients.=20

> If DPoP is intended to address "cases where neither mTLS nor OAuth =
Token Binding are available" [1], then it should address this risk of =
token leakage between client and RS. If on the other hand DPoP is only =
intended to support the SPA use case and assumes the use of end-to-end =
TLS, then the document should be updated to reflect that.

I agree.=20

>=20
> [1]: https://tools.ietf.org/html/draft-fett-oauth-dpop-03#section-1
>=20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
>=20
>=20
> =EF=BB=BFOn 11/22/19, 8:17 PM, "OAuth on behalf of Torsten =
Lodderstedt"  wrote:
>=20
>    Hi Neil,
>=20
>> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>>=20
>> On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
 wrote:
>>>=20
>>>=20
>>>=20
>>>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>>>=20
>>>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question about =
the scope here. That was the one major thing that struck me during the =
DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to agree =
on what DPoP is for. Some (including the authors, it seems) see it as a =
quick point-solution to a specific use case. Others see it as a general =
PoP mechanism.=20
>>>>=20
>>>> If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
>>>=20
>>> as a co-author of the DPoP draft I state again what I said =
yesterday: DPoP is a mechanism for sender-constraining access tokens =
sent from SPAs only. The threat to be prevented is token replay.
>>=20
>> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>=20
>    I would argue TLS basically prevents leakage and not replay. The =
threats we try to cope with can be found in the Security BCP. There are =
multiple ways access tokens can leak, including referrer headers, =
mix-up, open redirection, browser history, and all sorts of access token =
leakage at the resource server
>=20
>    Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=

>=20
>    =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.
>=20
>>=20
>> But if that's the case then there are much simpler defences than =
those proposed in the current draft:
>>=20
>> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
>=20
>    How many deployments do you know that today are able to issue =
RS-specific access tokens?
>    BTW: how would you identify the RS?
>=20
>    I agree that would be an alternative and I=E2=80=99m a great fan of =
such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).
>=20
>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin =
of the RS. This stops the token being reused elsewhere but the client =
can reuse it (replay it) for many requests.
>> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>=20
>    Why is this needed if the access token is already audience =
restricted? Or do you propose this as alternative?=20
>=20
>>=20
>> Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.
>=20
>    I agree.=20
>=20
>    best regards,
>    Torsten.=20
>=20
>>=20
>> -- Neil
>=20
>=20
>=20


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From: "Richard Backman, Annabelle" 
To: Torsten Lodderstedt , "Richard Backman, Annabelle" 
CC: oauth 
Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Date: Fri, 22 Nov 2019 14:12:00 +0000
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References: <2EF412B8-AF8C-4642-9BE0-1B528B0C63D5@amazon.com> <288343F2-ACF0-43E0-8577-26AF45330E5C@forgerock.com>  <6DECA422-AACC-4DAA-8CD2-FF57CE02DE3E@mit.edu> <0235F8A2-83C4-4804-8805-F50305E263BB@lodderstedt.net>  <1FD6E2DF-013A-4F42-862B-ADEF45EAE689@lodderstedt.net>  <36707A3C-788D-4ACF-AAEF-35582BFB89B7@lodderstedt.net>
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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> On 22. Nov 2019, at 22:12, Richard Backman, Annabelle =
 wrote:
>=20
> The service provider doesn't own the entire connection. They have no =
control over corporate or government TLS gateways, or other terminators =
that might exist on the client's side. In larger organizations, or when =
cloud hosting is involved, the service team may not even own all the =
hops on their side.

how are cookies protected from leakage, replay, injection in a setup =
like this?

> While presumably they have some trust in them, protection against =
leaked bearer tokens is an attractive defense-in-depth measure.

That=E2=80=99s a totally valid point. But again, such a solution makes =
the life of client developers harder.=20

I personally think, we as a community need to understand the pros and =
cons of both approaches. I also think we have not even come close to =
this point, which, in my option, is the prerequisite for making informed =
decisions.

>=20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
>=20
>=20
> =EF=BB=BFOn 11/22/19, 9:37 PM, "OAuth on behalf of Torsten =
Lodderstedt"  wrote:
>=20
>=20
>=20
>> On 22. Nov 2019, at 21:21, Richard Backman, Annabelle =
 wrote:
>>=20
>> The dichotomy of "TLS working" and "TLS failed" only applies to a =
single TLS connection. In non-end-to-end TLS environments, each TLS =
terminator between client and RS introduces additional token =
leakage/exfiltration risk, irrespective of the quality of the TLS =
connections themselves. Each terminator also introduces complexity for =
implementing mTLS, Token Binding, or any other TLS-based sender =
constraint solution, which means developers with non-end-to-end TLS use =
cases will be more likely to turn to DPoP.
>=20
>    The point is we are talking about different developers here. The =
client developer does not need to care about the connection between =
proxy and service. She relies on the service provider to get it right. =
So the developers (or DevOps or admins) of the service provider need to =
ensure end to end security. And if the path is secured once, it will =
work for all clients.=20
>=20
>> If DPoP is intended to address "cases where neither mTLS nor OAuth =
Token Binding are available" [1], then it should address this risk of =
token leakage between client and RS. If on the other hand DPoP is only =
intended to support the SPA use case and assumes the use of end-to-end =
TLS, then the document should be updated to reflect that.
>=20
>    I agree.=20
>=20
>>=20
>> [1]: https://tools.ietf.org/html/draft-fett-oauth-dpop-03#section-1
>>=20
>> =E2=80=93=20
>> Annabelle Richard Backman
>> AWS Identity
>>=20
>>=20
>> On 11/22/19, 8:17 PM, "OAuth on behalf of Torsten Lodderstedt" =
 wrote:
>>=20
>>   Hi Neil,
>>=20
>>> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>>>=20
>>> On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
 wrote:
>>>>=20
>>>>=20
>>>>=20
>>>>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>>>>=20
>>>>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question =
about the scope here. That was the one major thing that struck me during =
the DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to =
agree on what DPoP is for. Some (including the authors, it seems) see it =
as a quick point-solution to a specific use case. Others see it as a =
general PoP mechanism.=20
>>>>>=20
>>>>> If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
>>>>=20
>>>> as a co-author of the DPoP draft I state again what I said =
yesterday: DPoP is a mechanism for sender-constraining access tokens =
sent from SPAs only. The threat to be prevented is token replay.
>>>=20
>>> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>>=20
>>   I would argue TLS basically prevents leakage and not replay. The =
threats we try to cope with can be found in the Security BCP. There are =
multiple ways access tokens can leak, including referrer headers, =
mix-up, open redirection, browser history, and all sorts of access token =
leakage at the resource server
>>=20
>>   Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=

>>=20
>>   =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.
>>=20
>>>=20
>>> But if that's the case then there are much simpler defences than =
those proposed in the current draft:
>>>=20
>>> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
>>=20
>>   How many deployments do you know that today are able to issue =
RS-specific access tokens?
>>   BTW: how would you identify the RS?
>>=20
>>   I agree that would be an alternative and I=E2=80=99m a great fan of =
such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).
>>=20
>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin =
of the RS. This stops the token being reused elsewhere but the client =
can reuse it (replay it) for many requests.
>>> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>>=20
>>   Why is this needed if the access token is already audience =
restricted? Or do you propose this as alternative?=20
>>=20
>>>=20
>>> Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.
>>=20
>>   I agree.=20
>>=20
>>   best regards,
>>   Torsten.=20
>>=20
>>>=20
>>> -- Neil
>>=20
>>=20
>>=20
>=20
>=20
>=20


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From: "Richard Backman, Annabelle" 
To: Torsten Lodderstedt , "Richard Backman, Annabelle" 
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Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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From nobody Fri Nov 22 09:01:07 2019
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To: "oauth@ietf.org" 
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Subject: [OAUTH-WG] WGLC review of draft-ietf-oauth-security-topics-13
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Hi,

All of my comments on oauth-security-topics-13 are
remarks/questions/suggestions for clarification in the document, i.e., I
do not have any fundamental objections. Overall, the draft is, in my
opinion, in good shape to be published and as already discussed, open
points can be updated later. I think that it is important that the
document should become a BCP as soon as possible.

* Section 2, Attacker Model: While A1 and A2 are quite clear, A3-A5 seem
to be extensions for A1 and A2 respectively, e.g., we could have
attackers like (A1+A3) or (A2+A4+A5). A reader not fully familiar with
this concept might misunderstand this classification. A sentence to
clarify this would be good.

* Section 3.1, Second Paragraph: The reference [owasp] is quite coarse
as it points to the entry page of the OWASP organization. I suggest
pointing to the OWASP cheat sheet on open redirects at
https://cheatsheetseries.owasp.org/cheatsheets/Unvalidated_Redirects_and_Forwards_Cheat_Sheet.html.

* Section 3.1, Third Paragraph, Section 4.7, and other places throughout
the document: (Please excuse that the following might be a bit
nitpicking.) The term CSRF might be misleading as we are not talking
about "classical" CSRF, where a party is tricked into (implicitly)
believing that a request was caused by its own origin (from a web
browser), but was actually sent cross-origin. Here, we are talking about
requests which (by protocol) are typically intended to be cross-origin.
The point here is not that the request is cross-origin, but that it
originates from an unintended (cross-)origin. Maybe you could mention
that we are talking about an advanced kind of CSRF in the
double-redirection context.

* Section 3.1.2: What about SPAs? Either they use authorization code
grant with the help of some server or use CORS to access the token
endpoint. The token endpoint, however, then needs to support CORS. The
obvious question is then, what is the CORS policy of the token endpoint?
It is probably fine to allow all origins (if this policy only applies to
the token ep itself and not other eps at the same origin) or do I miss
something?

* Section 4.1.3, "fix fragments": The source [fb_fragments] only says
that Facebook adds the fragment #_=_ to some URLs. There is no
explanation or reasoning in the source (as well as in this document) at
all that this technique strips the fragment from redirects. (Mike Jones
also commented on this.)

* Section 4.2.4, Bullet Point "referrer header": Adding the
rel="noreferrer" attribute to links does not protect against leakage via
third-party content. Referrer Policy is the only effective
countermeasure of the mentioned two as it can be used to completely
suppress the Referer header or at least strip it to the origin. Should
we give a concrete example for Referrer Policies? For example, the
header "Referrer-Policy: no-referrer" in the response completely
suppresses the Referer header in all requests originating from the
resulting document.  Also, this measure is easier to implement than
adding rel="noreferrer" to each link. (BTW, there is also an excess
quotation mark in this paragraph.)

* Section 4.3.2: You mention postmessage communication (I think Hans
also pointed to this). Afaik Google uses postmessage in their client
library. Is there any document describing this technique?

* Section 4.4.1: The attack description is based on a very concrete
example. Some details, however, are not relevant for the attack to
succeed. In Step 3, the exact response code could be amended with an "e.g."

* Section 4.5: Add pointers (A1) and (A2) to web or network attacker in
last sentence.

* Section 4.5.3, "Code-bound State": This requires that state is fresh
for each flow. You should mention or even emphasize this.

* Section 4.5.3, "Per-instance client id/secret": This essentially says
that native apps or anything that might be able to obtain and store
client id/secret (e.g., using dynamic registration) could do this. Web
SPAs could do this as well (e.g., using Web Storage). The last sentence
of this paragraph is somehow confusing.

* Section 4.5.3, Second Paragraph after bullet points, "Note on
pre-warmed secrets": What is the context of this note? Does the attacker
start a flow on some device, extract secrets, and then pass this device
to the victim who then completes the OAuth flow? (Mike Jones also
remarked that "pre-warmed secrets" is not explained)

* Section 4.8.1.1, metadata parameter "resource_servers": This is
supposed to be an extension to RFC8414, right? (Also mentioned by Mike
Jones)

* Section 4.8.1.1, return parameter "access_token_resource_server": This
is supposed to be an extension of the token endpoint (as defined in
RFC6749), right? I suggest adding a pointer to its definition.

-Guido


From nobody Fri Nov 22 22:46:23 2019
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To: Mike Jones 
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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
> I did a complete read of draft-ietf-oauth-security-topics-13.  My review comments follow, divided into substantive and editorial sections.
> 
> SUBSTANTIVE
> 
[...]
> 
> 4.8.1.1. Metadata - This section suggests the use of a "resource_servers" metadata value.  This isn't defined by RFC 8414 nor do I see it the IANA OAuth Authorization Server Metadata registry at https://www.iana.org/assignments/oauth-parameters/oauth-parameters.xhtml#authorization-server-metadata.  Is this something that's been standardized elsewhere?  If so, please add a citation.  If not, please clearly say that this metadata value is not standardized, and is therefore unlikely to be interoperable.

I would go further and say that we should not document "best practices"
that involve non-standardized values.

> 4.8.1.1. Metadata - This section suggests the use a "access_token_resource_server" token response value.  Please likewise clearly say that this parameter isn't a standard.

(ditto)

[...]
> 4.8.1.3. Audience Restricted Access Tokens - Delete "basically".
> 
> Many locations - The draft often uses the word "which" when you mean "that"..  For instance, in 4.9.2, please change "which could" to "that could" and in 4.11 change "which are" to "that are".  There's lots of places to look up the difference in meaning, but a rule of thumb that's usually right is that if you don't have a comma before the "which", it should probably be "that".

The RFC Editor uses a "restrictive" vs. "non-restrictive" split for "that"
and "which" -- see https://www.rfc-editor.org/styleguide/tips/ .

-Ben (no hats)


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> On 23. Nov 2019, at 00:34, Richard Backman, Annabelle =
 wrote:
>=20
>> how are cookies protected from leakage, replay, injection in a setup =
like this?
> They aren=E2=80=99t.

Thats very interesting when compared to what we are discussing with =
respect to API security.=20

It effectively means anyone able to capture a session cookie, e.g. =
between TLS termination point and application, by way of an HTML =
injection, or any other suitable attack is able to impersonate a =
legitimate user by injecting the cookie(s) in an arbitrary user agent. =
The impact of such an attack might be even worse than abusing an access =
token given the (typically) broad scope of a session.

TLS-based methods for sender constrained access tokens, in contrast, =
prevent this type of replay, even if the requests are protected between =
client and TLS terminating proxy, only. Ensuring the authenticity of the =
client certificate when forwarded from TLS terminating proxy to service, =
e.g. through another authenticated TLS connection, will even prevent =
injection within the data center/cloud environment.=20

I come to the conclusion that we already have the mechanism at hand to =
implement APIs with a considerable higher security level than what is =
accepted today for web applications. So what problem do we want to =
solve?

> But my primary concern here isn't web browser traffic, it's calls from =
services/apps running inside a corporate network to services outside a =
corporate network (e.g., service-to-service API calls that pass through =
a corporate TLS gateway).

Can you please describe the challenges arising in these settings? I =
assume those proxies won=E2=80=99t support CONNECT style pass through =
otherwise we wouldn=E2=80=99t talk about them.

>=20
>> That=E2=80=99s a totally valid point. But again, such a solution =
makes the life of client developers harder.=20
>> I personally think, we as a community need to understand the pros and =
cons of both approaches. I also think we have not even come close to =
this point, which, in my option, is the prerequisite for making informed =
decisions.
>=20
> Agreed. It's clear that there are a number of parties coming at this =
from a number of different directions, and that's coloring our =
perceptions. That's why I think we need to nail down the scope of what =
we're trying to solve with DPoP before we can have a productive =
conversation how it should work.

We will do so.

>=20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
>=20
>=20
> =EF=BB=BFOn 11/22/19, 10:51 PM, "Torsten Lodderstedt" =
 wrote:
>=20
>=20
>=20
>> On 22. Nov 2019, at 22:12, Richard Backman, Annabelle =
 wrote:
>>=20
>> The service provider doesn't own the entire connection. They have no =
control over corporate or government TLS gateways, or other terminators =
that might exist on the client's side. In larger organizations, or when =
cloud hosting is involved, the service team may not even own all the =
hops on their side.
>=20
>    how are cookies protected from leakage, replay, injection in a =
setup like this?
>=20
>> While presumably they have some trust in them, protection against =
leaked bearer tokens is an attractive defense-in-depth measure.
>=20
>    That=E2=80=99s a totally valid point. But again, such a solution =
makes the life of client developers harder.=20
>=20
>    I personally think, we as a community need to understand the pros =
and cons of both approaches. I also think we have not even come close to =
this point, which, in my option, is the prerequisite for making informed =
decisions.
>=20
>>=20
>> =E2=80=93=20
>> Annabelle Richard Backman
>> AWS Identity
>>=20
>>=20
>> =EF=BB=BFOn 11/22/19, 9:37 PM, "OAuth on behalf of Torsten =
Lodderstedt"  wrote:
>>=20
>>=20
>>=20
>>> On 22. Nov 2019, at 21:21, Richard Backman, Annabelle =
 wrote:
>>>=20
>>> The dichotomy of "TLS working" and "TLS failed" only applies to a =
single TLS connection. In non-end-to-end TLS environments, each TLS =
terminator between client and RS introduces additional token =
leakage/exfiltration risk, irrespective of the quality of the TLS =
connections themselves. Each terminator also introduces complexity for =
implementing mTLS, Token Binding, or any other TLS-based sender =
constraint solution, which means developers with non-end-to-end TLS use =
cases will be more likely to turn to DPoP.
>>=20
>>   The point is we are talking about different developers here. The =
client developer does not need to care about the connection between =
proxy and service. She relies on the service provider to get it right. =
So the developers (or DevOps or admins) of the service provider need to =
ensure end to end security. And if the path is secured once, it will =
work for all clients.=20
>>=20
>>> If DPoP is intended to address "cases where neither mTLS nor OAuth =
Token Binding are available" [1], then it should address this risk of =
token leakage between client and RS. If on the other hand DPoP is only =
intended to support the SPA use case and assumes the use of end-to-end =
TLS, then the document should be updated to reflect that.
>>=20
>>   I agree.=20
>>=20
>>>=20
>>> [1]: https://tools.ietf.org/html/draft-fett-oauth-dpop-03#section-1
>>>=20
>>> =E2=80=93=20
>>> Annabelle Richard Backman
>>> AWS Identity
>>>=20
>>>=20
>>> On 11/22/19, 8:17 PM, "OAuth on behalf of Torsten Lodderstedt" =
 wrote:
>>>=20
>>>  Hi Neil,
>>>=20
>>>> On 22. Nov 2019, at 18:08, Neil Madden  =
wrote:
>>>>=20
>>>> On 22 Nov 2019, at 07:53, Torsten Lodderstedt =
 wrote:
>>>>>=20
>>>>>=20
>>>>>=20
>>>>>> On 22. Nov 2019, at 15:24, Justin Richer  wrote:
>>>>>>=20
>>>>>> I=E2=80=99m going to +1 Dick and Annabelle=E2=80=99s question =
about the scope here. That was the one major thing that struck me during =
the DPoP discussions in Singapore yesterday: we don=E2=80=99t seem to =
agree on what DPoP is for. Some (including the authors, it seems) see it =
as a quick point-solution to a specific use case. Others see it as a =
general PoP mechanism.=20
>>>>>>=20
>>>>>> If it=E2=80=99s the former, then it should be explicitly tied to =
one specific set of things. If it=E2=80=99s the latter, then it needs to =
be expanded.=20
>>>>>=20
>>>>> as a co-author of the DPoP draft I state again what I said =
yesterday: DPoP is a mechanism for sender-constraining access tokens =
sent from SPAs only. The threat to be prevented is token replay.
>>>>=20
>>>> I think the phrase "token replay" is ambiguous. Traditionally it =
refers to an attacker being able to capture a token (or whole requests) =
in use and then replay it against the same RS. This is already protected =
against by the use of normal TLS on the connection between the client =
and the RS. I think instead you are referring to a malicious/compromised =
RS replaying the token to a different RS - which has more of the flavour =
of a man in the middle attack (of the phishing kind).
>>>=20
>>>  I would argue TLS basically prevents leakage and not replay. The =
threats we try to cope with can be found in the Security BCP. There are =
multiple ways access tokens can leak, including referrer headers, =
mix-up, open redirection, browser history, and all sorts of access token =
leakage at the resource server
>>>=20
>>>  Please have a look at =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=

>>>=20
>>>  =
https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4.=
8 also has an extensive discussion of potential counter measures, =
including audience restricted access tokens and a conclusion to =
recommend sender constrained access tokens over other mechanisms.
>>>=20
>>>>=20
>>>> But if that's the case then there are much simpler defences than =
those proposed in the current draft:
>>>>=20
>>>> 1. Get separate access tokens for each RS with correct audience and =
scopes. The consensus appears to be that this is hard to do in some =
cases, hence the draft.
>>>=20
>>>  How many deployments do you know that today are able to issue =
RS-specific access tokens?
>>>  BTW: how would you identify the RS?
>>>=20
>>>  I agree that would be an alternative and I=E2=80=99m a great fan of =
such tokens (and used them a lot at Deutsche Telekom) but in my =
perception this pattern needs still to be established in the market. =
Moreover, they basically protect from a rough RS (if the URL is used as =
audience) replaying the token someplace else, but they do not protect =
from all other kinds of leakage/replay (e.g. log files).
>>>=20
>>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin =
of the RS. This stops the token being reused elsewhere but the client =
can reuse it (replay it) for many requests.
>>>> 3. Issue a macaroon-based access token and the client can add a =
correct audience and scope restrictions at the point of use.
>>>=20
>>>  Why is this needed if the access token is already audience =
restricted? Or do you propose this as alternative?=20
>>>=20
>>>>=20
>>>> Protecting against the first kind of replay attacks only becomes an =
issue if we assume the protections in TLS have failed. But if DPoP is =
only intended for cases where mTLS can't be used, it shouldn't have to =
protect against a stronger threat model in which we assume that TLS =
security has been lost.
>>>=20
>>>  I agree.=20
>>>=20
>>>  best regards,
>>>  Torsten.=20
>>>=20
>>>>=20
>>>> -- Neil
>>>=20
>>>=20
>>>=20
>>=20
>>=20
>>=20
>=20
>=20
>=20


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From: Neil Madden 
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Date: Sun, 24 Nov 2019 07:40:49 +0000
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To: Torsten Lodderstedt 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 22 Nov 2019, at 13:33, Torsten Lodderstedt  wrot=
e:
>=20
> =EF=BB=BFHi Neil,
>=20
>> On 22. Nov 2019, at 20:50, Neil Madden  wrote:=

>>=20
>> Hi Torsten,
>>=20
>>> On 22 Nov 2019, at 12:15, Torsten Lodderstedt  w=
rote:
>>>=20
>>> Hi Neil,
>>>=20
>>>> On 22. Nov 2019, at 18:08, Neil Madden  wrot=
e:
>>>>=20
>>>> I think the phrase "token replay" is ambiguous. Traditionally it refers=
 to an attacker being able to capture a token (or whole requests) in use and=
 then replay it against the same RS. This is already protected against by th=
e use of normal TLS on the connection between the client and the RS. I think=
 instead you are referring to a malicious/compromised RS replaying the token=
 to a different RS - which has more of the flavour of a man in the middle at=
tack (of the phishing kind).
>>>=20
>>> I would argue TLS basically prevents leakage and not replay.
>>=20
>> It also protects against replay. If you capture TLS-encrypted packets wit=
h Wireshark you not only cannot decipher them but also cannot replay them be=
cause they include specific anti-replay measures at the record level in the f=
orm of unique session keys and record sequence numbers included in the MAC c=
alculations. This is essential to the security of TLS.
>=20
> I understand. I was looking onto TLS from an application perspective, that=
 might explain differing perception.
>=20
>>=20
>>> The threats we try to cope with can be found in the Security BCP. There a=
re multiple ways access tokens can leak, including referrer headers, mix-up,=
 open redirection, browser history, and all sorts of access token leakage at=
 the resource server
>>>=20
>>> Please have a look at https://tools.ietf.org/html/draft-ietf-oauth-secur=
ity-topics-13#section-4.
>>>=20
>>> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-=
4.8 also has an extensive discussion of potential counter measures, includin=
g audience restricted access tokens and a conclusion to recommend sender con=
strained access tokens over other mechanisms.
>>=20
>> OK, good - these are threats beyond token replay (at least as I understan=
d that term). It would be good to explicitly add them to the DPoP document m=
otivation.
>>=20
>> Note that most of these ways that an access token can leak also apply equ=
ally to leak of the DPoP JWT, so the protection afforded by DPoP boils down t=
o how well the restrictions encoded into the JWT prevent it from being reuse=
d in this case - e.g., restricting the expiry time, audience, scope, linking=
 it to a specific request (htm/htu) etc.=20
>>=20
>> Every single one of those restrictions can be equally well encoded as cav=
eats on a macaroon access token without any need for public key signatures o=
r additional tokens and headers.
>>=20
>>>> But if that's the case then there are much simpler defences than those p=
roposed in the current draft:
>>>>=20
>>>> 1. Get separate access tokens for each RS with correct audience and sco=
pes. The consensus appears to be that this is hard to do in some cases, henc=
e the draft.
>>>=20
>>> How many deployments do you know that today are able to issue RS-specifi=
c access tokens?
>>> BTW: how would you identify the RS?
>>>=20
>>> I agree that would be an alternative and I=E2=80=99m a great fan of such=
 tokens (and used them a lot at Deutsche Telekom) but in my perception this p=
attern needs still to be established in the market. Moreover, they basically=
 protect from a rough RS (if the URL is used as audience) replaying the toke=
n someplace else, but they do not protect from all other kinds of leakage/re=
play (e.g. log files).
>>=20
>> Many services already do this. For example, Google encodes the intended R=
S into the scopes on GCP (https://developers.google.com/identity/protocols/g=
ooglescopes). A client can do a single authorization flow to authorize all t=
he scopes it needs and then use repeated calls to the refresh token endpoint=
 to obtain individual access tokens with subsets of the authorized scopes fo=
r each endpoint.
>=20
> And that works at google? How does the client indicate the RS it wants to u=
se the first access token (that is obtains in the course of the code exchang=
e)?

It doesn=E2=80=99t. The initial access token would be for all scopes and the=
 client simply discards that one (or revokes it if the AS supports revoking i=
ndividual tokens).=20

>> (I think Brian also mentioned this pattern at OSW, but it might have been=
 somebody else).
>=20
> I know the pattern and we used this at Deutsche Telekom, but I don=E2=80=99=
t know any other deployment utilising this pattern. In my observation, most p=
eople treat access tokens as cookies and use them across RSs. Another reason=
 might be that, before resource indicators, there was no interoperable way t=
o ask for a token for a certain RS.

I don=E2=80=99t know anybody using DPoP either. The point is that you can do=
 this kind of thing right now, so DPoP needs to have a stronger justificatio=
n for why this isn=E2=80=99t sufficient.

>>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of t=
he RS. This stops the token being reused elsewhere but the client can reuse i=
t (replay it) for many requests.
>>>> 3. Issue a macaroon-based access token and the client can add a correct=
 audience and scope restrictions at the point of use.
>>>=20
>>> Why is this needed if the access token is already audience restricted? O=
r do you propose this as alternative?=20
>>=20
>> These are all alternatives. Any one of them prevents the specific attack o=
f replay by the RS to another RS.
>=20
> And which does for replay with the same RS?

TLS.=20

=E2=80=94 Neil=


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From: Torsten Lodderstedt 
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To: Neil Madden 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Hi Neil,

I would like to summarize what I believe to have understood is your opinion b=
efore commenting:
1) audience restricted access tokens is the way to cope with replay attempts=
 between RSs
2) TLS prevents replay at the same RS

re 1) that works as long as ASs support audience restrictions and the audien=
ce restriction is the actual resource server URL, otherwise a staged RS can o=
btain access tokens audience restricted for a different RS and replay it the=
re
re 2) it seems you look onto that threat from the inside of a TLS connection=
. Let=E2=80=99s assume the attacker obtains the access tokens at the applica=
tion layer, e.g. through a log file, referrer header, mix-up, browser histor=
y and then sends it through a new TLS connection to the same RS. How does TL=
S help to detect this replay?

best regards,
Torsten.

> Am 24.11.2019 um 08:40 schrieb Neil Madden :
>=20
> =EF=BB=BFOn 22 Nov 2019, at 13:33, Torsten Lodderstedt  wrote:
>>=20
>> =EF=BB=BFHi Neil,
>>=20
>>>> On 22. Nov 2019, at 20:50, Neil Madden  wrot=
e:
>>>=20
>>> Hi Torsten,
>>>=20
>>>> On 22 Nov 2019, at 12:15, Torsten Lodderstedt =
 wrote:
>>>>=20
>>>> Hi Neil,
>>>>=20
>>>>> On 22. Nov 2019, at 18:08, Neil Madden  wro=
te:
>>>>>=20
>>>>> I think the phrase "token replay" is ambiguous. Traditionally it refer=
s to an attacker being able to capture a token (or whole requests) in use an=
d then replay it against the same RS. This is already protected against by t=
he use of normal TLS on the connection between the client and the RS. I thin=
k instead you are referring to a malicious/compromised RS replaying the toke=
n to a different RS - which has more of the flavour of a man in the middle a=
ttack (of the phishing kind).
>>>>=20
>>>> I would argue TLS basically prevents leakage and not replay.
>>>=20
>>> It also protects against replay. If you capture TLS-encrypted packets wi=
th Wireshark you not only cannot decipher them but also cannot replay them b=
ecause they include specific anti-replay measures at the record level in the=
 form of unique session keys and record sequence numbers included in the MAC=
 calculations. This is essential to the security of TLS.
>>=20
>> I understand. I was looking onto TLS from an application perspective, tha=
t might explain differing perception.
>>=20
>>>=20
>>>> The threats we try to cope with can be found in the Security BCP. There=
 are multiple ways access tokens can leak, including referrer headers, mix-u=
p, open redirection, browser history, and all sorts of access token leakage a=
t the resource server
>>>>=20
>>>> Please have a look at https://tools.ietf.org/html/draft-ietf-oauth-secu=
rity-topics-13#section-4.
>>>>=20
>>>> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section=
-4.8 also has an extensive discussion of potential counter measures, includi=
ng audience restricted access tokens and a conclusion to recommend sender co=
nstrained access tokens over other mechanisms.
>>>=20
>>> OK, good - these are threats beyond token replay (at least as I understa=
nd that term). It would be good to explicitly add them to the DPoP document m=
otivation.
>>>=20
>>> Note that most of these ways that an access token can leak also apply eq=
ually to leak of the DPoP JWT, so the protection afforded by DPoP boils down=
 to how well the restrictions encoded into the JWT prevent it from being reu=
sed in this case - e.g., restricting the expiry time, audience, scope, linki=
ng it to a specific request (htm/htu) etc.=20
>>>=20
>>> Every single one of those restrictions can be equally well encoded as ca=
veats on a macaroon access token without any need for public key signatures o=
r additional tokens and headers.
>>>=20
>>>>> But if that's the case then there are much simpler defences than those=
 proposed in the current draft:
>>>>>=20
>>>>> 1. Get separate access tokens for each RS with correct audience and sc=
opes. The consensus appears to be that this is hard to do in some cases, hen=
ce the draft.
>>>>=20
>>>> How many deployments do you know that today are able to issue RS-specif=
ic access tokens?
>>>> BTW: how would you identify the RS?
>>>>=20
>>>> I agree that would be an alternative and I=E2=80=99m a great fan of suc=
h tokens (and used them a lot at Deutsche Telekom) but in my perception this=
 pattern needs still to be established in the market. Moreover, they basical=
ly protect from a rough RS (if the URL is used as audience) replaying the to=
ken someplace else, but they do not protect from all other kinds of leakage/=
replay (e.g. log files).
>>>=20
>>> Many services already do this. For example, Google encodes the intended R=
S into the scopes on GCP (https://developers.google.com/identity/protocols/g=
ooglescopes). A client can do a single authorization flow to authorize all t=
he scopes it needs and then use repeated calls to the refresh token endpoint=
 to obtain individual access tokens with subsets of the authorized scopes fo=
r each endpoint.
>>=20
>> And that works at google? How does the client indicate the RS it wants to=
 use the first access token (that is obtains in the course of the code excha=
nge)?
>=20
> It doesn=E2=80=99t. The initial access token would be for all scopes and t=
he client simply discards that one (or revokes it if the AS supports revokin=
g individual tokens).=20
>=20
>>> (I think Brian also mentioned this pattern at OSW, but it might have bee=
n somebody else).
>>=20
>> I know the pattern and we used this at Deutsche Telekom, but I don=E2=80=99=
t know any other deployment utilising this pattern. In my observation, most p=
eople treat access tokens as cookies and use them across RSs. Another reason=
 might be that, before resource indicators, there was no interoperable way t=
o ask for a token for a certain RS.
>=20
> I don=E2=80=99t know anybody using DPoP either. The point is that you can d=
o this kind of thing right now, so DPoP needs to have a stronger justificati=
on for why this isn=E2=80=99t sufficient.
>=20
>>>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of=
 the RS. This stops the token being reused elsewhere but the client can reus=
e it (replay it) for many requests.
>>>>> 3. Issue a macaroon-based access token and the client can add a correc=
t audience and scope restrictions at the point of use.
>>>>=20
>>>> Why is this needed if the access token is already audience restricted? O=
r do you propose this as alternative?=20
>>>=20
>>> These are all alternatives. Any one of them prevents the specific attack=
 of replay by the RS to another RS.
>>=20
>> And which does for replay with the same RS?
>=20
> TLS.=20
>=20
> =E2=80=94 Neil


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References: 
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To: "Richard Backman, Annabelle" 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 22 Nov 2019, at 12:26, Richard Backman, Annabelle  w=
rote:
> > Yes of course. But this is the HMAC *tag* not the original key.
>=20
> Sure. And if the client attenuates the macaroon, it is used as a key that t=
he client proves possession of by presenting the chained HMAC. Clients doing=
 DPoP aren=E2=80=99t proving possession of the =E2=80=9Coriginal key=E2=80=9D=
 (i.e., a key used to generate the access token) either.
>=20
A way to think of this is that macaroons bridge the gap between bearer token=
s and proof of possession tokens. A client can receive a macaroon and use it=
 like a pure bearer token if they want. On the other hand they can append co=
ntextual caveats that tightly constrain a token at the point of use, like a P=
oP token. You can even do a full challenge-response protocol where the RS se=
nds a challenge and the client appends it as a caveat.=20

> > Well, you don=E2=80=99t have to return a key from the token endpoint for=
 a start.
>=20
> Yes, that=E2=80=99s what I meant by saying that it eliminates key negotiat=
ion. Though I suppose it=E2=80=99s more correct to say that it inlines it. T=
he AS still provides a key, it just happens to be part of the access token.
>=20
Which helps a lot with backwards compat.=20
> Macaroons are an interesting pattern, but not because they=E2=80=99re not d=
oing PoP. Proof of possession is pretty core to the whole idea of digital si=
gnatures and HMACs.
>=20
I would argue that third party verifiability and non-repudiation are also co=
re to digital signatures, but aren=E2=80=99t required or used by DPoP (and a=
ctually cause problems).=20

I also don=E2=80=99t think PoP is core to HMAC. Many ASes issue HMAC-signed a=
ccess tokens already without the client doing any kind of proof of possessio=
n. They are a convenient way of minting bearer tokens.=20
> What makes them interesting is the way they inline key distribution. Wheth=
er or not they=E2=80=99re applicable to DPoP depends, ultimately, on the use=
 cases DPoP is targeting and the threats it is trying to mitigate.
>=20
There are many more interesting things than the key being inline for macaroo=
ns. For example:

- the attenuations (caveats) are attached directly to the access token and a=
re verified by the AS. Contrast this to DPoP where every RS has to correctly=
 validate the proof token - if any don=E2=80=99t then the security is signif=
icantly reduced. The AS is responsible for all security-critical checks with=
 macaroons.

- macaroon caveats can be layered. The initial client can add some restricti=
ons and then pass the token to an RS. That RS can then add its own restricti=
ons when passing the token to backend services. This is a big deal for micro=
service architectures.=20

- you can add caveats at a gateway or proxy and know these will be enforced w=
ithout having to inspect incoming traffic.=20

Even when used in combination with PoP, macaroons add unique capabilities. Fo=
r example, a client can retrieve a plain bearer token from the AS and then a=
fter-the-fact bind it to its TLS client certificate by appending a x5t#S256 c=
aveat and use that new access token for all API calls. But that client still=
 has the original access token so they can get the certificate for a differe=
nt client (eg another microservice) and create a new copy of the access toke=
n bound to that client=E2=80=99s certificate. It can then safely send this a=
ccess token to the other client, even over a completely insecure connection.=
 It can do this for every microservice it needs to talk to, effectively prov=
iding transfer of ownership for PoP tokens without needing to call a central=
 token exchange service.

All this and I haven=E2=80=99t even begun talking about 3rd party caveats.=20=


So the really interesting thing about macaroons is that they enable all kind=
s of new authorization patterns to be built without requiring a new spec for=
 each one.=20

Neil

> From: Neil Madden 
> Date: Friday, November 22, 2019 at 3:09 PM
> To: "Richard Backman, Annabelle" 
> Cc: Brian Campbell , oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
>=20
> =20
>=20
> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
>=20
> =20
>=20
> Macaroons are built on proof of possession. In order to add a caveat to a m=
acaroon, the sender has to have the HMAC of the macaroon without their cavea=
t.
>=20
> =20
>=20
> Yes of course. But this is the HMAC *tag* not the original key. They can=E2=
=80=99t change anything the AS originally signed.=20
>=20
>=20
>=20
>=20
> The distinctive property of macaroons as I see it is that they eliminate t=
he need for key negotiation with the bearer. How much value this has over th=
e AS just returning a symmetric key alongside the access token in the token r=
equest, I=E2=80=99m not sure.
>=20
> =20
>=20
> Well, you don=E2=80=99t have to return a key from the token endpoint for a=
 start. The client doesn=E2=80=99t need to create and send any additional to=
ken. The whole thing works with existing standards and technologies and can b=
e incrementally adopted as required. If RSes do token introspection already t=
hen they need zero changes to support this.
>=20
>=20
>=20
>=20
> There are key distribution challenges with that if you are doing validatio=
n at the RS, but validation at the RS using either approach means you=E2=80=99=
ve lost protection against replay by the RS. This brings us back to a core q=
uestion: what threats are in scope for DPoP, and in what contexts?
>=20
> =20
>=20
> Agreed, but validation at the RS is premature optimisation in many cases. A=
nd if you do need protection against that the client can even append a confi=
rmation key as a caveat and retrospectively upgrade a bearer token to a pop t=
oken. They can even do transfer of ownership by creating copies of the origi=
nal token bound to other certificates/public keys.=20
>=20
> =20
>=20
> Neil
>=20
> =20
>=20
>=20
>=20
>=20
> =20
>=20
> =E2=80=93=20
>=20
> Annabelle Richard Backman
>=20
> AWS Identity
>=20
> =20
>=20
> =20
>=20
> From: OAuth  on behalf of Neil Madden 
> Date: Friday, November 22, 2019 at 4:40 AM
> To: Brian Campbell 
> Cc: oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
>=20
> =20
>=20
> At the end of my previous email I mentioned that you can achieve some of t=
he same aims as DPoP without needing a PoP mechanism at all. This email is t=
hat follow-up.
>=20
> =20
>=20
> OAuth is agnostic about the format of access tokens and many vendors suppo=
rt either random string database tokens or JWTs. But there are other choices=
 for access token format, some of which have more interesting properties. In=
 particular, Google proposed Macaroons a few years ago as a "better cookie" [=
1] and I think they systematically address many of these issues when used as=
 an access token format.
>=20
> =20
>=20
> For those who aren't familiar with them, Macaroons are a bit like a HS256 J=
WT. They have a location (a bit like the audience in a JWT) and an identifie=
r (an arbitrary string) and then are signed with HMAC-SHA256 using a secret k=
ey. (There's no claims set or headers - they are very minimal). In this case=
 the secret key would be owned by the AS and used to sign macaroon-based acc=
ess tokens. Validating the token would be done via token introspection at th=
e AS.
>=20
> =20
>=20
> The clever bit is that anybody at all can append "caveats" to a macaroon a=
t any time, but nobody can remove one once added. Caveats are restrictions o=
n the use of a token - they only ever reduce the authority granted by the to=
ken, never expand it. The AS can validate the token and all the caveats with=
 its secret key. So, for example, if an access token was a macaroon then the=
 client could append a caveat to reduce the scope, or reduce the expiry time=
, or reduce the audience, and so on.
>=20
> =20
>=20
> The really clever bit is that the client can keep a copy of the original t=
oken and create restricted versions to send to different resource servers. B=
ecause HMAC is very cheap, the client can even do this before each and every=
 request. (This is what the original paper refers to as "contextual caveats"=
). This means that a client can be issued a single access token from the AS w=
ith broad scope and applicable to many different RS and can then locally cre=
ate restricted copies for each individual RS.
>=20
> =20
>=20
> The relevance to DPoP is that the client could even append caveats equival=
ent to "htm" and "htu" just before sending the access token to the RS, and m=
aybe add an "exp" for 5 seconds in the future, reduce the scope, and so on:
>=20
> =20
>=20
>   newAccessToken =3D accessToken.withCaveats({
>=20
>     exp: now + 5seconds,
>=20
>     scope: "a b",
>=20
>     htm: "POST",
>=20
>     ....
>=20
>   });
>=20
>   httpClient.post(data, Authorization: Bearer newAccessToken);
>=20
> =20
>=20
> Note that the client doesn't need anything extra here - no keys, extra tok=
ens etc. They just have the access token and a macaroon library.
>=20
> =20
>=20
> The RS will see an opaque access token, send it to the AS for introspectio=
n. The AS however, will see and validate the new caveats on the token and re=
turn an introspection response with the restricted scope and expiry time, an=
d return the htm/htu restrictions that the RS can then enforce.=20
>=20
> =20
>=20
> For clients this is transparent until they want to take advantage of it an=
d then they can just use an off-the-shelf macaroon library. For the RS it is=
 also completely transparent. All the (relatively small) complexity lives in=
 the AS, which just has to be able to produce and verify macaroons and take c=
aveats into account when performing token introspection - e.g. the returned s=
cope should be the intersection of the original token scope and any scope ca=
veats. But I don't think this would be too much effort.
>=20
> =20
>=20
> [1]: https://ai.google/research/pubs/pub41892
>=20
> =20
>=20
> -- Neil
>=20
>=20
>=20
>=20
>=20
> On 21 Nov 2019, at 06:23, Brian Campbell  wrot=
e:
>=20
> =20
>=20
> Yeah, suggestions and/or an MTI about algorithm support would probably be w=
orthwhile. Perhaps also some defined means of signaling when an unsupported a=
lgorithm is used along with any other reason a DPoP is invalid or rejected.=20=

>=20
> =20
>=20
> There are a lot of tradeoffs in what claims are required and what protecti=
ons are provided etc. The aim of what was chosen was to do just enough to pr=
ovide some reasonable protections against reuse or use in a different contex=
t while being simple to implement and deploy.
>=20
> =20
>=20
> =20
>=20
> On Wed, Nov 20, 2019 at 6:34 AM Neil Madden  wr=
ote:
>=20
> Thanks for the reply, Brian.=20
>=20
> =20
>=20
> Collecting my thoughts up here rather than responding blow by blow.
>=20
> =20
>=20
> Public key signatures are simpler in some respects, more complex in others=
. There are currently 10 public key JWS signature schemes defined (ES256/384=
/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS potentially have to s=
upport them all? If not, how do they negotiate algorithm support with the cl=
ient?
>=20
> =20
>=20
> On the other hand, the ECDH scheme I proposed can be implemented by adapti=
ng an existing ECDH-ES encryption support in a JWT library. For example, I d=
iscovered while playing with this that our own internal library can implemen=
t the full flow I described entirely via the existing public API [1], so it'=
s not necessarily as complex as it first looks. I even knocked up a from-scr=
atch implementation in WebCrypto (JavaScript) without too much code [2].
>=20
> =20
>=20
> But I admit that using an existing JWT library to sign a JWT with an exist=
ing algorithm is even easier, and that counts for a lot. Perhaps we can make=
 concrete suggestions/requirements about algorithm support? e.g. "The RS MUS=
T support RS256 and SHOULD support EdDSA. Other algorithms MAY be supported.=
"=20
>=20
> =20
>=20
> With regards to replay protection, I think there are at least two reasonab=
le positions:
>=20
> =20
>=20
> 1. We assume that TLS is secure and don't try to defend against any compro=
mise at that level. (Clearly none of the TLS-based PoP mechanisms survive if=
 TLS is compromised, by definition). In this case the main attack to defend a=
gainst is a malicious RS replaying the access token elsewhere. Simply signin=
g the origin of the RS would be enough to prevent this attack, while letting=
 the client reuse the same JWT for many requests (and the RS to cache the JW=
T validation). None of "jti", "htu", or "htm" seem relevant to this model.
>=20
> =20
>=20
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) and t=
ry to provide some defense in depth against a MitM attacker replaying a toke=
n against the same RS. There is a graduated series of steps you can take her=
e, depending on how much you want to prevent this:
>=20
>    a. The DPoP token can be replayed for arbitrary requests to the same RS=
 but has a short time limit (e.g., exp claim or RS-enforced max lifetime fro=
m iat)
>=20
>    b. The DPoP token can be replayed for the same request (htu/htm claims)=

>=20
>    c. The DPoP token can't be replayed at all - either because of jti blac=
klisting on the RS or a challenge-response protocol on each request.
>=20
> =20
>=20
> (There are also variants such as including a hash of the request body/head=
ers, or encoding an ETag into the JWT).
>=20
> =20
>=20
> I think either are reasonable design goals, but aiming for 2 adds more val=
ue. I think aiming for 2a is a reasonable default baseline that allows the c=
lient to reuse a DPoP token for a few requests, reducing the cost of the sig=
nature (and the RS can cache the validated JWT). Support for 2b or 2c can th=
en be listed as optional additions.
>=20
> =20
>=20
> PS - 2a/2b can be achieved without PoP. I'll save that for another email i=
n the next few days though.
>=20
> =20
>=20
> [1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
>=20
> [2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7
>=20
> =20
>=20
> =20
>=20
> -- Neil
>=20
>=20
>=20
>=20
>=20
> On 19 Nov 2019, at 07:43, Brian Campbell  wrot=
e:
>=20
> =20
>=20
> =20
>=20
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden  wr=
ote:
>=20
> I can't attend Singapore either in person or remotely due to other commitm=
ents. I broadly support adoption of this draft, but I have some comments/sug=
gestions about it.
>=20
> =20
>=20
> Thanks Neil. And sorry to hear that you won't be in Singapore. This kind o=
f stuff is definitely more easily discussed in person (for me anyway). But I=
'll try and comment on your comments here as best I can. I also plan to also=
 mention them in the Wednesday and/or Thursday presentation.=20
>=20
> =20
>=20
> Section 2 lists the main objective as being to harden against compromised/=
malicious AS or RS, which may attempt to replay captured tokens elsewhere. W=
hile this is a good idea, a casual reader might wonder why a simple audience=
 claim in the access token/introspection response is not sufficient to preve=
nt this. Because interactions between the client and RS are supposed to be o=
ver TLS, is the intended threat model one in which these protections have br=
oken down? ("counterfeit" in the description suggests this). Or is the motiv=
ation that clients want to get a single broad-scoped access token (for usabi=
lity/performance reasons) and use it to access multiple resource servers wit=
hout giving each of them the ability to replay the token to the other server=
s? Or are we thinking of a phishing-type vulnerability were a general-purpos=
e client might accidentally visit a malicious site which prompts for an acce=
ss token that the client then blindly goes off and gets? (UMA?) It's not cle=
ar to me which of these scenarios is being considered, so it would be good t=
o tighten up this section.
>=20
> =20
>=20
> It is admittedly a bit loose and I agree it'd be good to tighten it up. Bu=
t part of why it's loose is that it tries to offer some protections for all t=
hose scenarios and more such as a general lost/stolen token. It's effectivel=
y trying to provide as many of the same types of protections/assurances that=
 you'd get with TLS based PoP mechanisms (like OAuth MTLS or Token binding) t=
o the extent that can be done at the HTTP application layer. Which can't rea=
listically be exactly the same but can maybe be kinda close while actually b=
eing accessible and implementable because it's all done at the application l=
ayer. There are trade-offs, of course, and the document writers have endeavo=
red to find a good balance in the trade-off decisions we've made. But that d=
oesn't mean they are necessarily the right decisions or are closed to discus=
sion. To the casual reader I would say that it turns out that getting an app=
ropriate simple audience claim into an access token isn't nearly as simple a=
s it might seem. And while it will prevent RS to RS replay (as long as both R=
Ss aren't legit audiences) it doesn't help with preventing the use of tokens=
 stolen or leaked by other means (including for refresh tokens issued to pub=
lic clients).=20
>=20
> =20
>=20
> Another potential motivation is for mobile apps. Some customers of ours wo=
uld like to tie access/refresh tokens to private key material generated on a=
 secure element in the device, that can only be accessed after local biometr=
ic authentication (e.g. TouchID/FaceID on iOS). I have suggested using mTLS c=
ert-bound tokens for this, but have heard some pushback due to the difficult=
y of configuring support for client certs across diverse infrastructure. A s=
imple JWT-based solution like DPoP could fill this need.
>=20
> =20
>=20
> It's maybe not stated in the draft but this kind of thing is among the obj=
ectives (in my mind anyway).=20
>=20
> =20
>=20
> =20
>=20
> My main concerns with the draft though are about efficiency and scalabilit=
y of the proposed approach:
>=20
> =20
>=20
> 1. The requirement to use public key signatures, along with the anti-repla=
y nonce, means that the RS is required to perform an expensive signature ver=
ification check on every request. That is not going to scale up well. While t=
here are more efficient schemes like Ed25519 now, these are still typically a=
n order of magnitude slower than HMAC and the latency and CPU overhead is li=
kely to be a non-starter for many APIs (especially when you're billed by CPU=
 usage). Public key signatures are also notoriously fragile (see e.g. the hi=
story of nonce reuse/leakage vulnerabilities in ECDSA or=20
>=20
> =20
>=20
> Yes, asymmetric is more processing intensive than symmetric. But if you ta=
ke away the distributed replay check (see next response), it will scale out j=
ust fine. I'm not so sure latency is a real issue here - while these operati=
ons are an order of magnitude slower we're still talking about times that ar=
e not perceptible to a human. CPU usage/cost is a part of a trade-off for th=
e simplicity afforded by public/private keys.  And it is significantly simpl=
er. The design you sketched out is admittedly quite clever but it's not even=
 in the same ballpark with respect to complexity. And, as you pointed out, t=
he other suggestion around symmetric keys has rather different security prop=
erties while still adding complexity. Adding symmetric key support isn't som=
ething that can just be added on easily.=20
>=20
> =20
>=20
> =20
>=20
> 2. The advice for the RS to store a set of previously used nonces to preve=
nt replay will also hamper scalability, especially in large deployments wher=
e such state would need to be replicated to all servers (or use sticky load b=
alancing, which comes with its own problems). This violates the statelessnes=
s of HTTP, and it also potentially breaks idempotency of operations: Think o=
f the case where the JWT validation and replay protection is done at an API g=
ateway but then the call to the backend API server fails for a transient rea=
son. The client (or a proxy/library) cannot simply replay the (idempotent) r=
equest in this case because it will be rejected by the gateway. It must inst=
ead recreate the DPoP JWT, incurring additional overheads.
>=20
> =20
>=20
> The actual value of replay checking on jti is somewhat questionable. The D=
PoP JWT only transits between client and server so a TLS MITM is likely need=
ed to steal a DPoP JWT. But we are assuming TLS works here. And an active MI=
TM could thwart this check by just being first to present DPoP JWT. I think t=
he jti check made its way into the draft mostly because it seemed like somet=
hing was needed to try and bring it closer to the TLS PoP models. Being awar=
e of the scalability concerns, I did endeavor to write the text in such a wa=
y so as to leave some wiggle room in implementations/deployments with text l=
ike '"jti" SHOULD be used by the server for replay detection and prevention`=
 and [ensure that] 'within a reasonable consideration of accuracy and resour=
ce utilization, a JWT with the same "jti" value has not been received previo=
usly'. The idea being that using something eventually consistent or even loc=
al only to the runtime instance would be permissible. Perhaps that allowance=
 and the rational could be made more clear? Or would you suggest to do away w=
ith the jti replay stuff al? Or something else?=20
>=20
> =20
>=20
> 3. Minor: The use of a custom header for communicating the DPoP proof will=
 require additional CORS configuration on top of that already done for the A=
uthorization header, and so adds a small amount of additional friction for a=
doption. Given that CORS configuration changes often require approval by a s=
ecurity team, this may make more of an impact than you'd expect.
>=20
> =20
>=20
> Feels really minor. I mean, we could try to roll everything up under one h=
eader. But it does seem unwarranted and would complicate things - at least i=
n the model we've got now where the proof is sent the same way ono all types=
 of requests.=20
>=20
> =20
>=20
> =20
>=20
> It's also not clear to me exactly what threat the anti-replay nonce is pro=
tecting against. It does nothing against the replay scenario discussed in se=
ction 2, as I understand it - which really seems to be more of a MitM scenar=
io. Given that the connection between the client and the RS is supposed to b=
e over TLS, and TLS is already protected against replay attacks, I think thi=
s part needs to be better motivated given the obvious costs of implementing i=
t.
>=20
> =20
>=20
> I have a tentative suggestion for an alternative design which avoids these=
 problems, but at a cost of potentially more complexity elsewhere. I'll summ=
arise it here for consideration:
>=20
> =20
>=20
> 1. The client obtains an access token in the normal way. When calling the t=
oken endpoint it provides an EC/okp public key as the confirmation key to be=
 associated with the access/refresh tokens.
>=20
> =20
>=20
> 2. The first time the client calls an RS it passes its access token in the=
 Authorization: Bearer header as normal. (If the RS doesn't support DPoP the=
n this would just succeed and no further action is required by the client - a=
llowing clients to opportunistically ask for DPoP without needing a priori k=
nowledge of RS capabilities).
>=20
> =20
>=20
> 3. The RS introspects the access token and learns the EC public key associ=
ated with the access token. As there is no DPoP proof with the access token,=
 the RS will generate a challenge in the following way:
>=20
>     o The RS generates an ephemeral EC key pair for the same curve as the c=
onfirmation key (e.g. P-256 or X25519).
>=20
>     o The RS stores the ephemeral private key somewhere, associated with t=
his access token (see below for a scalable implementation choice)
>=20
>     o The RS encodes the ephemeral public key into a JWK (epk) and base64u=
rl-encodes it. It uses this as a challenge to the client by sending back a 4=
01 response with WWW-Authenticate: DPoP 
>=20
> =20
>=20
> 4. The client decodes the epk challenge and performs an ECDH key agreement=
 between its private key and the challenge epk as per the method described f=
or the existing JWA ECDH-ES encryption algorithm. Rather than deriving an AE=
S key however, it derives a HMAC key for HS256. The "apu" value is set to th=
e access token (string value as ASCII bytes) and the "apv" value is set to t=
he hostname of the RS (e.g. "api.example.com"). This ensures that the derive=
d key is cryptographically bound to the context in which it is used.
>=20
> =20
>=20
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the o=
ne in the current draft, but signed using the HS256 key. If a "kid" field wa=
s present in the challenge JWK sent by the RS then the same value MUST be us=
ed in the "kid" header of this discharge JWT. It retries its original reques=
t sending Authorization: DPoP  at=3D.
>=20
> =20
>=20
> 6. The RS uses its stored ephemeral private key to derive the same HMAC ke=
y and verify the DPoP discharge JWT. If it validates and all fields are corr=
ect then the request is allowed.
>=20
> =20
>=20
> Efficient implementation trick:
>=20
> Because the client is required to copy and "kid" value from the challenge J=
WK, the RS can preemptively carry out the ECDH key agreement immediately and=
 generate the derived HMAC key. The RS can then encrypt this derived key usi=
ng a local authenticated encryption key (e.g. AES-GCM) and use that encrypte=
d value as the "kid" value in the challenge (perhaps along with some context=
 or an expiry time). That way the RS only needs to decrypt this kid value ra=
ther than performing the ECDH key agreement on every request. This also avoi=
ds the need for the RS to store any per-client state locally.
>=20
> =20
>=20
> The challenge-response nature of the scheme prevents traditional replay at=
tacks in the case where a DPoP discharge JWT is accidentally leaked through s=
erver logs or some other flaw, without needing to store nonces on the server=
. Using the RS's hostname in the key derivation process prevents mitm attack=
s in a similar way to how FIDO/WebAuthn prevents this. Most importantly, onc=
e a HS256 key has been derived between a client and RS they can reuse that k=
ey for multiple requests, reducing the overhead of the ECDH key agreement st=
ep. Either side can decide as a matter of policy how long to let this occur a=
nd when to trigger a fresh challenge-response.
>=20
> =20
>=20
> Because this fits within the standard HTTP authentication framework, it al=
so requires no additional CORS configuration and is relatively easy to plug i=
n to existing HTTP client libraries.
>=20
> =20
>=20
> The main downside of this approach to me is the fact that you can't simply=
 reuse an existing JWT library to implement it, and so it will take time for=
 client libs to develop. (Although I think this might be achievable now with=
 existing *COSE* libraries). This would increase the risk of people hand-rol=
ling solutions, rather than using well-tested libraries. On the other hand, i=
t uses fairly widely supported primitives so e.g. an implementation using We=
bCrypto is probably only a few dozen lines of code.
>=20
> =20
>=20
> -- Neil
>=20
> =20
>=20
>=20
>=20
>=20
>=20
> On 31 Oct 2019, at 19:20, Brian Campbell  wrote:
>=20
> =20
>=20
> Hello WG,=20
>=20
> =20
>=20
> Just a quick note to let folks know that -03 of the DPoP draft was publish=
ed earlier today. The usual various document links are in the forwarded mess=
age below and the relevant snippet from the doc history with a summary of th=
e changes is included here for convenience.=20
>=20
> =20
>=20
> Hopefully folks will have time to read the (relativity) short document bef=
ore the meeting(s) in Singapore where (spoiler alert) I plan to ask that the=
 WG consider adoption of the draft.=20
>=20
> =20
>=20
> Thanks,
>=20
>=20
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
>=20
> =20
>=20
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones , John Bradley , Brian Campbell , David Waite , Daniel Fett 
>=20
>=20
>=20
>=20
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>=20
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the Appl=
ication Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop=
-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpo=
p
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-=
03
>=20
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of submissi=
on
> until the htmlized version and diff are available at tools.ietf.org.
>=20
> The IETF Secretariat
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited..  If you have rec=
eived this communication in error, please notify the sender immediately by e=
-mail and delete the message and any file attachments from your computer. Th=
ank you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>=20
> =20
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
>=20
> =20
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
>=20
> =20

--Apple-Mail-B23B4E90-9542-4A59-90D4-44EE5DED739D
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


On 22 Nov 2019, at 12:26, R=
ichard Backman, Annabelle <richanna@amazon.com> wrote:


> Yes of course. But this is the HMAC *tag* not th=
e original key.


Sure. And if the client attenuates the macaroon, it i=
s used as a key that the client proves possession of by presenting the chain=
ed HMAC. Clients doing DPoP aren=E2=80=99t proving possession of the =E2=80=9C=
original key=E2=80=9D (i.e., a key used to generate the
 access token) either.
A way to think of th=
is is that macaroons bridge the gap between bearer tokens and proof of posse=
ssion tokens. A client can receive a macaroon and use it like a pure bearer t=
oken if they want. On the other hand they can append contextual caveats that=
 tightly constrain a token at the point of use, like a PoP token. You can ev=
en do a full challenge-response protocol where the RS sends a challenge and t=
he client appends it as a caveat. 




> Well, you don=E2=80=99t have to return a key fro=
m the token endpoint for a start.


Yes, that=E2=80=99s what I meant by saying that it el=
iminates key negotiation. Though I suppose it=E2=80=99s more correct to say t=
hat it inlines it. The AS still provides a key, it just happens to be part o=
f the access token.
Which helps a lot with b=
ackwards compat. 


Macaroons are an interesting pattern, but not because=
 they=E2=80=99re not doing PoP. Proof of possession is pretty core to the wh=
ole idea of digital signatures and HMACs.
I=
 would argue that third party verifiability and non-repudiation are also cor=
e to digital signatures, but aren=E2=80=99t required or used by DPoP (and ac=
tually cause problems). 

I also don=E2=80=99t t=
hink PoP is core to HMAC. Many ASes issue HMAC-signed access tokens already w=
ithout the client doing any kind of proof of possession. They are a convenie=
nt way of minting bearer tokens. 
 What makes th=
em interesting is the way they inline key distribution. Whether
 or not they=E2=80=99re applicable to DPoP depends, ultimately, on the use c=
ases DPoP is targeting and the threats it is trying to mitigate.
There are many more interesting things than the key be=
ing inline for macaroons. For example:

- the attenu=
ations (caveats) are attached directly to the access token and are verified b=
y the AS. Contrast this to DPoP where every RS has to correctly validate the=
 proof token - if any don=E2=80=99t then the security is significantly reduc=
ed. The AS is responsible for all security-critical checks with macaroons.

- macaroon caveats can be layered. The initial clien=
t can add some restrictions and then pass the token to an RS. That RS can th=
en add its own restrictions when passing the token to backend services. This=
 is a big deal for microservice architectures. 

- you can add caveats at a gateway or proxy and know these will be enforce=
d without having to inspect incoming traffic. 

Even when used in combination with PoP, macaroons add unique capabilities. =
For example, a client can retrieve a plain bearer token from the AS and then=
 after-the-fact bind it to its TLS client certificate by appending a x5t#S25=
6 caveat and use that new access token for all API calls. But that client st=
ill has the original access token so they can get the certificate for a diff=
erent client (eg another microservice) and create a new copy of the access t=
oken bound to that client=E2=80=99s certificate. It can then safely send thi=
s access token to the other client, even over a completely insecure connecti=
on. It can do this for every microservice it needs to talk to, effectively p=
roviding transfer of ownership for PoP tokens without needing to call a cent=
ral token exchange service.


So the really interesting thing about macaroons is that they enable a=
ll kinds of new authorization patterns to be built without requiring a new s=
pec for each one. 

Neil






From:=
 Neil Madden <nei=
l.madden@forgerock.com>

Date: Friday, November 22, 2019 at 3:09 PM

To: "Richard Backman, Annabelle" <richanna@amazon.com>

Cc: Brian Campbell <bcampbell@pingidentity.com>, oauth <oaut=
h@ietf.org>

Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt






 






On 22 Nov 2019, at 01:42, Richard Backman, Annabelle &=
lt;richanna@amazon.com> wrote:








 










Macaroons are built on proof of possession. In order t=
o add a caveat to a macaroon, the sender has to have the HMAC of the macaroo=
n without their caveat.









 






Yes of course. But this is the HMAC *tag* not the ori=
ginal key. They can=E2=80=99t change anything the AS originally signed. =
;















The distinctive property of macaroons as I see it is t=
hat they eliminate the need for key negotiation with the bearer. How much va=
lue this has over the AS just returning a symmetric key alongside the access=
 token in the token request, I=E2=80=99m
 not sure.








 






Well, you don=E2=80=99t have to return a key from the=
 token endpoint for a start. The client doesn=E2=80=99t need to create and s=
end any additional token. The whole thing works with existing standards and t=
echnologies and can be incrementally adopted as
 required. If RSes do token introspection already then they need zero change=
s to support this.















There are key distribution challenges with that if yo=
u are doing validation at the RS, but validation at the RS using either appr=
oach means you=E2=80=99ve lost protection against replay by the RS. This bri=
ngs us back to a core question: what threats
 are in scope for DPoP, and in what contexts?








 




Agreed, but validation at the RS is premature optimis=
ation in many cases. And if you do need protection against that the client c=
an even append a confirmation key as a caveat and retrospectively upgrade a b=
earer token to a pop token. They
 can even do transfer of ownership by creating copies of the original token b=
ound to other certificates/public keys. 





 






Neil




 

















 


=E2=80=93 


Annabelle Richard Ba=
ckman


AWS Identity<=
o:p>




 


 




From:=
 OAuth <oauth-bou=
nces@ietf.org> on behalf of Neil Madden <neil.madden@forgerock.com>=


Date: Friday, November 22, 2019 at 4:40 AM

To: Brian Campbell <bcampbell@pingidentity.com>

Cc: oauth <oauth@ietf.org>

Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt






 




At the end of my previous email I mentioned that you c=
an achieve some of the same aims as DPoP without needing a PoP mechanism at a=
ll. This email is that follow-up.





 






OAuth is agnostic about the format of access tokens a=
nd many vendors support either random string database tokens or JWTs. But th=
ere are other choices for access token format, some of which have more inter=
esting properties. In particular,
 Google proposed Macaroons a few years ago as a "better cookie" [1] and I th=
ink they systematically address many of these issues when used as an access t=
oken format.






 






For those who aren't familiar with them, Macaroons ar=
e a bit like a HS256 JWT. They have a location (a bit like the audience in a=
 JWT) and an identifier (an arbitrary string) and then are signed with HMAC-=
SHA256 using a secret key. (There's
 no claims set or headers - they are very minimal). In this case the secret k=
ey would be owned by the AS and used to sign macaroon-based access tokens. V=
alidating the token would be done via token introspection at the AS.






 






The clever bit is that anybody at all can append "cav=
eats" to a macaroon at any time, but nobody can remove one once added. Cavea=
ts are restrictions on the use of a token - they only ever reduce the author=
ity granted by the token, never
 expand it. The AS can validate the token and all the caveats with its secre=
t key. So, for example, if an access token was a macaroon then the client co=
uld append a caveat to reduce the scope, or reduce the expiry time, or reduc=
e the audience, and so on.






 






The really clever bit is that the client can keep a c=
opy of the original token and create restricted versions to send to differen=
t resource servers. Because HMAC is very cheap, the client can even do this b=
efore each and every request.
 (This is what the original paper refers to as "contextual caveats"). This m=
eans that a client can be issued a single access token from the AS with broa=
d scope and applicable to many different RS and can then locally create rest=
ricted copies for each individual
 RS.






 






The relevance to DPoP is that the client could even a=
ppend caveats equivalent to "htm" and "htu" just before sending the access t=
oken to the RS, and maybe add an "exp" for 5 seconds in the future, reduce t=
he scope, and so on:






 






  newAccessToken =3D accessToken.withCaveats({






    exp: now + 5seconds,






    scope: "a b",






    htm: "POST",






    ....






  });






  httpClient.post(data, Authorization: Bearer ne=
wAccessToken);






 






Note that the client doesn't need anything extra here=
 - no keys, extra tokens etc. They just have the access token and a macaroon=
 library.






 






The RS will see an opaque access token, send it to th=
e AS for introspection. The AS however, will see and validate the new caveat=
s on the token and return an introspection response with the restricted scop=
e and expiry time, and return the
 htm/htu restrictions that the RS can then enforce. 






 






For clients this is transparent until they want to ta=
ke advantage of it and then they can just use an off-the-shelf macaroon libr=
ary. For the RS it is also completely transparent. All the (relatively small=
) complexity lives in the AS, which
 just has to be able to produce and verify macaroons and take caveats into a=
ccount when performing token introspection - e.g. the returned scope should b=
e the intersection of the original token scope and any scope caveats. But I d=
on't think this would be too
 much effort.






 







 






-- Neil
















 








Yeah, suggestions and/or an MTI about algorithm suppo=
rt would probably be worthwhile. Perhaps also some defined means of signalin=
g when an unsupported algorithm is used along with any other reason a DPoP i=
s invalid or rejected. 







 






There are a lot of tradeoffs in what claims are requi=
red and what protections are provided etc. The aim of what was chosen was to=
 do just enough to provide some reasonable protections against reuse or use i=
n a different context while being
 simple to implement and deploy.




 




 






On Wed, Nov 20, 2019 at 6:34 AM Neil Madden <neil.madden@forger=
ock.com> wrote:








Thanks for the reply, Brian.  




 






Collecting my thoughts up here rather than responding=
 blow by blow.





 








Public key signatures are simpler in some respects, m=
ore complex in others. There are currently 10 public key JWS signature schem=
es defined (ES256/384/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS=
 potentially have to support them
 all? If not, how do they negotiate algorithm support with the client?<=
/o:p>






 






On the other hand, the ECDH scheme I proposed can be i=
mplemented by adapting an existing ECDH-ES encryption support in a JWT libra=
ry. For example, I discovered while playing with this that our own internal l=
ibrary can implement the full
 flow I described entirely via the existing public API [1], so it's not nece=
ssarily as complex as it first looks. I even knocked up a from-scratch imple=
mentation in WebCrypto (JavaScript) without too much code [2].





 






But I admit that using an existing JWT library to sig=
n a JWT with an existing algorithm is even easier, and that counts for a lot=
. Perhaps we can make concrete suggestions/requirements about algorithm supp=
ort? e.g. "The RS MUST support
 RS256 and SHOULD support EdDSA. Other algorithms MAY be supported." 






 






With regards to replay protection, I think there are a=
t least two reasonable positions:






 






1. We assume that TLS is secure and don't try to defe=
nd against any compromise at that level. (Clearly none of the TLS-based PoP m=
echanisms survive if TLS is compromised, by definition). In this case the ma=
in attack to defend against is
 a malicious RS replaying the access token elsewhere. Simply signing the ori=
gin of the RS would be enough to prevent this attack, while letting the clie=
nt reuse the same JWT for many requests (and the RS to cache the JWT validat=
ion). None of "jti", "htu", or
 "htm" seem relevant to this model.






 






2. We don't assume that TLS is secure (or it's not fu=
lly end-to-end) and try to provide some defense in depth against a MitM atta=
cker replaying a token against the same RS. There is a graduated series of s=
teps you can take here, depending
 on how much you want to prevent this:






   a. The DPoP token can be replayed for ar=
bitrary requests to the same RS but has a short time limit (e.g., exp claim o=
r RS-enforced max lifetime from iat)






   b. The DPoP token can be replayed for th=
e same request (htu/htm claims)






   c. The DPoP token can't be replayed at a=
ll - either because of jti blacklisting on the RS or a challenge-response pr=
otocol on each request.






 






(There are also variants such as including a hash of t=
he request body/headers, or encoding an ETag into the JWT).






 






I think either are reasonable design goals, but aimin=
g for 2 adds more value. I think aiming for 2a is a reasonable default basel=
ine that allows the client to reuse a DPoP token for a few requests, reducin=
g the cost of the signature (and
 the RS can cache the validated JWT). Support for 2b or 2c can then be liste=
d as optional additions.






 






PS - 2a/2b can be achieved without PoP. I'll save tha=
t for another email in the next few days though.






 




















On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity=
.com> wrote:




 






 






On Thu, Nov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com> w=
rote:








I can't attend Singapore either in person or remotely due to other com=
mitments. I broadly support adoption of this draft, but I have some comments=
/suggestions about it.








 






Thanks Neil. And sorry to hear that you won't be in Singapore. This ki=
nd of stuff is definitely more easily discussed in person (for me anyway). B=
ut I'll try and comment on your comments
 here as best I can. I also plan to also mention them in the Wednesday and/o=
r Thursday presentation. 






















 










Section 2 lists the main objective as being to harden against compromi=
sed/malicious AS or RS, which may attempt to replay captured tokens elsewher=
e. While this is a good idea, a casual
 reader might wonder why a simple audience claim in the access token/introsp=
ection response is not sufficient to prevent this. Because interactions betw=
een the client and RS are supposed to be over TLS, is the intended threat mo=
del one in which these protections
 have broken down? ("counterfeit" in the description suggests this). Or is t=
he motivation that clients want to get a single broad-scoped access token (f=
or usability/performance reasons) and use it to access multiple resource ser=
vers without giving each of them
 the ability to replay the token to the other servers? Or are we thinking of=
 a phishing-type vulnerability were a general-purpose client might accidenta=
lly visit a malicious site which prompts for an access token that the client=
 then blindly goes off and gets?
 (UMA?) It's not clear to me which of these scenarios is being considered, s=
o it would be good to tighten up this section.










 






It is admittedly a bit loose and I agree it'd be good to tighten it up=
. But part of why it's loose is that it tries to offer some protections for a=
ll those scenarios and more such
 as a general lost/stolen token. It's effectively trying to provide as many o=
f the same types of protections/assurances that you'd get with TLS based PoP=
 mechanisms (like OAuth MTLS or Token binding) to the extent that can be don=
e at the HTTP application layer.
 Which can't realistically be exactly the same but can maybe be kinda close w=
hile actually being accessible and implementable because it's all done at th=
e application layer. There are trade-offs, of course, and the document write=
rs have endeavored to find a
 good balance in the trade-off decisions we've made. But that doesn't mean t=
hey are necessarily the right decisions or are closed to discussion. To the c=
asual reader I would say that it turns out that getting an appropriate simpl=
e audience claim into an access
 token isn't nearly as simple as it might seem. And while it will prevent RS=
 to RS replay (as long as both RSs aren't legit audiences) it doesn't help w=
ith preventing the use of tokens stolen or leaked by other means (including f=
or refresh tokens issued to
 public clients). 






















 










Another potential motivation is for mobile apps. Some customers of our=
s would like to tie access/refresh tokens to private key material generated o=
n a secure element in the device,
 that can only be accessed after local biometric authentication (e.g. TouchI=
D/FaceID on iOS). I have suggested using mTLS cert-bound tokens for this, bu=
t have heard some pushback due to the difficulty of configuring support for c=
lient certs across diverse infrastructure.
 A simple JWT-based solution like DPoP could fill this need.










 






It's maybe not stated in the draft but this kind of thing is among the=
 objectives (in my mind anyway). 






 






 










My main concerns with the draft though are about efficiency and scalab=
ility of the proposed approach:






 






1. The requirement to use public key signatures, along with the anti-r=
eplay nonce, means that the RS is required to perform an expensive signature=
 verification check on every request.
 That is not going to scale up well. While there are more efficient schemes l=
ike Ed25519 now, these are still typically an order of magnitude slower than=
 HMAC and the latency and CPU overhead is likely to be a non-starter for man=
y APIs (especially when you're
 billed by CPU usage). Public key signatures are also notoriously fragile (s=
ee e.g. the history of nonce reuse/leakage vulnerabilities in ECDSA or =











 






Yes, asymmetric is more processing intensive than symmetric. But if yo=
u take away the distributed replay check (see next response), it will scale o=
ut just fine. I'm not so sure latency
 is a real issue here - while these operations are an order of magnitude slo=
wer we're still talking about times that are not perceptible to a human. CPU=
 usage/cost is a part of a trade-off for the simplicity afforded by public/p=
rivate keys.  And it is significantly
 simpler. The design you sketched out is admittedly quite clever but it's no=
t even in the same ballpark with respect to complexity. And, as you pointed o=
ut, the other suggestion around symmetric keys has rather different security=
 properties while still adding
 complexity. Adding symmetric key support isn't something that can just be a=
dded on easily. 


























 










 






2. The advice for the RS to store a set of previously used nonces to p=
revent replay will also hamper scalability, especially in large deployments w=
here such state would need to be
 replicated to all servers (or use sticky load balancing, which comes with i=
ts own problems). This violates the statelessness of HTTP, and it also poten=
tially breaks idempotency of operations: Think of the case where the JWT val=
idation and replay protection
 is done at an API gateway but then the call to the backend API server fails=
 for a transient reason. The client (or a proxy/library) cannot simply repla=
y the (idempotent) request in this case because it will be rejected by the g=
ateway. It must instead recreate
 the DPoP JWT, incurring additional overheads.










 






The actual value of replay checking on jti is somewhat questionable. T=
he DPoP JWT only transits between client and server so a TLS MITM is likely n=
eeded to steal a DPoP JWT. But we
 are assuming TLS works here. And an active MITM could thwart this check by j=
ust being first to present DPoP JWT. I think the jti check made its way into=
 the draft mostly because it seemed like something was needed to try and bri=
ng it closer to the TLS PoP
 models. Being aware of the scalability concerns, I did endeavor to write th=
e text in such a way so as to leave some wiggle room in implementations/depl=
oyments with text like '"jti" SHOULD be used by the server for replay detect=
ion and prevention` and [ensure
 that] 'within a reasonable consideration of accuracy and resource utilizati=
on, a JWT with the same "jti" value has not been received previously'. The i=
dea being that using something eventually consistent or even local only to t=
he runtime instance would be
 permissible. Perhaps that allowance and the rational could be made more cle=
ar? Or would you suggest to do away with the jti replay stuff al? Or somethi=
ng else? 


























 






3. Minor: The use of a custom header for communicating the DPoP proof w=
ill require additional CORS configuration on top of that already done for th=
e Authorization header, and so adds
 a small amount of additional friction for adoption. Given that CORS configu=
ration changes often require approval by a security team, this may make more=
 of an impact than you'd expect.










 






Feels really minor. I mean, we could try to roll everything up under o=
ne header. But it does seem unwarranted and would complicate things - at lea=
st in the model we've got now where
 the proof is sent the same way ono all types of requests. =























 






 










It's also not clear to me exactly what threat the anti-replay nonce is=
 protecting against. It does nothing against the replay scenario discussed i=
n section 2, as I understand it -
 which really seems to be more of a MitM scenario. Given that the connection=
 between the client and the RS is supposed to be over TLS, and TLS is alread=
y protected against replay attacks, I think this part needs to be better mot=
ivated given the obvious costs
 of implementing it.






 






I have a tentative suggestion for an alternative design which avoids t=
hese problems, but at a cost of potentially more complexity elsewhere. I'll s=
ummarise it here for consideration:






 






1. The client obtains an access token in the normal way. When calling t=
he token endpoint it provides an EC/okp public key as the confirmation key t=
o be associated with the access/refresh
 tokens.






 






2. The first time the client calls an RS it passes its access token in=
 the Authorization: Bearer header as normal. (If the RS doesn't support DPoP=
 then this would just succeed and
 no further action is required by the client - allowing clients to opportuni=
stically ask for DPoP without needing a priori knowledge of RS capabilities)=
.






 






3. The RS introspects the access token and learns the EC public key as=
sociated with the access token. As there is no DPoP proof with the access to=
ken, the RS will generate a challenge
 in the following way:






    o The RS generates an ephemeral EC key pair for the=
 same curve as the confirmation key (e.g. P-256 or X25519).






    o The RS stores the ephemeral private key somewhere=
, associated with this access token (see below for a scalable implementation=
 choice)






    o The RS encodes the ephemeral public key into a JW=
K (epk) and base64url-encodes it. It uses this as a challenge to the client b=
y sending back a 401 response with WWW-Authenticate:
 DPoP <encoded-epk>






 






4. The client decodes the epk challenge and performs an ECDH key agree=
ment between its private key and the challenge epk as per the method describ=
ed for the existing JWA ECDH-ES encryption
 algorithm. Rather than deriving an AES key however, it derives a HMAC key f=
or HS256. The "apu" value is set to the access token (string value as ASCII b=
ytes) and the "apv" value is set to the hostname of the RS (e.g. "api.example.com").
 This ensures that the derived key is cryptographically bound to the context=
 in which it is used.






 






5. The client uses the HMAC key to create a DPoP proof JWT much like t=
he one in the current draft, but signed using the HS256 key. If a "kid" fiel=
d was present in the challenge JWK
 sent by the RS then the same value MUST be used in the "kid" header of this=
 discharge JWT. It retries its original request sending Authorization: DPoP &=
lt;hmac-jwt> at=3D<access_token>.






 






6. The RS uses its stored ephemeral private key to derive the same HMA=
C key and verify the DPoP discharge JWT. If it validates and all fields are c=
orrect then the request is allowed.






 






Efficient implementation trick:






Because the client is required to copy and "kid" value from the challe=
nge JWK, the RS can preemptively carry out the ECDH key agreement immediatel=
y and generate the derived HMAC key.
 The RS can then encrypt this derived key using a local authenticated encryp=
tion key (e.g. AES-GCM) and use that encrypted value as the "kid" value in t=
he challenge (perhaps along with some context or an expiry time). That way t=
he RS only needs to decrypt this
 kid value rather than performing the ECDH key agreement on every request. T=
his also avoids the need for the RS to store any per-client state locally.






 






The challenge-response nature of the scheme prevents traditional repla=
y attacks in the case where a DPoP discharge JWT is accidentally leaked thro=
ugh server logs or some other flaw,
 without needing to store nonces on the server. Using the RS's hostname in t=
he key derivation process prevents mitm attacks in a similar way to how FIDO=
/WebAuthn prevents this. Most importantly, once a HS256 key has been derived=
 between a client and RS they
 can reuse that key for multiple requests, reducing the overhead of the ECDH=
 key agreement step. Either side can decide as a matter of policy how long t=
o let this occur and when to trigger a fresh challenge-response.=







 






Because this fits within the standard HTTP authentication framework, i=
t also requires no additional CORS configuration and is relatively easy to p=
lug in to existing HTTP client libraries.






 






The main downside of this approach to me is the fact that you can't si=
mply reuse an existing JWT library to implement it, and so it will take time=
 for client libs to develop. (Although
 I think this might be achievable now with existing *COSE* libraries). This w=
ould increase the risk of people hand-rolling solutions, rather than using w=
ell-tested libraries. On the other hand, it uses fairly widely supported pri=
mitives so e.g. an implementation
 using WebCrypto is probably only a few dozen lines of code.






 






-- Neil








 

















On 31 Oct 2019, at 19:20, Brian Campbell <bcampbell=3D40ping=
identity.com@dmarc.ietf.org> wrote:




 








Hello WG, 






 






Just a quick note to let folks know that -03 of the DPoP draft was pub=
lished earlier today. The usual various document links are in the forwarded m=
essage below and the relevant snippet
 from the doc history with a summary of the changes is included here for con=
venience. 






 






Hopefully folks will have time to read the (relativity) short document=
 before the meeting(s) in Singapore where (spoiler alert) I plan to ask that=
 the WG consider adoption of the
 draft. 






 






Thanks,








 -03

   o  rework the text around uniqueness requirements on the j=
ti claim in

      the DPoP proof JWT

   o  make tokens a bit smaller by using "htm", "htu", and "j=
kt" rather

      than "http_method", "http_uri", and "jkt#S256" res=
pectively

   o  more explicit recommendation to use mTLS if that is ava=
ilable

   o  added David Waite as co-author

   o  editorial updates








 






---------- Forwarded message ---------

From: <internet-drafts@ietf.org>

Date: Thu, Oct 31, 2019 at 11:53 AM

Subject: New Version Notification for draft-fett-oauth-dpop-03.txt

To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John B=
radley <ve7jtb@ve=
7jtb.com>,
 Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.c=
om>, Daniel Fett <mail@danielfett.de>










A new version of I-D, draft-fett-oauth-dpop-03.txt

has been successfully submitted by Brian Campbell and posted to the

IETF repository.



Name:           draft-fett-oauth-dpop

Revision:       03

Title:          OAuth 2.0 Demonstration of Proof-of=
-Possession at the Application Layer (DPoP)

Document date:  2019-10-30

Group:          Individual Submission

Pages:          15

URL:            https=
://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt

Status:         https://datatracker.ietf.=
org/doc/draft-fett-oauth-dpop/

Htmlized:       https://tools.ietf.org/html/draft=
-fett-oauth-dpop-03

Htmlized:       https://datatracker.ietf.o=
rg/doc/html/draft-fett-oauth-dpop

Diff:           https://www.iet=
f.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03



Abstract:

   This document describes a mechanism for sender-constraining OAu=
th 2.0

   tokens via a proof-of-possession mechanism on the application l=
evel.

   This mechanism allows for the detection of replay attacks with a=
ccess

   and refresh tokens.









Please note that it may take a couple of minutes from the time of submission=


until the htmlized version and diff are available at tools.ietf.org.



The IETF Secretariat












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CONFIDENTIALITY NOT=
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On 24 Nov 2019, at 07:59, Torsten Lodderstedt  wrot=
e:
>=20
> =EF=BB=BFHi Neil,
>=20
> I would like to summarize what I believe to have understood is your opinio=
n before commenting:
> 1) audience restricted access tokens is the way to cope with replay attemp=
ts between RSs

It=E2=80=99s one way, but yes that is sufficient.=20

> 2) TLS prevents replay at the same RS
>=20
> re 1) that works as long as ASs support audience restrictions and the audi=
ence restriction is the actual resource server URL, otherwise a staged RS ca=
n obtain access tokens audience restricted for a different RS and replay it t=
here

Yes, audience restrictions only work if the AS supports it. DPoP only works i=
f the AS, client, and *all* RSes all support it, right?

I=E2=80=99m not sure of your second point. Obviously an audience restriction=
 needs to be unambiguous if it is to have any effect.=20

> re 2) it seems you look onto that threat from the inside of a TLS connecti=
on. Let=E2=80=99s assume the attacker obtains the access tokens at the appli=
cation layer, e.g. through a log file, referrer header, mix-up, browser hist=
ory and then sends it through a new TLS connection to the same RS. How does T=
LS help to detect this replay?

These are token leakage/theft not replay - https://en.m.wikipedia.org/wiki/R=
eplay_attack

And TLS has done a lot to protect against even these threats. For example, l=
eaking credentials in logs was much more of a threat when you had to conside=
r all kinds of proxies and middleboxes along the route. TLS has completely e=
liminated that threat, leaving just the logs at the RS itself. And the other=
s are largely protected against by not putting access tokens in URLs, and th=
ings like Referrer-Policy/rel=3Dno-referrer.

Leaking an audience-restricted access token into the logs of the RS itself s=
eems a relatively minor threat to worry about. If you=E2=80=99re not managin=
g logs securely then you=E2=80=99re probably already leaking all kinds of PI=
I and other sensitive data that the access token grants access to.=20

If the client and RS can=E2=80=99t get these things right then I would quest=
ion whether public key signatures and associated key management is more like=
ly to be done right.=20

With macaroons the complexity is reduced and the AS performs all the checks.=
=20

With ECDH, although complex, the critical security checks are encoded into t=
he key derivation process - leading to the very desirable property that secu=
rity failures become interoperability failures and so are more likely to be f=
ound and fixed in testing. (See the work done on using implicit nonces in TL=
S for an example of this principle - https://blog.cloudflare.com/tls-nonce-n=
se/)

=E2=80=94 Neil

>=20
>>> Am 24.11.2019 um 08:40 schrieb Neil Madden :
>>>=20
>>> =EF=BB=BFOn 22 Nov 2019, at 13:33, Torsten Lodderstedt  wrote:
>>>=20
>>> =EF=BB=BFHi Neil,
>>>=20
>>>>> On 22. Nov 2019, at 20:50, Neil Madden  wro=
te:
>>>>=20
>>>> Hi Torsten,
>>>>=20
>>>>> On 22 Nov 2019, at 12:15, Torsten Lodderstedt  wrote:
>>>>>=20
>>>>> Hi Neil,
>>>>>=20
>>>>>> On 22. Nov 2019, at 18:08, Neil Madden  wr=
ote:
>>>>>>=20
>>>>>> I think the phrase "token replay" is ambiguous. Traditionally it refe=
rs to an attacker being able to capture a token (or whole requests) in use a=
nd then replay it against the same RS. This is already protected against by t=
he use of normal TLS on the connection between the client and the RS. I thin=
k instead you are referring to a malicious/compromised RS replaying the toke=
n to a different RS - which has more of the flavour of a man in the middle a=
ttack (of the phishing kind).
>>>>>=20
>>>>> I would argue TLS basically prevents leakage and not replay.
>>>>=20
>>>> It also protects against replay. If you capture TLS-encrypted packets w=
ith Wireshark you not only cannot decipher them but also cannot replay them b=
ecause they include specific anti-replay measures at the record level in the=
 form of unique session keys and record sequence numbers included in the MAC=
 calculations. This is essential to the security of TLS.
>>>=20
>>> I understand. I was looking onto TLS from an application perspective, th=
at might explain differing perception.
>>>=20
>>>>=20
>>>>> The threats we try to cope with can be found in the Security BCP. Ther=
e are multiple ways access tokens can leak, including referrer headers, mix-=
up, open redirection, browser history, and all sorts of access token leakage=
 at the resource server
>>>>>=20
>>>>> Please have a look at https://tools.ietf.org/html/draft-ietf-oauth-sec=
urity-topics-13#section-4.
>>>>>=20
>>>>> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#sectio=
n-4.8 also has an extensive discussion of potential counter measures, includ=
ing audience restricted access tokens and a conclusion to recommend sender c=
onstrained access tokens over other mechanisms.
>>>>=20
>>>> OK, good - these are threats beyond token replay (at least as I underst=
and that term). It would be good to explicitly add them to the DPoP document=
 motivation.
>>>>=20
>>>> Note that most of these ways that an access token can leak also apply e=
qually to leak of the DPoP JWT, so the protection afforded by DPoP boils dow=
n to how well the restrictions encoded into the JWT prevent it from being re=
used in this case - e.g., restricting the expiry time, audience, scope, link=
ing it to a specific request (htm/htu) etc.=20
>>>>=20
>>>> Every single one of those restrictions can be equally well encoded as c=
aveats on a macaroon access token without any need for public key signatures=
 or additional tokens and headers.
>>>>=20
>>>>>> But if that's the case then there are much simpler defences than thos=
e proposed in the current draft:
>>>>>>=20
>>>>>> 1. Get separate access tokens for each RS with correct audience and s=
copes. The consensus appears to be that this is hard to do in some cases, he=
nce the draft.
>>>>>=20
>>>>> How many deployments do you know that today are able to issue RS-speci=
fic access tokens?
>>>>> BTW: how would you identify the RS?
>>>>>=20
>>>>> I agree that would be an alternative and I=E2=80=99m a great fan of su=
ch tokens (and used them a lot at Deutsche Telekom) but in my perception thi=
s pattern needs still to be established in the market. Moreover, they basica=
lly protect from a rough RS (if the URL is used as audience) replaying the t=
oken someplace else, but they do not protect from all other kinds of leakage=
/replay (e.g. log files).
>>>>=20
>>>> Many services already do this. For example, Google encodes the intended=
 RS into the scopes on GCP (https://developers.google.com/identity/protocols=
/googlescopes). A client can do a single authorization flow to authorize all=
 the scopes it needs and then use repeated calls to the refresh token endpoi=
nt to obtain individual access tokens with subsets of the authorized scopes f=
or each endpoint.
>>>=20
>>> And that works at google? How does the client indicate the RS it wants t=
o use the first access token (that is obtains in the course of the code exch=
ange)?
>>=20
>> It doesn=E2=80=99t. The initial access token would be for all scopes and t=
he client simply discards that one (or revokes it if the AS supports revokin=
g individual tokens).=20
>>=20
>>>> (I think Brian also mentioned this pattern at OSW, but it might have be=
en somebody else).
>>>=20
>>> I know the pattern and we used this at Deutsche Telekom, but I don=E2=80=
=99t know any other deployment utilising this pattern. In my observation, mo=
st people treat access tokens as cookies and use them across RSs. Another re=
ason might be that, before resource indicators, there was no interoperable w=
ay to ask for a token for a certain RS.
>>=20
>> I don=E2=80=99t know anybody using DPoP either. The point is that you can=
 do this kind of thing right now, so DPoP needs to have a stronger justifica=
tion for why this isn=E2=80=99t sufficient.
>>=20
>>>>>> 2. Make the DPoP token be a simple JWT with an "iat" and the origin o=
f the RS. This stops the token being reused elsewhere but the client can reu=
se it (replay it) for many requests.
>>>>>> 3. Issue a macaroon-based access token and the client can add a corre=
ct audience and scope restrictions at the point of use.
>>>>>=20
>>>>> Why is this needed if the access token is already audience restricted?=
 Or do you propose this as alternative?=20
>>>>=20
>>>> These are all alternatives. Any one of them prevents the specific attac=
k of replay by the RS to another RS.
>>>=20
>>> And which does for replay with the same RS?
>>=20
>> TLS.=20
>>=20
>> =E2=80=94 Neil

--Apple-Mail-944A09A1-3A13-45F2-A1CC-949B6B75E95B
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


On 24 Nov 2019, at 07:59, T=
orsten Lodderstedt <torsten@lodderstedt.net> wrote:

=EF=BB=BFHi Neil,

I would like to summarize what I believe to have understood is your opinion=
 before commenting:
1) audience restricted access tokens is t=
he way to cope with replay attempts between RSs

It=E2=80=99s one way, but yes that is sufficient. =


2) TLS prevents r=
eplay at the same RS

re 1) that works as lo=
ng as ASs support audience restrictions and the audience restriction is the a=
ctual resource server URL, otherwise a staged RS can obtain access tokens au=
dience restricted for a different RS and replay it there

Yes, audience restrictions only work if the AS=
 supports it. DPoP only works if the AS, client, and *all* RSes all support i=
t, right?

I=E2=80=99m not sure of your second point=
. Obviously an audience restriction needs to be unambiguous if it is to have=
 any effect. 

re 2) it seems you look onto that threat from the inside of a TLS connectio=
n. Let=E2=80=99s assume the attacker obtains the access tokens at the applic=
ation layer, e.g. through a log file, referrer header, mix-up, browser histo=
ry and then sends it through a new TLS connection to the same RS. How does T=
LS help to detect this replay?

<=
div>These are token leakage/theft not replay - https://en.m.wikipedia.org/wiki/Replay_att=
ack

And TLS has done a lot to protect against e=
ven these threats. For example, leaking credentials in logs was much more of=
 a threat when you had to consider all kinds of proxies and middleboxes alon=
g the route. TLS has completely eliminated that threat, leaving just the log=
s at the RS itself. And the others are largely protected against by not putt=
ing access tokens in URLs, and things like Referrer-Policy/rel=3Dno-referrer=
.

Leaking an audience-restricted access token into t=
he logs of the RS itself seems a relatively minor threat to worry about. If y=
ou=E2=80=99re not managing logs securely then you=E2=80=99re probably alread=
y leaking all kinds of PII and other sensitive data that the access token gr=
ants access to. 

If the client and RS can=E2=80=
=99t get these things right then I would question whether public key signatu=
res and associated key management is more likely to be done right. 

With macaroons the complexity is reduced and the AS pe=
rforms all the checks. 

With ECDH, although co=
mplex, the critical security checks are encoded into the key derivation proc=
ess - leading to the very desirable property that security failures become i=
nteroperability failures and so are more likely to be found and fixed in tes=
ting. (See the work done on using implicit nonces in TLS for an example of t=
his principle - =
https://blog.cloudflare.com/tls-nonce-nse/)

=E2=
=80=94 Neil

<=
br>
Am 24.11.2019 um 08:40 schrieb Neil Madde=
n <neil.madden@forgerock.com>:

=EF=BB=
=BFOn 22 Nov 2019, at 13:33, Torsten Lodderstedt <torsten@lodderstedt.net=
> wrote:

=EF=BB=BFHi Neil,

On 22. Nov 2=
019, at 20:50, Neil Madden <neil.madden@forgerock.com> wrote:

Hi Torsten,

On 22 Nov 2019, at 12:15, Torst=
en Lodderstedt <torsten@lodderstedt.net> wrote:

Hi Neil,

On 22. Nov 2019, at 18:08, Neil Madden <neil.madden@fo=
rgerock.com> wrote:
=

I think the=
 phrase "token replay" is ambiguous. Traditionally it refers to an attacker b=
eing able to capture a token (or whole requests) in use and then replay it a=
gainst the same RS. This is already protected against by the use of normal T=
LS on the connection between the client and the RS. I think instead you are r=
eferring to a malicious/compromised RS replaying the token to a different RS=
 - which has more of the flavour of a man in the middle attack (of the phish=
ing kind).

I would arg=
ue TLS basically prevents leakage and not replay.

It also protects against replay. If you capture TL=
S-encrypted packets with Wireshark you not only cannot decipher them but als=
o cannot replay them because they include specific anti-replay measures at t=
he record level in the form of unique session keys and record sequence numbe=
rs included in the MAC calculations. This is essential to the security of TL=
S.

I understand. I was loo=
king onto TLS from an application perspective, that might explain differing p=
erception.


=
The threats we try to cope with can be found in the Security BCP. Ther=
e are multiple ways access tokens can leak, including referrer headers, mix-=
up, open redirection, browser history, and all sorts of access token leakage=
 at the resource server

Please have=
 a look at https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#s=
ection-4.

https://tools.ietf.org/ht=
ml/draft-ietf-oauth-security-topics-13#section-4.8 also has an extensive dis=
cussion of potential counter measures, including audience restricted access t=
okens and a conclusion to recommend sender constrained access tokens over ot=
her mechanisms.

OK, good=
 - these are threats beyond token replay (at least as I understand that term=
). It would be good to explicitly add them to the DPoP document motivation.<=
/span>
<=
blockquote type=3D"cite">

Note that most of these ways that an a=
ccess token can leak also apply equally to leak of the DPoP JWT, so the prot=
ection afforded by DPoP boils down to how well the restrictions encoded into=
 the JWT prevent it from being reused in this case - e.g., restricting the e=
xpiry time, audience, scope, linking it to a specific request (htm/htu) etc.=
 

Every single one of those restriction=
s can be equally well encoded as caveats on a macaroon access token without a=
ny need for public key signatures or additional tokens and headers.

<=
blockquote type=3D"cite">
But if that's the case then there are much simpler defences than thos=
e proposed in the current draft:

=

1. G=
et separate access tokens for each RS with correct audience and scopes. The c=
onsensus appears to be that this is hard to do in some cases, hence the draf=
t.

<=
blockquote type=3D"cite">
How many deployment=
s do you know that today are able to issue RS-specific access tokens?=

BTW: how would you identify the RS?
=

I agree that would be an alternative and I=E2=80=99m a great fa=
n of such tokens (and used them a lot at Deutsche Telekom) but in my percept=
ion this pattern needs still to be established in the market. Moreover, they=
 basically protect from a rough RS (if the URL is used as audience) replayin=
g the token someplace else, but they do not protect from all other kinds of l=
eakage/replay (e.g. log files).

=

Many services already do this. For example, Google encodes the inten=
ded RS into the scopes on GCP (https://developers.google.com/identity/protoc=
ols/googlescopes). A client can do a single authorization flow to authorize a=
ll the scopes it needs and then use repeated calls to the refresh token endp=
oint to obtain individual access tokens with subsets of the authorized scope=
s for each endpoint.

=

And t=
hat works at google? How does the client indicate the RS it wants to use the=
 first access token (that is obtains in the course of the code exchange)?
It doesn=E2=80=99t. The initia=
l access token would be for all scopes and the client simply discards that o=
ne (or revokes it if the AS supports revoking individual tokens). 

(I think Brian also mentioned this pattern at OSW, but it might have been s=
omebody else).

I know the p=
attern and we used this at Deutsche Telekom, but I don=E2=80=99t know any ot=
her deployment utilising this pattern. In my observation, most people treat a=
ccess tokens as cookies and use them across RSs. Another reason might be tha=
t, before resource indicators, there was no interoperable way to ask for a t=
oken for a certain RS.

I don=E2=
=80=99t know anybody using DPoP either. The point is that you can do this ki=
nd of thing right now, so DPoP needs to have a stronger justification for wh=
y this isn=E2=80=99t sufficient.

2. Make the DPoP token be a simple JWT with an "iat" and t=
he origin of the RS. This stops the token being reused elsewhere but the cli=
ent can reuse it (replay it) for many requests.
<=
blockquote type=3D"cite">3. Issue a macaroon-based access token and th=
e client can add a correct audience and scope restrictions at the point of u=
se.

=

Why is this needed=
 if the access token is already audience restricted? Or do you propose this a=
s alternative? 

These ar=
e all alternatives. Any one of them prevents the specific attack of replay b=
y the RS to another RS.

An=
d which does for replay with the same RS?

TLS. 

=E2=80=94 Neil<=
br>
=

--Apple-Mail-944A09A1-3A13-45F2-A1CC-949B6B75E95B--


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From: Ryan Kelly 
Date: Mon, 25 Nov 2019 14:17:56 +1100
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To: Torsten Lodderstedt 
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--0000000000006c618c059823367f
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On Fri, 15 Nov 2019 at 04:41, Torsten Lodderstedt 
wrote:

> > On 14. Nov 2019, at 08:31, Ryan Kelly  wrote:
> >
> > In Paragraph 3, how should the AS deal with authorization details
> objects that do not have a "locations" element? Should they be included
> regardless of "resource=E2=80=9D?
>
> That=E2=80=99s a very good question. I see to options:
> - those elements are assigned to any access token
> - those elements are assigned to an access token in case there was no
> =E2=80=9Cresource=E2=80=9D parameter included in the token request.
>
> I=E2=80=99m leaning towards the latter approach.
>
> > What if the "resource" parameter refers to a value that was present in
> "locations" but not in "resource" during the initial authorization reques=
t?
>
> See above - since locations take precedence, those locations shall match.
>

Gotcha, thanks. I think this is the part I wasn't clear on regarding the
meaning of "take precedence" at the authorization endpoint, and I wonder if
it can be made more explicit in the earlier section.


> > The "matches as prefix of one of the URLs" part of Paragraph 3 seems a
> bit unclear as well, given that there is no requirement that the
> "locations" elements be well-formed URLs. Is this is simple string prefix
> match, or some sort of path matching based on the components of the URL?
>
> simple string match
>

Does the AS need to take any particular care about resource names that
might accidentally be prefixes of each other, such as "
https://example.com/payments" and "https://example.com/payme"?  That seems
really contrived, but perhaps I'm just not creative enough to think of a
more realistic example.


> > * Section 3: Using "authorization_details"
> >
> > Intuitively, I would expect to be able to use "authorization_details" i=
n
> a token request using grant_type=3Drefresh_token, in the same way that I =
can
> specify "scope". Section 3 doesn't seem to take a definitive stance on th=
is
> - IIUC Section 3.1 doesn't apply because this is not an authorization
> request, and Section 3.3 seems to discourage it in favour of using the
> "resource" parameter. Do you intend for this parameter to be allowed in
> conjunction with a refresh token?
>
> What would be the use case for passing an authorization details parameter
> to the token request with a refresh token? The client shouldn=E2=80=99t b=
e able to
> change the authorization details of the underlying grant, so using the
> =E2=80=9Cresource=E2=80=9D parameter to select another subset of the gran=
ted authorization
> details should be sufficient.
>

I was thinking of situations where there might be "high risk" and "low
risk" actions authorized for a single resource server, and the client may
want to make an access token that is scoped down to just the low-risk ones,
to minimize the impact of a potential compromise of that token. But perhaps
that's better dealt with by the work on sender-constrained tokens to reduce
the risk of the token being compromised in the first place.

  Cheers,

    Ryan

--0000000000006c618c059823367f
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


On Fri, 15 Nov 2019 at 04:41, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:
> On 14. Nov 2019, a=
t 08:31, Ryan Kelly <rfkelly@mozilla.com> wrote:
> 

> In Paragraph 3, how should the AS deal with authorization details obje=
cts that do not have a "locations" element? Should they be includ=
ed regardless of "resource=E2=80=9D?



That=E2=80=99s a very good question. I see to options: 

- those elements are assigned to any access token

- those elements are assigned to an access token in case there was no =E2=
=80=9Cresource=E2=80=9D parameter included in the token request. 



I=E2=80=99m leaning towards the latter approach. 



> What if the "resource" parameter refers to a value that was =
present in "locations" but not in "resource" during the=
 initial authorization request?



See above - since locations take precedence, those locations shall match. <=
br>

Gotcha, thanks. I think this is the par=
t I wasn't clear on regarding the meaning of "take precedence"=
; at the authorization endpoint, and I wonder if it can be made more explic=
it in the earlier section.
=C2=A0

> The "matches as prefix of one of the URLs" part of Paragraph=
 3 seems a bit unclear as well, given that there is no requirement that the=
 "locations" elements be well-formed URLs. Is this is simple stri=
ng prefix match, or some sort of path matching based on the components of t=
he URL?



simple string match

Does the AS need to=
 take any particular care about resource names that might accidentally be p=
refixes of each other, such as "https://example.com/payments" and "https://example.com/payme"?=C2=A0 That seems really=
 contrived, but perhaps I'm just not creative enough to think of a more=
 realistic example.
=C2=A0

> * Section 3: Using "authorization_details"

> 

> Intuitively, I would expect to be able to use "authorization_deta=
ils" in a token request using grant_type=3Drefresh_token, in the same =
way that I can specify "scope". Section 3 doesn't seem to tak=
e a definitive stance on this - IIUC Section 3.1 doesn't apply because =
this is not an authorization request, and Section 3.3 seems to discourage i=
t in favour of using the "resource" parameter. Do you intend for =
this parameter to be allowed in conjunction with a refresh token?



What would be the use case for passing an authorization details parameter t=
o the token request with a refresh token? The client shouldn=E2=80=99t be a=
ble to change the authorization details of the underlying grant, so using t=
he =E2=80=9Cresource=E2=80=9D parameter to select another subset of the gra=
nted authorization details should be sufficient. 

I was thinking of situations where there might =
be "high risk" and "low risk" actions authorized for a =
single resource server, and the client may want to make an access token tha=
t is scoped down to just the low-risk ones, to minimize the impact of a pot=
ential compromise of that token. But perhaps that's better dealt with b=
y the work on sender-constrained tokens to reduce the risk of the token bei=
ng compromised in the first place.

=C2=A0 Cheers=
,

=C2=
=A0=C2=A0=C2=A0 Ryan


--0000000000006c618c059823367f--


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In-Reply-To: 
From: Dave Tonge 
Date: Mon, 25 Nov 2019 09:28:13 +0100
Message-ID: 
To: Neil Madden 
Cc: Torsten Lodderstedt , oauth 
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Hi Neil and Torsten

I agree that the risk is about token theft / leakage. My understanding is
that we should assume that at some point access tokens will be leaked,
e.g.Facebook:
https://auth0.com/blog/facebook-access-token-data-breach-early-look/

If access tokens were cryptographically sender-constrained, then
leaked/stolen access tokens would be useless.
I take your point that some of the ways in which an access token would
leak, would also leak the dPOP headers, this is why section 9.1 has the
recommendations around `iat` and `jti`. While this doesn't eliminate the
risk, it does reduce it.

So my perspective is that dPOP allows sender-constrained access tokens in
scenarios where mutual tls / token binding is not possible. This is a good
protection against token leakage / theft.

Dave


On Sun, 24 Nov 2019 at 10:43, Neil Madden  wrote=
:

> On 24 Nov 2019, at 07:59, Torsten Lodderstedt 
> wrote:
>
>
> =EF=BB=BFHi Neil,
>
> I would like to summarize what I believe to have understood is your
> opinion before commenting:
> 1) audience restricted access tokens is the way to cope with replay
> attempts between RSs
>
>
> It=E2=80=99s one way, but yes that is sufficient.
>
> 2) TLS prevents replay at the same RS
>
> re 1) that works as long as ASs support audience restrictions and the
> audience restriction is the actual resource server URL, otherwise a stage=
d
> RS can obtain access tokens audience restricted for a different RS and
> replay it there
>
>
> Yes, audience restrictions only work if the AS supports it. DPoP only
> works if the AS, client, and *all* RSes all support it, right?
>
> I=E2=80=99m not sure of your second point.. Obviously an audience restric=
tion
> needs to be unambiguous if it is to have any effect.
>
> re 2) it seems you look onto that threat from the inside of a TLS
> connection. Let=E2=80=99s assume the attacker obtains the access tokens a=
t the
> application layer, e.g. through a log file, referrer header, mix-up,
> browser history and then sends it through a new TLS connection to the sam=
e
> RS. How does TLS help to detect this replay?
>
>
> These are token leakage/theft not replay -
> https://en.m.wikipedia.org/wiki/Replay_attack
>
> And TLS has done a lot to protect against even these threats. For example=
,
> leaking credentials in logs was much more of a threat when you had to
> consider all kinds of proxies and middleboxes along the route. TLS has
> completely eliminated that threat, leaving just the logs at the RS itself=
.
> And the others are largely protected against by not putting access tokens
> in URLs, and things like Referrer-Policy/rel=3Dno-referrer..
>
> Leaking an audience-restricted access token into the logs of the RS itsel=
f
> seems a relatively minor threat to worry about. If you=E2=80=99re not man=
aging logs
> securely then you=E2=80=99re probably already leaking all kinds of PII an=
d other
> sensitive data that the access token grants access to.
>
> If the client and RS can=E2=80=99t get these things right then I would qu=
estion
> whether public key signatures and associated key management is more likel=
y
> to be done right.
>
> With macaroons the complexity is reduced and the AS performs all the
> checks.
>
> With ECDH, although complex, the critical security checks are encoded int=
o
> the key derivation process - leading to the very desirable property that
> security failures become interoperability failures and so are more likely
> to be found and fixed in testing. (See the work done on using implicit
> nonces in TLS for an example of this principle -
> https://blog.cloudflare.com/tls-nonce-nse/)
>
> =E2=80=94 Neil
>
>
> Am 24.11.2019 um 08:40 schrieb Neil Madden :
>
>
> =EF=BB=BFOn 22 Nov 2019, at 13:33, Torsten Lodderstedt 
> wrote:
>
>
> =EF=BB=BFHi Neil,
>
>
> On 22. Nov 2019, at 20:50, Neil Madden  wrote:
>
>
> Hi Torsten,
>
>
> On 22 Nov 2019, at 12:15, Torsten Lodderstedt 
> wrote:
>
>
> Hi Neil,
>
>
> On 22. Nov 2019, at 18:08, Neil Madden  wrote:
>
>
> I think the phrase "token replay" is ambiguous. Traditionally it refers t=
o
> an attacker being able to capture a token (or whole requests) in use and
> then replay it against the same RS. This is already protected against by
> the use of normal TLS on the connection between the client and the RS. I
> think instead you are referring to a malicious/compromised RS replaying t=
he
> token to a different RS - which has more of the flavour of a man in the
> middle attack (of the phishing kind).
>
>
> I would argue TLS basically prevents leakage and not replay.
>
>
> It also protects against replay. If you capture TLS-encrypted packets wit=
h
> Wireshark you not only cannot decipher them but also cannot replay them
> because they include specific anti-replay measures at the record level in
> the form of unique session keys and record sequence numbers included in t=
he
> MAC calculations. This is essential to the security of TLS.
>
>
> I understand. I was looking onto TLS from an application perspective, tha=
t
> might explain differing perception.
>
>
>
> The threats we try to cope with can be found in the Security BCP. There
> are multiple ways access tokens can leak, including referrer headers,
> mix-up, open redirection, browser history, and all sorts of access token
> leakage at the resource server
>
>
> Please have a look at
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4=
.
>
>
> https://tools.ietf.org/html/draft-ietf-oauth-security-topics-13#section-4=
.8
> also has an extensive discussion of potential counter measures, including
> audience restricted access tokens and a conclusion to recommend sender
> constrained access tokens over other mechanisms.
>
>
> OK, good - these are threats beyond token replay (at least as I understan=
d
> that term). It would be good to explicitly add them to the DPoP document
> motivation.
>
>
> Note that most of these ways that an access token can leak also apply
> equally to leak of the DPoP JWT, so the protection afforded by DPoP boils
> down to how well the restrictions encoded into the JWT prevent it from
> being reused in this case - e.g., restricting the expiry time, audience,
> scope, linking it to a specific request (htm/htu) etc.
>
>
> Every single one of those restrictions can be equally well encoded as
> caveats on a macaroon access token without any need for public key
> signatures or additional tokens and headers.
>
>
> But if that's the case then there are much simpler defences than those
> proposed in the current draft:
>
>
> 1. Get separate access tokens for each RS with correct audience and
> scopes. The consensus appears to be that this is hard to do in some cases=
,
> hence the draft.
>
>
> How many deployments do you know that today are able to issue RS-specific
> access tokens?
>
> BTW: how would you identify the RS?
>
>
> I agree that would be an alternative and I=E2=80=99m a great fan of such =
tokens
> (and used them a lot at Deutsche Telekom) but in my perception this patte=
rn
> needs still to be established in the market. Moreover, they basically
> protect from a rough RS (if the URL is used as audience) replaying the
> token someplace else, but they do not protect from all other kinds of
> leakage/replay (e.g. log files).
>
>
> Many services already do this. For example, Google encodes the intended R=
S
> into the scopes on GCP (
> https://developers.google.com/identity/protocols/googlescopes). A client
> can do a single authorization flow to authorize all the scopes it needs a=
nd
> then use repeated calls to the refresh token endpoint to obtain individua=
l
> access tokens with subsets of the authorized scopes for each endpoint.
>
>
> And that works at google? How does the client indicate the RS it wants to
> use the first access token (that is obtains in the course of the code
> exchange)?
>
>
> It doesn=E2=80=99t. The initial access token would be for all scopes and =
the
> client simply discards that one (or revokes it if the AS supports revokin=
g
> individual tokens).
>
>
> (I think Brian also mentioned this pattern at OSW, but it might have been
> somebody else).
>
>
> I know the pattern and we used this at Deutsche Telekom, but I don=E2=80=
=99t know
> any other deployment utilising this pattern. In my observation, most peop=
le
> treat access tokens as cookies and use them across RSs. Another reason
> might be that, before resource indicators, there was no interoperable way
> to ask for a token for a certain RS.
>
>
> I don=E2=80=99t know anybody using DPoP either. The point is that you can=
 do this
> kind of thing right now, so DPoP needs to have a stronger justification f=
or
> why this isn=E2=80=99t sufficient.
>
>
> 2. Make the DPoP token be a simple JWT with an "iat" and the origin of th=
e
> RS. This stops the token being reused elsewhere but the client can reuse =
it
> (replay it) for many requests.
>
> 3. Issue a macaroon-based access token and the client can add a correct
> audience and scope restrictions at the point of use.
>
>
> Why is this needed if the access token is already audience restricted? Or
> do you propose this as alternative?
>
>
> These are all alternatives. Any one of them prevents the specific attack
> of replay by the RS to another RS.
>
>
> And which does for replay with the same RS?
>
>
> TLS.
>
>
> =E2=80=94 Neil
>
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>


--=20
Dave Tonge
CTO
[image: Moneyhub Enterprise]

Moneyhub Financial Technology, 5th Floor, 10 Temple Back, Bristol, BS1 6FL
t: +44 (0)117 280 5120

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--00000000000014a3930598278c97
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Content-Transfer-Encoding: quoted-printable


Hi Neil and Torsten

I agree that the risk i=
s about token theft / leakage. My understanding is that we should assume th=
at at some point access tokens will be leaked, e.g.Facebook:=C2=A0https://auth0.com/blog/face=
book-access-token-data-breach-early-look/

If access toke=
ns were cryptographically sender-constrained, then leaked/stolen access tok=
ens would be useless.
I take your point that some of the ways in which=
 an access token would leak, would also leak the dPOP headers, this is why =
section 9.1 has the recommendations around `iat` and `jti`. While this does=
n't eliminate the risk, it does reduce it.

So my perspec=
tive is that dPOP allows sender-constrained access tokens in scenarios wher=
e mutual tls / token binding is not possible. This is a good protection aga=
inst token leakage / theft.

Dave


On Sun, 24 N=
ov 2019 at 10:43, Neil Madden <neil.madden@forgerock.com> wrote:
On 24 Nov 2=
019, at 07:59, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:

=EF=BB=BFHi Neil,
=

I would like to summarize what I believe to have understood is yo=
ur opinion before commenting:
1) audience restricted access=
 tokens is the way to cope with replay attempts between RSs

It=E2=80=99s one way, but yes that is suf=
ficient.=C2=A0

2)=
 TLS prevents replay at the same RS

re 1) =
that works as long as ASs support audience restrictions and the audience re=
striction is the actual resource server URL, otherwise a staged RS can obta=
in access tokens audience restricted for a different RS and replay it there=


Yes, audience restriction=
s only work if the AS supports it. DPoP only works if the AS, client, and *=
all* RSes all support it, right?

I=E2=80=99m not s=
ure of your second point.. Obviously an audience restriction needs to be un=
ambiguous if it is to have any effect.=C2=A0

re 2) it seems you look onto that threat from t=
he inside of a TLS connection. Let=E2=80=99s assume the attacker obtains th=
e access tokens at the application layer, e.g. through a log file, referrer=
 header, mix-up, browser history and then sends it through a new TLS connec=
tion to the same RS. How does TLS help to detect this replay?

These are token leakage/theft not repla=
y -=C2=A0https://en.m.wikipedia.org/wiki/Replay_attack
And TLS has done a lot to protect against even these threats. F=
or example, leaking credentials in logs was much more of a threat when you =
had to consider all kinds of proxies and middleboxes along the route. TLS h=
as completely eliminated that threat, leaving just the logs at the RS itsel=
f. And the others are largely protected against by not putting access token=
s in URLs, and things like Referrer-Policy/rel=3Dno-referrer..
Leaking an audience-restricted access token into the logs of t=
he RS itself seems a relatively minor threat to worry about. If you=E2=80=
=99re not managing logs securely then you=E2=80=99re probably already leaki=
ng all kinds of PII and other sensitive data that the access token grants a=
ccess to.=C2=A0

If the client and RS can=E2=80=99t=
 get these things right then I would question whether public key signatures=
 and associated key management is more likely to be done right.=C2=A0
=


With macaroons the complexity is reduced and the AS per=
forms all the checks.=C2=A0

With ECDH, although co=
mplex, the critical security checks are encoded into the key derivation pro=
cess - leading to the very desirable property that security failures become=
 interoperability failures and so are more likely to be found and fixed in =
testing. (See the work done on using implicit nonces in TLS for an example =
of this principle -=C2=A0https://blog.cloudflare.com/tls-nonce-nse/)

=E2=80=94 Neil


Am 24.11.2019 u=
m 08:40 schrieb Neil Madden <neil.madden@forgerock.com>:

=EF=BB=BFOn 22 Nov 2019, at 13:33, Torsten Lodderstedt <=
torsten@lodder=
stedt.net> wrote:
<=
blockquote type=3D"cite">
=EF=BB=BFHi Neil,=


On 22. Nov 2019, at 20:50, Neil Madden <neil.madden@forgerock.com> =
wrote:

Hi Torsten,
<=
blockquote type=3D"cite">

On 22 N=
ov 2019, at 12:15, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:<=
br>

Hi Neil,

On 22. Nov 2019, at 18:08, Nei=
l Madden <neil.madden@forgerock.com> wrote:

I think the phrase "token replay" is ambiguous. T=
raditionally it refers to an attacker being able to capture a token (or who=
le requests) in use and then replay it against the same RS. This is already=
 protected against by the use of normal TLS on the connection between the c=
lient and the RS. I think instead you are referring to a malicious/compromi=
sed RS replaying the token to a different RS - which has more of the flavou=
r of a man in the middle attack (of the phishing kind).

I would argue TLS basically prevents=
 leakage and not replay.
<=
/blockquote>

<=
span>It also protects against replay. If you capture TLS-encrypted packets =
with Wireshark you not only cannot decipher them but also cannot replay the=
m because they include specific anti-replay measures at the record level in=
 the form of unique session keys and record sequence numbers included in th=
e MAC calculations. This is essential to the security of TLS.

I understand. I was looking onto TLS=
 from an application perspective, that might explain differing perception.<=
/span>

=
The threats we try to cope with can be found in the Security BCP. There are=
 multiple ways access tokens can leak, including referrer headers, mix-up, =
open redirection, browser history, and all sorts of access token leakage at=
 the resource server

Please =
have a look at https://tools.ietf.org/html/dra=
ft-ietf-oauth-security-topics-13#section-4.

https://tools.ietf.org/ht=
ml/draft-ietf-oauth-security-topics-13#section-4.8 also has an extensiv=
e discussion of potential counter measures, including audience restricted a=
ccess tokens and a conclusion to recommend sender constrained access tokens=
 over other mechanisms.

OK, good - these are threats beyond token replay (at least as I underst=
and that term). It would be good to explicitly add them to the DPoP documen=
t motivation.

Note that most of t=
hese ways that an access token can leak also apply equally to leak of the D=
PoP JWT, so the protection afforded by DPoP boils down to how well the rest=
rictions encoded into the JWT prevent it from being reused in this case - e=
.g., restricting the expiry time, audience, scope, linking it to a specific=
 request (htm/htu) etc. 
<=
blockquote type=3D"cite">

Every s=
ingle one of those restrictions can be equally well encoded as caveats on a=
 macaroon access token without any need for public key signatures or additi=
onal tokens and headers.
<=
blockquote type=3D"cite">

But if that's the case the=
n there are much simpler defences than those proposed in the current draft:=


1. Get separate access tok=
ens for each RS with correct audience and scopes. The consensus appears to =
be that this is hard to do in some cases, hence the draft.

How many deployments do you know =
that today are able to issue RS-specific access tokens?
BTW: how would you identify the RS?
=


=

I agree that would be an alternative and I=E2=80=99m a great fan o=
f such tokens (and used them a lot at Deutsche Telekom) but in my perceptio=
n this pattern needs still to be established in the market. Moreover, they =
basically protect from a rough RS (if the URL is used as audience) replayin=
g the token someplace else, but they do not protect from all other kinds of=
 leakage/replay (e.g. log files).

Many services already do this. For example, Google encodes =
the intended RS into the scopes on GCP (https://developers=
.google.com/identity/protocols/googlescopes). A client can do a single =
authorization flow to authorize all the scopes it needs and then use repeat=
ed calls to the refresh token endpoint to obtain individual access tokens w=
ith subsets of the authorized scopes for each endpoint.

And that works at google? How does the cli=
ent indicate the RS it wants to use the first access token (that is obtains=
 in the course of the code exchange)?
<=
blockquote type=3D"cite">
It doesn=E2=80=99t. The initial access token would be for all s=
copes and the client simply discards that one (or revokes it if the AS supp=
orts revoking individual tokens). 

(I think Brian also mentio=
ned this pattern at OSW, but it might have been somebody else).
<=
/blockquote>

I know the pattern and we used th=
is at Deutsche Telekom, but I don=E2=80=99t know any other deployment utili=
sing this pattern. In my observation, most people treat access tokens as co=
okies and use them across RSs. Another reason might be that, before resourc=
e indicators, there was no interoperable way to ask for a token for a certa=
in RS.
=

I don=E2=80=99t kno=
w anybody using DPoP either. The point is that you can do this kind of thin=
g right now, so DPoP needs to have a stronger justification for why this is=
n=E2=80=99t sufficient.

2. Make the DPoP token be a simple JWT with an "iat&qu=
ot; and the origin of the RS. This stops the token being reused elsewhere b=
ut the client can reuse it (replay it) for many requests.
3. Issue a macaroon-based acce=
ss token and the client can add a correct audience and scope restrictions a=
t the point of use.

Why is this needed if the access token is already audience restricted? O=
r do you propose this as alternative? 
=


These are all alternatives. Any one of them prevents the=
 specific attack of replay by the RS to another RS.
=


And which does for replay with the same RS?
TLS. 

=E2=80=94 Neil
_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




-- 
Da=
ve Tonge
CTO
3D"Moneyhub
Moneyhub Financial Technology, 5th Fl=
oor, 10 Temple Back, Bristol, BS1 6FL
t:=C2=A0+44 (0)117 280 512=
0

Moneyhub =
Enterprise is a trading style of Moneyhub Financial Technology Limited whic=
h is authorised and regulated by the Financial Conduct Authority ("FCA=
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From: Neil Madden 
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Date: Mon, 25 Nov 2019 11:38:27 +0000
In-Reply-To: 
Cc: Torsten Lodderstedt , oauth 
To: Dave Tonge 
References: <1561F036-BE65-45B7-B206-5702774B3DBF@lodderstedt.net>  
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Hi Dave,

> On 25 Nov 2019, at 08:28, Dave Tonge  =
wrote:
>=20
> Hi Neil and Torsten
>=20
> I agree that the risk is about token theft / leakage. My understanding =
is that we should assume that at some point access tokens will be =
leaked, e.g.Facebook: =
https://auth0.com/blog/facebook-access-token-data-breach-early-look/ =

I think this example is interesting because DPoP (or mTLS) wouldn't have =
prevented it. The access tokens in this case were deliberately issued by =
Facebook to the wrong user to implement the "View As" feature, so PoP =
wouldn't prevent this as the tokens weren't stolen/leaked they were =
mis-issued and incorrectly scoped. (As I understand it the incorrect =
access token "had the permissions of the mobile app" - i.e. incorrect =
scope. It wasn't actually a token issued to the mobile app).

> If access tokens were cryptographically sender-constrained, then =
leaked/stolen access tokens would be useless.
> I take your point that some of the ways in which an access token would =
leak, would also leak the dPOP headers, this is why section 9.1 has the =
recommendations around `iat` and `jti`. While this doesn't eliminate the =
risk, it does reduce it.
>=20
> So my perspective is that dPOP allows sender-constrained access tokens =
in scenarios where mutual tls / token binding is not possible. This is a =
good protection against token leakage / theft.

My perspective is that it's the claims that are doing the heavy lifting =
here. The signature is, by definition, valid for all RSes. Given that =
the claims (restrictions really) are the important bit there are simpler =
ways to achieve this - macaroons being my preference.

Some broader points about the uses and costs of PoP tokens:

In a backend microservice architecture, service to service calls are =
often authorized by service account tokens. These tokens often have =
significantly higher privileges compared to normal users because the =
same token is used for every request. So PoP-binding these tokens makes =
a lot of sense because compromise of one of these tokens has a large =
blast radius. It's also much easier to achieve PoP-bound tokens in a =
closed ecosystem - e.g., just spin up a service mesh with automatic mTLS =
between all service instances and bind your access tokens to those =
certs.

For some deployment models like IoT that have much riskier threat =
profiles, it can also make sense to do PoP because tokens might pass =
through various protocol-translating proxies and over riskier =
communication channels. In this case you're probably willing to accept a =
bit of extra complexity because you accept that as part of the cost of =
operating securely in these environments. (Or you don't and your =
internet-enabled lightbulbs become a botnet). But you almost certainly =
have power and resource budgets that you need to keep within, so =
amortizing the cost of any public key crypto over many requests is =
crucial.

But for web-based SPAs and so on, I'm not sure the cost/benefit trade =
off is really that good. The biggest threat for tokens being =
stolen/misused is still XSS, and DPoP does nothing to protect against =
that. It also doesn't protect against many other ways that tokens leak =
in browsers - e.g. if a token leaks in your browser history then the =
threat is that the attacker is physically using your device, in which =
case they also have access to your DPoP keys. In the cases like the =
Facebook breach, where highly automated mass compromise was achieved, I =
think we're lacking evidence that PoP would help there either.

The single most important thing we can do to protect web-based apps is =
to encourage the principle of least privilege. Every access token should =
be as tightly constrained as possible - in scope, in audience, and in =
expiry time. Ideally at the point of being issued - which is why I think =
any next-gen OAuth must support issuing multiple fine-grained access =
tokens. Where tokens can't be constrained at the point of issue, then =
the client should be able to constrain them afterwards at the point of =
use. They could do this via DPoP, but for all the reasons I've mentioned =
before I think macaroons make more sense here.

For mobile apps however, where the situation is much better than for =
SPAs, DPoP may have real value. A mobile app can realistically generate =
keys within a secure enclave that requires local user authentication to =
access (enforced by the hardware), and there's typically no risk of XSS. =
Mobile phones are at risk of attacks by physically present attackers =
(e.g., being left unlocked while you go for a bathroom break), so DPoP =
could add real value here by making it much harder to use those apps =
without the user's consent - against even quite determined and =
sophisticated attackers.

If there is support in the WG to move the draft forward, then I'm happy =
that I've made the points I wanted to make. I would still like to see a =
much expanded rationale section with a precise description of the =
threats intended to be protected against and the limitations of the =
approach. I'd also like to see consideration for allowing reuse of a =
DPoP proof token for several requests, to amortize the cost. And I'd =
like to see the ability for DPoP tokens to be scope-constrained and =
expiry-constrained (i.e., timeout set by the client) as additional =
optional ways to lock it down.

-- Neil=

--Apple-Mail=_02E67FDA-3A98-49C5-ACBC-AB2191732265
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=us-ascii

Hi =
Dave,



On 25 Nov 2019, at 08:28, Dave Tonge <dave.tonge@momentumft.co.uk> wrote:

Hi Neil and Torsten

I =
agree that the risk is about token theft / leakage. My understanding is =
that we should assume that at some point access tokens will be leaked, =
e.g.Facebook: https://auth0.com/blog/facebook-access-token-data-breach-early-=
look/

I =
think this example is interesting because DPoP (or mTLS) wouldn't have =
prevented it. The access tokens in this case were deliberately issued by =
Facebook to the wrong user to implement the "View As" feature, so PoP =
wouldn't prevent this as the tokens weren't stolen/leaked they were =
mis-issued and incorrectly scoped. (As I understand it the incorrect =
access token "had the permissions of the mobile app" - i.e. incorrect =
scope. It wasn't actually a token issued to the mobile =
app).

If =
access tokens were cryptographically sender-constrained, then =
leaked/stolen access tokens would be useless.
I =
take your point that some of the ways in which an access token would =
leak, would also leak the dPOP headers, this is why section 9.1 has the =
recommendations around `iat` and `jti`. While this doesn't eliminate the =
risk, it does reduce it.

So my perspective is that =
dPOP allows sender-constrained access tokens in scenarios where mutual =
tls / token binding is not possible. This is a good protection against =
token leakage / theft.

My perspective is that it's the claims that are =
doing the heavy lifting here. The signature is, by definition, valid for =
all RSes. Given that the claims (restrictions really) are the important =
bit there are simpler ways to achieve this - macaroons being my =
preference.

Some broader points =
about the uses and costs of PoP tokens:

In a backend microservice architecture, service to =
service calls are often authorized by service account tokens. These =
tokens often have significantly higher privileges compared to normal =
users because the same token is used for every request. So PoP-binding =
these tokens makes a lot of sense because compromise of one of these =
tokens has a large blast radius. It's also much easier to achieve =
PoP-bound tokens in a closed ecosystem - e.g., just spin up a service =
mesh with automatic mTLS between all service instances and bind your =
access tokens to those certs.

For =
some deployment models like IoT that have much riskier threat profiles, =
it can also make sense to do PoP because tokens might pass through =
various protocol-translating proxies and over riskier communication =
channels. In this case you're probably willing to accept a bit of extra =
complexity because you accept that as part of the cost of operating =
securely in these environments. (Or you don't and your internet-enabled =
lightbulbs become a botnet). But you almost certainly have power and =
resource budgets that you need to keep within, so amortizing the cost of =
any public key crypto over many requests is crucial.

But for web-based SPAs and so on, I'm not sure the =
cost/benefit trade off is really that good. The biggest threat for =
tokens being stolen/misused is still XSS, and DPoP does nothing to =
protect against that. It also doesn't protect against many other ways =
that tokens leak in browsers - e.g. if a token leaks in your browser =
history then the threat is that the attacker is physically using your =
device, in which case they also have access to your DPoP keys. In the =
cases like the Facebook breach, where highly automated mass compromise =
was achieved, I think we're lacking evidence that PoP would help there =
either.

The single most important =
thing we can do to protect web-based apps is to encourage the principle =
of least privilege. Every access token should be as tightly constrained =
as possible - in scope, in audience, and in expiry time. Ideally at the =
point of being issued - which is why I think any next-gen OAuth must =
support issuing multiple fine-grained access tokens. Where tokens can't =
be constrained at the point of issue, then the client should be able to =
constrain them afterwards at the point of use. They could do this via =
DPoP, but for all the reasons I've mentioned before I think macaroons =
make more sense here.

For mobile =
apps however, where the situation is much better than for SPAs, DPoP may =
have real value. A mobile app can realistically generate keys within a =
secure enclave that requires local user authentication to access =
(enforced by the hardware), and there's typically no risk of XSS. Mobile =
phones are at risk of attacks by physically present attackers (e.g., =
being left unlocked while you go for a bathroom break), so DPoP could =
add real value here by making it much harder to use those apps without =
the user's consent - against even quite determined and sophisticated =
attackers.

If there is support in =
the WG to move the draft forward, then I'm happy that I've made the =
points I wanted to make. I would still like to see a much expanded =
rationale section with a precise description of the threats intended to =
be protected against and the limitations of the approach. I'd also like =
to see consideration for allowing reuse of a DPoP proof token for =
several requests, to amortize the cost. And I'd like to see the ability =
for DPoP tokens to be scope-constrained and expiry-constrained (i.e., =
timeout set by the client) as additional optional ways to lock it =
down.

-- =
Neil
=

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From: Torsten Lodderstedt 
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Date: Mon, 25 Nov 2019 13:09:58 +0100
In-Reply-To: 
Cc: Dave Tonge , oauth 
To: Neil Madden 
References: <1561F036-BE65-45B7-B206-5702774B3DBF@lodderstedt.net>   
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Hi Neil,=20

> On 25. Nov 2019, at 12:38, Neil Madden  =
wrote:
>=20
> But for web-based SPAs and so on, I'm not sure the cost/benefit trade =
off is really that good. The biggest threat for tokens being =
stolen/misused is still XSS, and DPoP does nothing to protect against =
that. It also doesn't protect against many other ways that tokens leak =
in browsers - e.g. if a token leaks in your browser history then the =
threat is that the attacker is physically using your device, in which =
case they also have access to your DPoP keys. In the cases like the =
Facebook breach, where highly automated mass compromise was achieved, I =
think we're lacking evidence that PoP would help there either.
>=20
> The single most important thing we can do to protect web-based apps is =
to encourage the principle of least privilege. Every access token should =
be as tightly constrained as possible - in scope, in audience, and in =
expiry time. Ideally at the point of being issued ...

I tend to agree with your assessment. The simplest way with current =
OAuth is use of code+pkce+refresh tokens, narrowly scoped access tokens, =
and resource indicators to mint RS-specific, privilege restricted, short =
lived access tokens.=20

Do you think we should spell this out in the SPA BCP?

best regards,
Torsten.=20=

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From: Neil Madden 
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Date: Mon, 25 Nov 2019 14:08:29 +0000
Cc: Dave Tonge , oauth 
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To: Torsten Lodderstedt 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 25 Nov 2019, at 12:09, Torsten Lodderstedt  =
wrote:
>=20
> Hi Neil,=20
>=20
>> On 25. Nov 2019, at 12:38, Neil Madden  =
wrote:
>>=20
>> But for web-based SPAs and so on, I'm not sure the cost/benefit trade =
off is really that good. The biggest threat for tokens being =
stolen/misused is still XSS, and DPoP does nothing to protect against =
that. It also doesn't protect against many other ways that tokens leak =
in browsers - e.g. if a token leaks in your browser history then the =
threat is that the attacker is physically using your device, in which =
case they also have access to your DPoP keys. In the cases like the =
Facebook breach, where highly automated mass compromise was achieved, I =
think we're lacking evidence that PoP would help there either.
>>=20
>> The single most important thing we can do to protect web-based apps =
is to encourage the principle of least privilege. Every access token =
should be as tightly constrained as possible - in scope, in audience, =
and in expiry time. Ideally at the point of being issued ...
>=20
> I tend to agree with your assessment. The simplest way with current =
OAuth is use of code+pkce+refresh tokens, narrowly scoped access tokens, =
and resource indicators to mint RS-specific, privilege restricted, short =
lived access tokens.=20
>=20
> Do you think we should spell this out in the SPA BCP?

I think that would certainly be a great start.

-- Neil=


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In-Reply-To: 
From: Jared Jennings 
Date: Mon, 25 Nov 2019 08:48:26 -0600
Message-ID: 
To: oauth 
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+1

-Jared
Skype:jaredljennings
Signal:+1 816.730.9540
WhatsApp: +1 816.678.4152


On Mon, Nov 25, 2019 at 8:08 AM Neil Madden 
wrote:

> On 25 Nov 2019, at 12:09, Torsten Lodderstedt 
> wrote:
> >
> > Hi Neil,
> >
> >> On 25. Nov 2019, at 12:38, Neil Madden 
> wrote:
> >>
> > Do you think we should spell this out in the SPA BCP?
>
> I think that would certainly be a great start.
>
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

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+1

-Jared
Skype:jaredljennings<=
/div>
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WhatsApp:=C2=A0+1 816.678.4152


On Mon, Nov 25, 2019 at 8:08 AM Neil Madden=
 <neil.madden@forgerock.com=
> wrote:
=
On 25 Nov 2019, at 12:09, Torsten Lodderstedt <torsten@lodderstedt.net> wrote:<=
br>
> 

> Hi Neil, 

> 

>> On 25. Nov 2019, at 12:38, Neil Madden <neil.madden@forgerock.com> w=
rote:

>> 

> Do you think we should spell this out in the SPA BCP?



I think that would certainly be a great start.



-- Neil

_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth




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Subject: Re: [OAUTH-WG] authorization code injection - draft-ietf-oauth-security-topics-13
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Am 16.11.19 um 14:28 schrieb Aaron Parecki:
> Thanks for the reply. You're right, PKCE requires maintaining
> application state as well, and does solve the main worry I have.
>
> However I think there is still something more. I guess my concern is
> around the specific wording:
>
>> in this case, 'state' may be used again for its original purpose...
> My concern is if people see this recommendation, (even though it's
> clarified that it only applies if the authorization server supports
> PKCE), they may revert back to static "state" values *regardless* of
> whether the server supports PKCE, opening up a security hole again.
> This is especially problematic because of the way PKCE works where
> clients have no indication as to whether the server supports PKCE if
> the whole flow is successful.
>
> I guess I just would rather not mention the possibility of using
> static state values again.
I would like to keep this note. We could change the wording, however.
How about this:


"If PKCE [RFC7636] is used by the client and the client *has ensured*
that the authorization server supports PKCE, the client MAY opt to not
use "state" for CSRF protection".

-Daniel

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Am 16.11.19 um 14:28 schrieb Aaron
      Parecki:

    

    

      
Thanks for the reply. You're right, PKCE requires maintaining
application state as well, and does solve the main worry I have.

However I think there is still something more. I guess my concern is
around the specific wording:



      

        
in this case, 'state' may be used again for its original purpose...


      

      
My concern is if people see this recommendation, (even though it's
clarified that it only applies if the authorization server supports
PKCE), they may revert back to static "state" values *regardless* of
whether the server supports PKCE, opening up a security hole again.
This is especially problematic because of the way PKCE works where
clients have no indication as to whether the server supports PKCE if
the whole flow is successful.

I guess I just would rather not mention the possibility of using
static state values again.

    

    I would like to keep this note. We could change the wording,
    however. How about this:

    
 

      "If PKCE [RFC7636] is used by the client and the client has
        ensured that the authorization server supports PKCE, the
      client MAY opt to not use "state" for CSRF protection".

    

    -Daniel
  


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From: Aaron Parecki 
Date: Mon, 25 Nov 2019 07:21:57 -0800
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Works for me, sounds like that clears up the confusion I am worried about.

Aaron


On Mon, Nov 25, 2019 at 7:12 AM Daniel Fett  wrote:

> Am 16.11.19 um 14:28 schrieb Aaron Parecki:
>
> Thanks for the reply. You're right, PKCE requires maintaining
> application state as well, and does solve the main worry I have.
>
> However I think there is still something more. I guess my concern is
> around the specific wording:
>
>
> in this case, 'state' may be used again for its original purpose...
>
> My concern is if people see this recommendation, (even though it's
> clarified that it only applies if the authorization server supports
> PKCE), they may revert back to static "state" values *regardless* of
> whether the server supports PKCE, opening up a security hole again.
> This is especially problematic because of the way PKCE works where
> clients have no indication as to whether the server supports PKCE if
> the whole flow is successful.
>
> I guess I just would rather not mention the possibility of using
> static state values again.
>
> I would like to keep this note. We could change the wording, however. How
> about this:
>
>
> "If PKCE [RFC7636] is used by the client and the client *has ensured*
> that the authorization server supports PKCE, the client MAY opt to not use
> "state" for CSRF protection".
>
>
> -Daniel
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
-- 
----
Aaron Parecki
aaronparecki.com
@aaronpk 

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Works for me, sounds like that clears up the confusi=
on I am worried about.

Aaron


On Mon, Nov 25, 2019 at 7:12 AM =
Daniel Fett <fett@danielfett.de> wrote:

 =20
   =20
 =20
  

    
Am 16.11.19 um 14:28 schrieb Aaron
      Parecki:

    

    

      
Thanks for the reply. You're right, PKCE requires maintainin=
g
application state as well, and does solve the main worry I have.

However I think there is still something more. I guess my concern is
around the specific wording:



      

        
in this case, 'state' may be used again for its origin=
al purpose...


      

      
My concern is if people see this recommendation, (even though it=
's
clarified that it only applies if the authorization server supports
PKCE), they may revert back to static "state" values *regardless*=
 of
whether the server supports PKCE, opening up a security hole again.
This is especially problematic because of the way PKCE works where
clients have no indication as to whether the server supports PKCE if
the whole flow is successful.

I guess I just would rather not mention the possibility of using
static state values again.

    

    I would like to keep this note. We could change the wording,
    however. How about this:

    
 

      "If PKCE [RFC7636] is used by the client and the client has
        ensured that the authorization server supports PKCE, the
      client MAY opt to not use "state" for CSRF protection"=
.


    

    -Daniel
  


_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth


-- 
----
Aaron Parecki
<=
div>aaronparecki.com<=
/a>



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In-Reply-To: 
From: Aaron Parecki 
Date: Mon, 25 Nov 2019 08:06:42 -0800
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I agree, the Facebook issue had nothing to do with extracting access tokens
via a hack, it was entirely facebook=E2=80=99s fault for issuing access tok=
ens
improperly in the first place. They posted some amazing details on what
happened on their website.

https://about.fb.com/news/2018/09/security-update/

If they couldn=E2=80=99t even get this right, it=E2=80=99s unlikely a sende=
r constrained
token would have helped here, and may have been bypassed just like the
other three issues that led to the breach.

> I tend to agree with your assessment. The simplest way with current OAuth
is use of code+pkce+refresh tokens, narrowly scoped access tokens, and
resource indicators to mint RS-specific, privilege restricted, short lived
access tokens.
>
> Do you think we should spell this out in the SPA BCP?

I agree that this is probably the best advice we can give. Ultimately
people will still make mistakes like the ones that led to the Facebook
issue, so all we can do is point people in the right direction.

Aaron



On Mon, Nov 25, 2019 at 6:08 AM Neil Madden 
wrote:

> On 25 Nov 2019, at 12:09, Torsten Lodderstedt 
> wrote:
> >
> > Hi Neil,
> >
> >> On 25. Nov 2019, at 12:38, Neil Madden 
> wrote:
> >>
> >> But for web-based SPAs and so on, I'm not sure the cost/benefit trade
> off is really that good. The biggest threat for tokens being stolen/misus=
ed
> is still XSS, and DPoP does nothing to protect against that. It also
> doesn't protect against many other ways that tokens leak in browsers - e.=
g.
> if a token leaks in your browser history then the threat is that the
> attacker is physically using your device, in which case they also have
> access to your DPoP keys. In the cases like the Facebook breach, where
> highly automated mass compromise was achieved, I think we're lacking
> evidence that PoP would help there either.
> >>
> >> The single most important thing we can do to protect web-based apps is
> to encourage the principle of least privilege. Every access token should =
be
> as tightly constrained as possible - in scope, in audience, and in expiry
> time. Ideally at the point of being issued ...
> >
> > I tend to agree with your assessment. The simplest way with current
> OAuth is use of code+pkce+refresh tokens, narrowly scoped access tokens,
> and resource indicators to mint RS-specific, privilege restricted, short
> lived access tokens.
> >
> > Do you think we should spell this out in the SPA BCP?
>
> I think that would certainly be a great start.
>
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>
--=20
----
Aaron Parecki
aaronparecki.com
@aaronpk 

--000000000000c9dd6b05982df30e
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


I agree, the Facebook issue had nothing to do with e=
xtracting access tokens via a hack, it was entirely facebook=E2=80=99s faul=
t for issuing access tokens improperly in the first place. They posted some=
 amazing details on what happened on their website.

If they couldn=E2=80=99t even get t=
his right, it=E2=80=99s unlikely a sender constrained token would have help=
ed here, and may have been bypassed just like the other three issues that l=
ed to the breach.

> I=
 tend to agree with your assessment. The simplest way with current OAuth is=
 use of code+pkce+refresh tokens, narrowly scoped access tokens, and resour=
ce indicators to mint RS-specific, privilege restricted, short lived access=
 tokens.=C2=A0
>=C2=A0
> Do you think we should spell this out =
in the SPA BCP?

I ag=
ree that this is probably the best advice we can give. Ultimately people wi=
ll still make mistakes like the ones that led to the Facebook issue, so all=
 we can do is point people in the right direction.
<=
br>
Aaron



On Mon, Nov 25, 2019 at 6:08 AM Neil Madden <neil.madden@forgerock.com> wro=
te:
On 25 Nov 2019, at 12:09, Torst=
en Lodderstedt <torsten@lodderstedt.net> wrote:

> 

> Hi Neil, 

> 

>> On 25. Nov 2019, at 12:38, Neil Madden <neil.madden@forgerock.com> w=
rote:

>> 

>> But for web-based SPAs and so on, I'm not sure the cost/benefi=
t trade off is really that good. The biggest threat for tokens being stolen=
/misused is still XSS, and DPoP does nothing to protect against that. It al=
so doesn't protect against many other ways that tokens leak in browsers=
 - e.g. if a token leaks in your browser history then the threat is that th=
e attacker is physically using your device, in which case they also have ac=
cess to your DPoP keys. In the cases like the Facebook breach, where highly=
 automated mass compromise was achieved, I think we're lacking evidence=
 that PoP would help there either.

>> 

>> The single most important thing we can do to protect web-based app=
s is to encourage the principle of least privilege. Every access token shou=
ld be as tightly constrained as possible - in scope, in audience, and in ex=
piry time. Ideally at the point of being issued ...

> 

> I tend to agree with your assessment. The simplest way with current OA=
uth is use of code+pkce+refresh tokens, narrowly scoped access tokens, and =
resource indicators to mint RS-specific, privilege restricted, short lived =
access tokens. 

> 

> Do you think we should spell this out in the SPA BCP?



I think that would certainly be a great start.



-- Neil

_______________________________________________

OAuth mailing list

OAuth@ietf.org

https://www.ietf.org/mailman/listinfo/oauth


-- 
----
Aaron Parecki
<=
div>aaronparecki.com<=
/a>



--000000000000c9dd6b05982df30e--


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Date: Mon, 25 Nov 2019 08:07:35 -0800
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Subject: [OAUTH-WG] Meeting minutes from IETF106
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Are the meeting minutes posted anywhere? I haven=E2=80=99t been able to fin=
d a link
to them yet. Thanks!

Aaron
--=20
----
Aaron Parecki
aaronparecki.com
@aaronpk 

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Are the meeting minutes posted anywhere? I haven=E2=80=99=
t been able to find a link to them yet. Thanks!

=

Aaron
-- 
----
Aaron Pare=
cki



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> On 25. Nov 2019, at 17:06, Aaron Parecki  wrote:
>=20
> I agree, the Facebook issue had nothing to do with extracting access =
tokens via a hack, it was entirely facebook=E2=80=99s fault for issuing =
access tokens improperly in the first place. They posted some amazing =
details on what happened on their website.
>=20
> https://about.fb.com/news/2018/09/security-update/
>=20
> If they couldn=E2=80=99t even get this right, it=E2=80=99s unlikely a =
sender constrained token would have helped here, and may have been =
bypassed just like the other three issues that led to the breach.
>=20
> > I tend to agree with your assessment. The simplest way with current =
OAuth is use of code+pkce+refresh tokens, narrowly scoped access tokens, =
and resource indicators to mint RS-specific, privilege restricted, short =
lived access tokens.=20
> >=20
> > Do you think we should spell this out in the SPA BCP?
>=20
> I agree that this is probably the best advice we can give. Ultimately =
people will still make mistakes like the ones that led to the Facebook =
issue, so all we can do is point people in the right direction.

It=E2=80=99s also softens the requirements since to would not require =
SPAs to have a PoP mechanism.=20

I think that=E2=80=99s ok, since SPAs with all APIs and token handling =
in the browser will anyway not be the security critical ones. SPAs =
serving as frontend for security sensitive applications can cover API =
interactions in the backend (where we have practical measures available =
for sender constrained access tokens.=20

>=20
> Aaron
>=20
>=20
>=20
> On Mon, Nov 25, 2019 at 6:08 AM Neil Madden =
 wrote:
> On 25 Nov 2019, at 12:09, Torsten Lodderstedt =
 wrote:
> >=20
> > Hi Neil,=20
> >=20
> >> On 25. Nov 2019, at 12:38, Neil Madden  =
wrote:
> >>=20
> >> But for web-based SPAs and so on, I'm not sure the cost/benefit =
trade off is really that good. The biggest threat for tokens being =
stolen/misused is still XSS, and DPoP does nothing to protect against =
that. It also doesn't protect against many other ways that tokens leak =
in browsers - e.g. if a token leaks in your browser history then the =
threat is that the attacker is physically using your device, in which =
case they also have access to your DPoP keys. In the cases like the =
Facebook breach, where highly automated mass compromise was achieved, I =
think we're lacking evidence that PoP would help there either.
> >>=20
> >> The single most important thing we can do to protect web-based apps =
is to encourage the principle of least privilege. Every access token =
should be as tightly constrained as possible - in scope, in audience, =
and in expiry time. Ideally at the point of being issued ...
> >=20
> > I tend to agree with your assessment. The simplest way with current =
OAuth is use of code+pkce+refresh tokens, narrowly scoped access tokens, =
and resource indicators to mint RS-specific, privilege restricted, short =
lived access tokens.=20
> >=20
> > Do you think we should spell this out in the SPA BCP?
>=20
> I think that would certainly be a great start.
>=20
> -- Neil
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
> --=20
> ----
> Aaron Parecki
> aaronparecki.com
> @aaronpk
>=20


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From: Daniel Fett 
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Subject: Re: [OAUTH-WG] WGLC review of draft-ietf-oauth-security-topics-13
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Hi Guido,

thanks for the feedback! I incorporated most of it into the next version.

Some comments:


Am 22.11.19 um 18:00 schrieb Guido Schmitz:
> * Section 3.1, Third Paragraph, Section 4.7, and other places throughout
> the document: (Please excuse that the following might be a bit
> nitpicking.) The term CSRF might be misleading as we are not talking
> about "classical" CSRF, where a party is tricked into (implicitly)
> believing that a request was caused by its own origin (from a web
> browser), but was actually sent cross-origin. Here, we are talking about
> requests which (by protocol) are typically intended to be cross-origin.
> The point here is not that the request is cross-origin, but that it
> originates from an unintended (cross-)origin. Maybe you could mention
> that we are talking about an advanced kind of CSRF in the
> double-redirection context.
Good catch, I added a reference to RFC6819, where this kind of CSRF is
explained in more detail.
>
> * Section 3.1.2: What about SPAs? Either they use authorization code
> grant with the help of some server or use CORS to access the token
> endpoint. The token endpoint, however, then needs to support CORS. The
> obvious question is then, what is the CORS policy of the token endpoint?
> It is probably fine to allow all origins (if this policy only applies to
> the token ep itself and not other eps at the same origin) or do I miss
> something?
This policy should be fine. But this is a topic for the SPA BCP.
> * Section 4.1.3, "fix fragments": The source [fb_fragments] only says
> that Facebook adds the fragment #_=_ to some URLs. There is no
> explanation or reasoning in the source (as well as in this document) at
> all that this technique strips the fragment from redirects. (Mike Jones
> also commented on this.)
Thanks, I removed the reference completely and added some explanation
instead.
> * Section 4.2.4, Bullet Point "referrer header": Adding the
> rel="noreferrer" attribute to links does not protect against leakage via
> third-party content. Referrer Policy is the only effective
> countermeasure of the mentioned two as it can be used to completely
> suppress the Referer header or at least strip it to the origin. Should
> we give a concrete example for Referrer Policies? For example, the
> header "Referrer-Policy: no-referrer" in the response completely
> suppresses the Referer header in all requests originating from the
> resulting document.  Also, this measure is easier to implement than
> adding rel="noreferrer" to each link. (BTW, there is also an excess
> quotation mark in this paragraph.)
You're right, Referrer Policies are the way to go. I added your example.
> * Section 4.5.3, "Code-bound State": This requires that state is fresh
> for each flow. You should mention or even emphasize this.
>
> * Section 4.5.3, "Per-instance client id/secret": This essentially says
> that native apps or anything that might be able to obtain and store
> client id/secret (e.g., using dynamic registration) could do this. Web
> SPAs could do this as well (e.g., using Web Storage). The last sentence
> of this paragraph is somehow confusing.
I propose to remove these two points from the bullet point list
completely. They are more of an academic discussion for a problem that
is already solved by PKCE at this point. Any objections?
> * Section 4.5.3, Second Paragraph after bullet points, "Note on
> pre-warmed secrets": What is the context of this note? Does the attacker
> start a flow on some device, extract secrets, and then pass this device
> to the victim who then completes the OAuth flow? (Mike Jones also
> remarked that "pre-warmed secrets" is not explained)

That is essentially a pointer in the general direction of the PKCE
Chosen Challenge attack. I agree that it needs a better wording.

-Daniel


--------------B2A1001EF432A137DECC4A2A
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Hi Guido, 

    

    


    

    
thanks for the feedback! I incorporated
      most of it into the next version.

    


    

    
Some comments:

    

    


    

    


    

    
Am 22.11.19 um 18:00 schrieb Guido
      Schmitz:

    

    

      
* Section 3.1, Third Paragraph, Section 4.7, and other places throughout
the document: (Please excuse that the following might be a bit
nitpicking.) The term CSRF might be misleading as we are not talking
about "classical" CSRF, where a party is tricked into (implicitly)
believing that a request was caused by its own origin (from a web
browser), but was actually sent cross-origin. Here, we are talking about
requests which (by protocol) are typically intended to be cross-origin.
The point here is not that the request is cross-origin, but that it
originates from an unintended (cross-)origin. Maybe you could mention
that we are talking about an advanced kind of CSRF in the
double-redirection context.

    

    Good catch, I added a reference to RFC6819, where this kind of CSRF
    is explained in more detail.

    

      

* Section 3.1.2: What about SPAs? Either they use authorization code
grant with the help of some server or use CORS to access the token
endpoint. The token endpoint, however, then needs to support CORS. The
obvious question is then, what is the CORS policy of the token endpoint?
It is probably fine to allow all origins (if this policy only applies to
the token ep itself and not other eps at the same origin) or do I miss
something?

    

    This policy should be fine. But this is a topic for the SPA BCP.

    

      
* Section 4.1.3, "fix fragments": The source [fb_fragments] only says
that Facebook adds the fragment #_=_ to some URLs. There is no
explanation or reasoning in the source (as well as in this document) at
all that this technique strips the fragment from redirects. (Mike Jones
also commented on this.)

    

    Thanks, I removed the reference completely and added some
    explanation instead.

    

      
* Section 4.2.4, Bullet Point "referrer header": Adding the
rel="noreferrer" attribute to links does not protect against leakage via
third-party content. Referrer Policy is the only effective
countermeasure of the mentioned two as it can be used to completely
suppress the Referer header or at least strip it to the origin. Should
we give a concrete example for Referrer Policies? For example, the
header "Referrer-Policy: no-referrer" in the response completely
suppresses the Referer header in all requests originating from the
resulting document.  Also, this measure is easier to implement than
adding rel="noreferrer" to each link. (BTW, there is also an excess
quotation mark in this paragraph.)

    

    You're right, Referrer Policies are the way to go. I added your
    example.

    

      
* Section 4.5.3, "Code-bound State": This requires that state is fresh
for each flow. You should mention or even emphasize this.

* Section 4.5.3, "Per-instance client id/secret": This essentially says
that native apps or anything that might be able to obtain and store
client id/secret (e.g., using dynamic registration) could do this. Web
SPAs could do this as well (e.g., using Web Storage). The last sentence
of this paragraph is somehow confusing.

    

    I propose to remove these two points from the bullet point list
    completely. They are more of an academic discussion for a problem
    that is already solved by PKCE at this point. Any objections?
    

      
* Section 4.5.3, Second Paragraph after bullet points, "Note on
pre-warmed secrets": What is the context of this note? Does the attacker
start a flow on some device, extract secrets, and then pass this device
to the victim who then completes the OAuth flow? (Mike Jones also
remarked that "pre-warmed secrets" is not explained)

    

    
That is essentially a pointer in the general direction of the
      PKCE Chosen Challenge attack. I agree that it needs a better
      wording.

    
-Daniel

    

  


--------------B2A1001EF432A137DECC4A2A--


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From: Brian Campbell 
Date: Mon, 25 Nov 2019 12:41:45 -0700
Message-ID: 
To: Benjamin Kaduk 
Cc: Mike Jones ,  "ve7jtb@gmail.com" , "oauth@ietf.org" , Andrey Labunets 
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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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On Fri, Nov 22, 2019 at 11:46 PM Benjamin Kaduk  wrote:

> On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
> > SUBSTANTIVE
> >
> [...]
> >
> > 4.8.1.1. Metadata - This section suggests the use of a
> "resource_servers" metadata value.  This isn't defined by RFC 8414 nor do=
 I
> see it the IANA OAuth Authorization Server Metadata registry at
> https://www.iana.org/assignments/oauth-parameters/oauth-parameters.xhtml#=
authorization-server-metadata.
> Is this something that's been standardized elsewhere?  If so, please add =
a
> citation.  If not, please clearly say that this metadata value is not
> standardized, and is therefore unlikely to be interoperable.
>
> I would go further and say that we should not document "best practices"
> that involve non-standardized values.
>
> > 4.8.1.1. Metadata - This section suggests the use a
> "access_token_resource_server" token response value.  Please likewise
> clearly say that this parameter isn't a standard.
>
> (ditto)
>

The document has a number of occurrences similar to these where a
particular solution is discussed even though it's not been standardized
and/or isn't actually a recommendation of the document. Such discussions
can instructive and have valuable information. But I wonder if it might be
more appropriate to omit them from the BCP? When the document is read and
understood in its full context, I do think the scope and intent of such
discussions are made reasonably clear. However, they could be pretty easily
misunderstood by someone just reading individual subsections or from citing
parts of the document text without the larger context. I guess I'm
thinking/suggesting that it'd be better if the BCP only focused on the
actionable recommendations it is making. And omit background type
discussion of alternative approaches that didn't get used for whatever
reason. Or, if they do stay in the document, de-emphasize them even further
like maybe moving them into an appendix rather than the main body of the
doc.

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=

On Fri, Nov 22, 2019 at 11:46 PM Benj=
amin Kaduk <kaduk@mit=
.edu> wrote:
On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:

> SUBSTANTIVE

> 

[...]

> 

> 4.8.1.1. Metadata - This section suggests the use of a "resource_=
servers" metadata value.=C2=A0 This isn't defined by RFC 8414 nor =
do I see it the IANA OAuth Authorization Server Metadata registry at http=
s://www.iana.org/assignments/oauth-parameters/oauth-parameters.xhtml#author=
ization-server-metadata.=C2=A0 Is this something that's been standa=
rdized elsewhere?=C2=A0 If so, please add a citation.=C2=A0 If not, please =
clearly say that this metadata value is not standardized, and is therefore =
unlikely to be interoperable.



I would go further and say that we should not document "best practices=
"

that involve non-standardized values.



> 4.8.1.1. Metadata - This section suggests the use a "access_token=
_resource_server" token response value.=C2=A0 Please likewise clearly =
say that this parameter isn't a standard.



(ditto)

The document has a number of  o=
ccurrences similar to these where a particular solution is discussed even t=
hough it's not been standardized and/or isn't actually a recommenda=
tion of the document. Such discussions can instructive and have valuable in=
formation. But I wonder if it might be more appropriate to omit them from t=
he BCP? When the document is read and understood in its full context, I do =
think the scope and intent of such discussions are made reasonably clear. H=
owever, they could be pretty easily misunderstood by someone just reading i=
ndividual subsections or from citing parts of the document text without the=
 larger context. I guess I'm thinking/suggesting that it'd be bette=
r if the BCP only focused on the actionable recommendations it is making. A=
nd omit background type discussion of alternative approaches that didn'=
t get used for whatever reason. Or, if they do stay in the document, de-emp=
hasize them even further like maybe moving them into an appendix rather tha=
n the main body of the doc. 
=C2=A0




<=
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In-Reply-To: 
From: Brian Campbell 
Date: Mon, 25 Nov 2019 13:41:53 -0700
Message-ID: 
To: Ryan Kelly 
Cc: Torsten Lodderstedt , oauth 
Content-Type: multipart/alternative; boundary="000000000000c6e188059831cc84"
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Subject: Re: [OAUTH-WG] New Version Notification for draft-lodderstedt-oauth-rar-03.txt
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On Sun, Nov 24, 2019 at 8:18 PM Ryan Kelly  wrote:

>
> > The "matches as prefix of one of the URLs" part of Paragraph 3 seems a
>> bit unclear as well, given that there is no requirement that the
>> "locations" elements be well-formed URLs. Is this is simple string prefi=
x
>> match, or some sort of path matching based on the components of the URL?
>>
>> simple string match
>>
>
> Does the AS need to take any particular care about resource names that
> might accidentally be prefixes of each other, such as "
> https://example.com/payments" and "https://example.com/payme"?  That
> seems really contrived, but perhaps I'm just not creative enough to think
> of a more realistic example.
>


That particular example is maybe somewhat contrived but that kind of thing
will undoubtedly occur at some point. I do think that some sort of path
matching would be more appropriate for this.

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=

On Sun, Nov 24, 2019 at 8:18 PM Ryan =
Kelly <rfkelly=
@mozilla.com> wrote:


> The "matches as prefix of one of the URLs" part of Paragraph=
 3 seems a bit unclear as well, given that there is no requirement that the=
 "locations" elements be well-formed URLs. Is this is simple stri=
ng prefix match, or some sort of path matching based on the components of t=
he URL?



simple string match

Does the AS need to=
 take any particular care about resource names that might accidentally be p=
refixes of each other, such as "https://example.com/payments" and "https://example.com/paym=
e"?=C2=A0 That seems really contrived, but perhaps I'm just no=
t creative enough to think of a more realistic example.


That particular example i=
s maybe somewhat contrived but that kind of thing will undoubtedly occur at=
 some point. I do think that some sort of path matching would be more appro=
priate for this. 

=C2=A0




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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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+1=2E We should only discuss solutions if we would be okay with people actu=
ally implementing them=2E (See also my feedback to Guido's review=2E)

-Daniel

Am 25=2E November 2019 20:41:45 MEZ schrieb Brian Campbell :
>On Fri, Nov 22, 2019 at 11:46 PM Benjamin Kaduk  wrote:
>
>> On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
>> > SUBSTANTIVE
>> >
>> [=2E=2E=2E]
>> >
>> > 4=2E8=2E1=2E1=2E Metadata - This section suggests the use of a
>> "resource_servers" metadata value=2E  This isn't defined by RFC 8414
>nor do I
>> see it the IANA OAuth Authorization Server Metadata registry at
>>
>https://www=2Eiana=2Eorg/assignments/oauth-parameters/oauth-parameters=2E=
xhtml#authorization-server-metadata=2E
>> Is this something that's been standardized elsewhere?  If so, please
>add a
>> citation=2E  If not, please clearly say that this metadata value is not
>> standardized, and is therefore unlikely to be interoperable=2E
>>
>> I would go further and say that we should not document "best
>practices"
>> that involve non-standardized values=2E
>>
>> > 4=2E8=2E1=2E1=2E Metadata - This section suggests the use a
>> "access_token_resource_server" token response value=2E  Please likewise
>> clearly say that this parameter isn't a standard=2E
>>
>> (ditto)
>>
>
>The document has a number of occurrences similar to these where a
>particular solution is discussed even though it's not been standardized
>and/or isn't actually a recommendation of the document=2E Such
>discussions
>can instructive and have valuable information=2E But I wonder if it might
>be
>more appropriate to omit them from the BCP? When the document is read
>and
>understood in its full context, I do think the scope and intent of such
>discussions are made reasonably clear=2E However, they could be pretty
>easily
>misunderstood by someone just reading individual subsections or from
>citing
>parts of the document text without the larger context=2E I guess I'm
>thinking/suggesting that it'd be better if the BCP only focused on the
>actionable recommendations it is making=2E And omit background type
>discussion of alternative approaches that didn't get used for whatever
>reason=2E Or, if they do stay in the document, de-emphasize them even
>further
>like maybe moving them into an appendix rather than the main body of
>the
>doc=2E
>
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+1=2E We should only discuss solutions if we would=
 be okay with people actually implementing them=2E (See also my feedback to=
 Guido's review=2E)

-Daniel

Am 25=
=2E November 2019 20:41:45 MEZ schrieb Brian Campbell <bcampbell=3D40pin=
gidentity=2Ecom@dmarc=2Eietf=2Eorg>:




On Fri, Nov 22, 2019 at 11:46 PM Ben=
jamin Kaduk <kaduk@=
mit=2E=2Eedu> wrote:
On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
> SUBSTANTIVE

> 

[=2E=2E=2E]

> 

> 4=2E8=2E1=2E1=2E Metadata - This section suggests the use of a "resou=
rce_servers" metadata value=2E  This isn't defined by RFC 8414 nor do =
I see it the IANA OAuth Authorization Server Metadata registry at https://www=2Eiana=2Eorg/assignments/oauth-parameters/oauth-parameters=2E=
xhtml#authorization-server-metadata=2E  Is this something that's b=
een standardized elsewhere?  If so, please add a citation=2E  If =
not, please clearly say that this metadata value is not standardized, and i=
s therefore unlikely to be interoperable=2E



I would go further and say that we should not document "best practices"
that involve non-standardized values=2E



> 4=2E8=2E1=2E1=2E Metadata - This section suggests the use a "access_t=
oken_resource_server" token response value=2E  Please likewise clearly=
 say that this parameter isn't a standard=2E



(ditto)

The document has a number of  =
occurrences similar to these where a particular solution is discussed even =
though it's not been standardized and/or isn't actually a recommendation of=
 the document=2E Such discussions can instructive and have valuable informa=
tion=2E But I wonder if it might be more appropriate to omit them from the =
BCP? When the document is read and understood in its full context, I do thi=
nk the scope and intent of such discussions are made reasonably clear=2E Ho=
wever, they could be pretty easily misunderstood by someone just reading in=
dividual subsections or from citing parts of the document text without the =
larger context=2E I guess I'm thinking/suggesting that it'd be better if th=
e BCP only focused on the actionable recommendations it is making=2E And om=
it background type discussion of alternative approaches that didn't get use=
d for whatever reason=2E Or, if they do stay in the document, de-emphasize =
them even further like maybe moving them into an appendix rather than the m=
ain body of the doc=2E 
 




=
CONFIDENTIALITY NOTICE: This email may contain confident=
ial and privileged material for the sole use of the intended recipient(s)=
=2E Any review, use, distribution or disclosure by others is strictly prohi=
bited=2E=2E  If you have received this communication in error, please =
notify the sender immediately by e-mail and delete the message and any file=
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From: Aaron Parecki 
Date: Mon, 25 Nov 2019 12:55:08 -0800
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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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+1, I'm only comfortable making recommendations in this BCP if they
are in fact, the best current practice. In my mind that means nothing
aspirational, only things that are well established and that people
can act on today.

----
Aaron Parecki
aaronparecki.com


On Mon, Nov 25, 2019 at 12:50 PM Daniel Fett  wrote:
>
> +1. We should only discuss solutions if we would be okay with people actu=
ally implementing them. (See also my feedback to Guido's review.)
>
> -Daniel
>
> Am 25. November 2019 20:41:45 MEZ schrieb Brian Campbell :
>>
>>
>>
>> On Fri, Nov 22, 2019 at 11:46 PM Benjamin Kaduk  wrote:
>>>
>>> On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
>>> > SUBSTANTIVE
>>> >
>>> [...]
>>> >
>>> > 4.8.1.1. Metadata - This section suggests the use of a "resource_serv=
ers" metadata value.  This isn't defined by RFC 8414 nor do I see it the IA=
NA OAuth Authorization Server Metadata registry at https://www.iana.org/ass=
ignments/oauth-parameters/oauth-parameters.xhtml#authorization-server-metad=
ata.  Is this something that's been standardized elsewhere?  If so, please =
add a citation.  If not, please clearly say that this metadata value is not=
 standardized, and is therefore unlikely to be interoperable.
>>>
>>> I would go further and say that we should not document "best practices"
>>> that involve non-standardized values.
>>>
>>> > 4.8.1.1. Metadata - This section suggests the use a "access_token_res=
ource_server" token response value.  Please likewise clearly say that this =
parameter isn't a standard.
>>>
>>> (ditto)
>>
>>
>> The document has a number of occurrences similar to these where a partic=
ular solution is discussed even though it's not been standardized and/or is=
n't actually a recommendation of the document. Such discussions can instruc=
tive and have valuable information. But I wonder if it might be more approp=
riate to omit them from the BCP? When the document is read and understood i=
n its full context, I do think the scope and intent of such discussions are=
 made reasonably clear. However, they could be pretty easily misunderstood =
by someone just reading individual subsections or from citing parts of the =
document text without the larger context. I guess I'm thinking/suggesting t=
hat it'd be better if the BCP only focused on the actionable recommendation=
s it is making. And omit background type discussion of alternative approach=
es that didn't get used for whatever reason. Or, if they do stay in the doc=
ument, de-emphasize them even further like maybe moving them into an append=
ix rather than the main body of the doc.
>>
>>
>> CONFIDENTIALITY NOTICE: This email may contain confidential and privileg=
ed material for the sole use of the intended recipient(s). Any review, use,=
 distribution or disclosure by others is strictly prohibited..  If you have=
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er. Thank you.
>
>
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> _______________________________________________
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> https://www.ietf.org/mailman/listinfo/oauth


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References: 
Cc: Daniel Fett , Brian Campbell , "ve7jtb@gmail.com" , Andrey Labunets , Mike Jones , "oauth@ietf.org" 
In-Reply-To: 
To: Aaron Parecki 
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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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Parts of the text in section 4 capture discussions of potential solutions an=
d reasons why we decided in favor of a certain solution. I think this will b=
e useful in the future and it has already proven useful for me, e.g. in the r=
ecent discussions around PoP vs audience restriction.

> Am 25.11.2019 um 21:55 schrieb Aaron Parecki :
>=20
> =EF=BB=BF+1, I'm only comfortable making recommendations in this BCP if th=
ey
> are in fact, the best current practice. In my mind that means nothing
> aspirational, only things that are well established and that people
> can act on today.
>=20
> ----
> Aaron Parecki
> aaronparecki.com
>=20
>=20
>> On Mon, Nov 25, 2019 at 12:50 PM Daniel Fett  wrote:
>>=20
>> +1. We should only discuss solutions if we would be okay with people actu=
ally implementing them. (See also my feedback to Guido's review.)
>>=20
>> -Daniel
>>=20
>> Am 25. November 2019 20:41:45 MEZ schrieb Brian Campbell :
>>>=20
>>>=20
>>>=20
>>> On Fri, Nov 22, 2019 at 11:46 PM Benjamin Kaduk  wrote:
>>>>=20
>>>> On Wed, Nov 20, 2019 at 03:40:34AM +0000, Mike Jones wrote:
>>>>> SUBSTANTIVE
>>>>>=20
>>>> [...]
>>>>>=20
>>>>> 4.8.1.1. Metadata - This section suggests the use of a "resource_serve=
rs" metadata value.  This isn't defined by RFC 8414 nor do I see it the IANA=
 OAuth Authorization Server Metadata registry at https://www.iana.org/assign=
ments/oauth-parameters/oauth-parameters.xhtml#authorization-server-metadata.=
  Is this something that's been standardized elsewhere?  If so, please add a=
 citation.  If not, please clearly say that this metadata value is not stand=
ardized, and is therefore unlikely to be interoperable.
>>>>=20
>>>> I would go further and say that we should not document "best practices"=

>>>> that involve non-standardized values.
>>>>=20
>>>>> 4.8.1.1. Metadata - This section suggests the use a "access_token_reso=
urce_server" token response value.  Please likewise clearly say that this pa=
rameter isn't a standard.
>>>>=20
>>>> (ditto)
>>>=20
>>>=20
>>> The document has a number of occurrences similar to these where a partic=
ular solution is discussed even though it's not been standardized and/or isn=
't actually a recommendation of the document. Such discussions can instructi=
ve and have valuable information. But I wonder if it might be more appropria=
te to omit them from the BCP? When the document is read and understood in it=
s full context, I do think the scope and intent of such discussions are made=
 reasonably clear. However, they could be pretty easily misunderstood by som=
eone just reading individual subsections or from citing parts of the documen=
t text without the larger context. I guess I'm thinking/suggesting that it'd=
 be better if the BCP only focused on the actionable recommendations it is m=
aking. And omit background type discussion of alternative approaches that di=
dn't get used for whatever reason. Or, if they do stay in the document, de-e=
mphasize them even further like maybe moving them into an appendix rather th=
an the main body of the doc.
>>>=20
>>>=20
>>> CONFIDENTIALITY NOTICE: This email may contain confidential and privileg=
ed material for the sole use of the intended recipient(s). Any review, use, d=
istribution or disclosure by others is strictly prohibited..  If you have re=
ceived this communication in error, please notify the sender immediately by e=
-mail and delete the message and any file attachments from your computer. Th=
ank you.
>>=20
>>=20
>> --
>> Diese Nachricht wurde von meinem Android-Ger=C3=A4t mit K-9 Mail gesendet=
.
>> _______________________________________________
>> OAuth mailing list
>> OAuth@ietf.org
>> https://www.ietf.org/mailman/listinfo/oauth
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth

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From: "Richard Backman, Annabelle" 
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Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Am 25.11.19 um 23:02 schrieb Torsten Lodderstedt:
> Parts of the text in section 4 capture discussions of potential solutions and reasons why we decided in favor of a certain solution. I think this will be useful in the future and it has already proven useful for me, e.g. in the recent discussions around PoP vs audience restriction.

Then let's move these discussions to an appendix or a separate document.
I have the feeling that some sections have too many "could"s, "might"s
and "should"s for a normative document. Another point is that the
alternative solutions that we are discussing often have not been
analyzed as thoroughly as the recommended solutions (see, e.g., PKCE vs.
Code-bound State vs. Token binding for Code).

-Daniel



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Am 25.11.19 um 23:02 schrieb Torsten
      Lodderstedt:

    

    

      
Parts of the text in section 4 capture discussions of potential solutions and reasons why we decided in favor of a certain solution. I think this will be useful in the future and it has already proven useful for me, e.g. in the recent discussions around PoP vs audience restriction.

    

    
Then let's move these discussions to an appendix or a
        separate document. I have the feeling that some sections have
        too many "could"s, "might"s and "should"s for a normative
        document. Another point is that the alternative solutions that
        we are discussing often have not been analyzed as thoroughly as
        the recommended solutions (see, e.g., PKCE vs. Code-bound State
        vs. Token binding for Code).

    
-Daniel

    

  


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> On 26 Nov 2019, at 00:10, Richard Backman, Annabelle =
 wrote:
> =EF=BB=BF
> > A client can receive a macaroon and use it like a pure bearer token if t=
hey want.
> In which case it=E2=80=99s not sender constrained, and no different than a=
ny other symmetrically encrypted or HMAC=E2=80=99d bearer token.

Yes, that=E2=80=99s what I said. But if they want to they can attach context=
ual caveats. For example, they can attach htu/htm/jti claims just like in DP=
oP. Or they can attach a caveat that is a hash of the message and headers an=
d get something equivalent (almost identical) to AWS HMAC signatures.=20

In your previous message you argued that macaroons were just PoP tokens wher=
e the key is inlined.

My position is that they can be either.=20

> =20
> > Many ASes issue HMAC-signed access tokens already without the client doi=
ng any kind of proof of possession.
> And how does the AS validate those tokens? By checking that the HMAC was g=
enerated using a key that the AS possesses and trusts.

That=E2=80=99s not proof of possession, that=E2=80=99s just verifying a MAC.=
 PoP requires the other party (client) to provide a fresh proof that they co=
ntrol a key. The client isn=E2=80=99t using any key in this case.=20

> In the case of macaroons, the AS checks that the chained HMAC was generate=
d from a key that the AS issued to the client (in the form of the HMAC on th=
e original macaroon).

Yes. You see the difference there, right?

> =20
> > the attenuations (caveats) are attached directly to the access token and=
 are verified by the AS.
> This is not unique to macaroons. An RS could just as easily send the acces=
s token + DPoP proof to the AS for verification.

That=E2=80=99s not directly attached to the access token. This means that ev=
ery RS has to know about DPoP.=20

> =20
> > macaroon caveats can be layered.
> All your other examples are just examples of this, which is not at all uni=
que to macaroons. Sign(Key, Token + Something) is not a new concept. Macaroo=
ns are a nice pattern for doing this provided you can live with the dependen=
cy on HMAC, but they=E2=80=99re not the only way.

Please explain how to achieve the examples I gave of layered attenuation wit=
hout using macaroons.

You elided those examples, so here they are again:

1. The client adds caveats (eg exp =3D now+5s) to an access token and sends i=
t to the RS. The RS creates four copies of the token with different scope co=
nstraints and sends them to four individual microservices.=20

2. A gateway adds additional caveats to access tokens issued to external cli=
ents (eg limiting the expiry time or scope). These caveats are enforced even=
 if the clients don=E2=80=99t go via the gateway when talking to RSes.=20

3. The mTLS/PoP transfer of ownership pattern I described.=20

Bonus points for demonstrating those things without token exchange and witho=
ut the RS being able to make arbitrary token forgeries.=20

> =20
> I=E2=80=99m not trying to knock macaroons here. I legitimately think they=E2=
=80=99re a neat pattern. But they are incompatible with a stated requirement=
 by the DPoP authors (use an asymmetric digital signature algorithm),

That=E2=80=99s not a requirement, it=E2=80=99s a technology choice.=20

> require validation at the AS or distribution of symmetric keys to RSes (no=
t necessarily a problem if you=E2=80=99re issuing RS-specific tokens)

Validation at the AS is an advantage in most cases. The AS is more likely to=
 get it right and this is often more scalable - an RS can typically send man=
y more token introspection requests in parallel than they can validate publi=
c key signatures because the latter require hot CPU time. A network roundtri=
p within the same datacentre also typically takes less time than validating a=
 public key sig. Validating at the AS is also the easiest way to ensure time=
ly token revocation.=20

But you don=E2=80=99t *need* to use purely symmetric keys with macaroons. If=
 the AS knows the RS(es) then it can encrypt a fresh symmetric key using a p=
ublic key registered for that RS and add it to the token identifier.=20

There=E2=80=99s even a variant of macaroons using public key signatures (see=
 ref in original macaroon paper).=20

> , require additional non-trivial work to use (since they=E2=80=99re a patt=
ern, not a format), and require developers to learn a new token format.

As I argued, this is incremental. The AS can start issuing macaroons without=
 either clients or RS being aware (so long as the RSes are doing token intro=
spection already). When the client wants to start taking advantage of macaro=
ons they just use one of the many existing macaroon libraries (libmacaroons,=
 jmacaroons, etc) to append caveats. The RS still doesn=E2=80=99t need to do=
 anything.=20

> If you want DPoP to use macaroons, you need to make the argument that:
> The asymmetric digital signature algorithm requirement is unnecessary.

I=E2=80=99ve argued that multiple times in this thread.=20

> DPoP should only address use cases where centralized validation at the AS i=
s viable, or where RSes can be trusted with symmetric keys.

See above.=20

> The value provided by macaroons (e.g., sender-constrained tokens without c=
lient key negotiation/registration/distribution) is worth the cost of defini=
ng the format of a DPoP macaroon, specification of algorithms used, etc., an=
d the cognitive load on developers who now have to learn a new token format (=
instead of JWT, which they might already work with).

There are plenty of existing interoperable macaroon libraries - see links fr=
om http://macaroons.io . HMAC-SHA256 is very widely implemented (and usually=
 securely). That=E2=80=99s all you need.=20

And as I said before, one of the key advantages is that clients and RSes onl=
y need to care about the format when they want to take advantage of it. They=
 can happily treat them as pure bearer tokens until then.=20

Contrast with DPoP where the RS needs to potentially support 10 different pu=
blic key JWS algorithms, or otherwise have some way of negotiating algorithm=
 support with the client and/or AS. (In which case they can negotiate a key)=
. And the client, AS, and *every* RS needs to be simultaneously upgraded to s=
upport it. (Otherwise a rogue RS can replay the access token at an RS that h=
asn=E2=80=99t been upgraded yet. Not possible with macaroons).=20

Neil


> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: Neil Madden 
> Date: Sunday, November 24, 2019 at 12:56 AM
> To: "Richard Backman, Annabelle" 
> Cc: Brian Campbell , oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> On 22 Nov 2019, at 12:26, Richard Backman, Annabelle =
 wrote:
> > Yes of course. But this is the HMAC *tag* not the original key.
> Sure. And if the client attenuates the macaroon, it is used as a key that t=
he client proves possession of by presenting the chained HMAC. Clients doing=
 DPoP aren=E2=80=99t proving possession of the =E2=80=9Coriginal key=E2=80=9D=
 (i.e., a key used to generate the access token) either.
> A way to think of this is that macaroons bridge the gap between bearer tok=
ens and proof of possession tokens. A client can receive a macaroon and use i=
t like a pure bearer token if they want. On the other hand they can append c=
ontextual caveats that tightly constrain a token at the point of use, like a=
 PoP token. You can even do a full challenge-response protocol where the RS s=
ends a challenge and the client appends it as a caveat.=20
> =20
> > Well, you don=E2=80=99t have to return a key from the token endpoint for=
 a start.
> Yes, that=E2=80=99s what I meant by saying that it eliminates key negotiat=
ion. Though I suppose it=E2=80=99s more correct to say that it inlines it. T=
he AS still provides a key, it just happens to be part of the access token.
> Which helps a lot with backwards compat.=20
> Macaroons are an interesting pattern, but not because they=E2=80=99re not d=
oing PoP. Proof of possession is pretty core to the whole idea of digital si=
gnatures and HMACs.
> I would argue that third party verifiability and non-repudiation are also c=
ore to digital signatures, but aren=E2=80=99t required or used by DPoP (and a=
ctually cause problems).=20
> =20
> I also don=E2=80=99t think PoP is core to HMAC. Many ASes issue HMAC-signe=
d access tokens already without the client doing any kind of proof of posses=
sion. They are a convenient way of minting bearer tokens.=20
> What makes them interesting is the way they inline key distribution. Wheth=
er or not they=E2=80=99re applicable to DPoP depends, ultimately, on the use=
 cases DPoP is targeting and the threats it is trying to mitigate.
> There are many more interesting things than the key being inline for macar=
oons. For example:
> =20
> - the attenuations (caveats) are attached directly to the access token and=
 are verified by the AS. Contrast this to DPoP where every RS has to correct=
ly validate the proof token - if any don=E2=80=99t then the security is sign=
ificantly reduced. The AS is responsible for all security-critical checks wi=
th macaroons.
> =20
> - macaroon caveats can be layered. The initial client can add some restric=
tions and then pass the token to an RS. That RS can then add its own restric=
tions when passing the token to backend services. This is a big deal for mic=
roservice architectures.=20
> =20
> - you can add caveats at a gateway or proxy and know these will be enforce=
d without having to inspect incoming traffic.=20
> =20
> Even when used in combination with PoP, macaroons add unique capabilities.=
 For example, a client can retrieve a plain bearer token from the AS and the=
n after-the-fact bind it to its TLS client certificate by appending a x5t#S2=
56 caveat and use that new access token for all API calls. But that client s=
till has the original access token so they can get the certificate for a dif=
ferent client (eg another microservice) and create a new copy of the access t=
oken bound to that client=E2=80=99s certificate. It can then safely send thi=
s access token to the other client, even over a completely insecure connecti=
on. It can do this for every microservice it needs to talk to, effectively p=
roviding transfer of ownership for PoP tokens without needing to call a cent=
ral token exchange service.
> =20
> All this and I haven=E2=80=99t even begun talking about 3rd party caveats.=
=20
> =20
> So the really interesting thing about macaroons is that they enable all ki=
nds of new authorization patterns to be built without requiring a new spec f=
or each one.=20
> =20
> Neil
>=20
>=20
> From: Neil Madden 
> Date: Friday, November 22, 2019 at 3:09 PM
> To: "Richard Backman, Annabelle" 
> Cc: Brian Campbell , oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> On 22 Nov 2019, at 01:42, Richard Backman, Annabelle =
 wrote:
> =20
> Macaroons are built on proof of possession. In order to add a caveat to a m=
acaroon, the sender has to have the HMAC of the macaroon without their cavea=
t.
> =20
> Yes of course. But this is the HMAC *tag* not the original key. They can=E2=
=80=99t change anything the AS originally signed.=20
>=20
>=20
>=20
> The distinctive property of macaroons as I see it is that they eliminate t=
he need for key negotiation with the bearer. How much value this has over th=
e AS just returning a symmetric key alongside the access token in the token r=
equest, I=E2=80=99m not sure.
> =20
> Well, you don=E2=80=99t have to return a key from the token endpoint for a=
 start. The client doesn=E2=80=99t need to create and send any additional to=
ken. The whole thing works with existing standards and technologies and can b=
e incrementally adopted as required. If RSes do token introspection already t=
hen they need zero changes to support this.
>=20
>=20
>=20
> There are key distribution challenges with that if you are doing validatio=
n at the RS, but validation at the RS using either approach means you=E2=80=99=
ve lost protection against replay by the RS. This brings us back to a core q=
uestion: what threats are in scope for DPoP, and in what contexts?
> =20
> Agreed, but validation at the RS is premature optimisation in many cases. A=
nd if you do need protection against that the client can even append a confi=
rmation key as a caveat and retrospectively upgrade a bearer token to a pop t=
oken. They can even do transfer of ownership by creating copies of the origi=
nal token bound to other certificates/public keys.=20
> =20
> Neil
> =20
>=20
>=20
>=20
> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: OAuth  on behalf of Neil Madden 
> Date: Friday, November 22, 2019 at 4:40 AM
> To: Brian Campbell 
> Cc: oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> At the end of my previous email I mentioned that you can achieve some of t=
he same aims as DPoP without needing a PoP mechanism at all. This email is t=
hat follow-up.
> =20
> OAuth is agnostic about the format of access tokens and many vendors suppo=
rt either random string database tokens or JWTs. But there are other choices=
 for access token format, some of which have more interesting properties. In=
 particular, Google proposed Macaroons a few years ago as a "better cookie" [=
1] and I think they systematically address many of these issues when used as=
 an access token format.
> =20
> For those who aren't familiar with them, Macaroons are a bit like a HS256 J=
WT. They have a location (a bit like the audience in a JWT) and an identifie=
r (an arbitrary string) and then are signed with HMAC-SHA256 using a secret k=
ey. (There's no claims set or headers - they are very minimal). In this case=
 the secret key would be owned by the AS and used to sign macaroon-based acc=
ess tokens. Validating the token would be done via token introspection at th=
e AS.
> =20
> The clever bit is that anybody at all can append "caveats" to a macaroon a=
t any time, but nobody can remove one once added. Caveats are restrictions o=
n the use of a token - they only ever reduce the authority granted by the to=
ken, never expand it. The AS can validate the token and all the caveats with=
 its secret key. So, for example, if an access token was a macaroon then the=
 client could append a caveat to reduce the scope, or reduce the expiry time=
, or reduce the audience, and so on.
> =20
> The really clever bit is that the client can keep a copy of the original t=
oken and create restricted versions to send to different resource servers. B=
ecause HMAC is very cheap, the client can even do this before each and every=
 request. (This is what the original paper refers to as "contextual caveats"=
). This means that a client can be issued a single access token from the AS w=
ith broad scope and applicable to many different RS and can then locally cre=
ate restricted copies for each individual RS.
> =20
> The relevance to DPoP is that the client could even append caveats equival=
ent to "htm" and "htu" just before sending the access token to the RS, and m=
aybe add an "exp" for 5 seconds in the future, reduce the scope, and so on:
> =20
>   newAccessToken =3D accessToken.withCaveats({
>     exp: now + 5seconds,
>     scope: "a b",
>     htm: "POST",
>     ....
>   });
>   httpClient.post(data, Authorization: Bearer newAccessToken);
> =20
> Note that the client doesn't need anything extra here - no keys, extra tok=
ens etc. They just have the access token and a macaroon library.
> =20
> The RS will see an opaque access token, send it to the AS for introspectio=
n. The AS however, will see and validate the new caveats on the token and re=
turn an introspection response with the restricted scope and expiry time, an=
d return the htm/htu restrictions that the RS can then enforce.=20
> =20
> For clients this is transparent until they want to take advantage of it an=
d then they can just use an off-the-shelf macaroon library. For the RS it is=
 also completely transparent. All the (relatively small) complexity lives in=
 the AS, which just has to be able to produce and verify macaroons and take c=
aveats into account when performing token introspection - e.g. the returned s=
cope should be the intersection of the original token scope and any scope ca=
veats. But I don't think this would be too much effort.
> =20
> [1]: https://ai.google/research/pubs/pub41892
> =20
> -- Neil
>=20
>=20
>=20
>=20
> On 21 Nov 2019, at 06:23, Brian Campbell  wrot=
e:
> =20
> Yeah, suggestions and/or an MTI about algorithm support would probably be w=
orthwhile. Perhaps also some defined means of signaling when an unsupported a=
lgorithm is used along with any other reason a DPoP is invalid or rejected.=20=

> =20
> There are a lot of tradeoffs in what claims are required and what protecti=
ons are provided etc. The aim of what was chosen was to do just enough to pr=
ovide some reasonable protections against reuse or use in a different contex=
t while being simple to implement and deploy.
> =20
> =20
> On Wed, Nov 20, 2019 at 6:34 AM Neil Madden  wr=
ote:
> Thanks for the reply, Brian.=20
> =20
> Collecting my thoughts up here rather than responding blow by blow.
> =20
> Public key signatures are simpler in some respects, more complex in others=
. There are currently 10 public key JWS signature schemes defined (ES256/384=
/512, RS256/384/512, PS256/384/512, EdDSA) - does an RS potentially have to s=
upport them all? If not, how do they negotiate algorithm support with the cl=
ient?
> =20
> On the other hand, the ECDH scheme I proposed can be implemented by adapti=
ng an existing ECDH-ES encryption support in a JWT library. For example, I d=
iscovered while playing with this that our own internal library can implemen=
t the full flow I described entirely via the existing public API [1], so it'=
s not necessarily as complex as it first looks. I even knocked up a from-scr=
atch implementation in WebCrypto (JavaScript) without too much code [2].
> =20
> But I admit that using an existing JWT library to sign a JWT with an exist=
ing algorithm is even easier, and that counts for a lot. Perhaps we can make=
 concrete suggestions/requirements about algorithm support? e.g. "The RS MUS=
T support RS256 and SHOULD support EdDSA. Other algorithms MAY be supported.=
"=20
> =20
> With regards to replay protection, I think there are at least two reasonab=
le positions:
> =20
> 1. We assume that TLS is secure and don't try to defend against any compro=
mise at that level. (Clearly none of the TLS-based PoP mechanisms survive if=
 TLS is compromised, by definition). In this case the main attack to defend a=
gainst is a malicious RS replaying the access token elsewhere. Simply signin=
g the origin of the RS would be enough to prevent this attack, while letting=
 the client reuse the same JWT for many requests (and the RS to cache the JW=
T validation). None of "jti", "htu", or "htm" seem relevant to this model.
> =20
> 2. We don't assume that TLS is secure (or it's not fully end-to-end) and t=
ry to provide some defense in depth against a MitM attacker replaying a toke=
n against the same RS. There is a graduated series of steps you can take her=
e, depending on how much you want to prevent this:
>    a. The DPoP token can be replayed for arbitrary requests to the same RS=
 but has a short time limit (e.g., exp claim or RS-enforced max lifetime fro=
m iat)
>    b. The DPoP token can be replayed for the same request (htu/htm claims)=

>    c. The DPoP token can't be replayed at all - either because of jti blac=
klisting on the RS or a challenge-response protocol on each request.
> =20
> (There are also variants such as including a hash of the request body/head=
ers, or encoding an ETag into the JWT).
> =20
> I think either are reasonable design goals, but aiming for 2 adds more val=
ue. I think aiming for 2a is a reasonable default baseline that allows the c=
lient to reuse a DPoP token for a few requests, reducing the cost of the sig=
nature (and the RS can cache the validated JWT). Support for 2b or 2c can th=
en be listed as optional additions.
> =20
> PS - 2a/2b can be achieved without PoP. I'll save that for another email i=
n the next few days though.
> =20
> [1]: https://gist.github.com/NeilMadden/685ea66fb79d37a50c2310f853bd9496
> [2]: https://gist.github.com/NeilMadden/70e1b232a3b273de02ed731eb36ec4a7
> =20
> =20
> -- Neil
>=20
>=20
>=20
>=20
> On 19 Nov 2019, at 07:43, Brian Campbell  wrot=
e:
> =20
> =20
>=20
> On Thu, Nov 14, 2019 at 7:20 PM Neil Madden  wr=
ote:
> I can't attend Singapore either in person or remotely due to other commitm=
ents. I broadly support adoption of this draft, but I have some comments/sug=
gestions about it.
> =20
> Thanks Neil. And sorry to hear that you won't be in Singapore. This kind o=
f stuff is definitely more easily discussed in person (for me anyway). But I=
'll try and comment on your comments here as best I can. I also plan to also=
 mention them in the Wednesday and/or Thursday presentation.=20
> =20
> Section 2 lists the main objective as being to harden against compromised/=
malicious AS or RS, which may attempt to replay captured tokens elsewhere. W=
hile this is a good idea, a casual reader might wonder why a simple audience=
 claim in the access token/introspection response is not sufficient to preve=
nt this. Because interactions between the client and RS are supposed to be o=
ver TLS, is the intended threat model one in which these protections have br=
oken down? ("counterfeit" in the description suggests this). Or is the motiv=
ation that clients want to get a single broad-scoped access token (for usabi=
lity/performance reasons) and use it to access multiple resource servers wit=
hout giving each of them the ability to replay the token to the other server=
s? Or are we thinking of a phishing-type vulnerability were a general-purpos=
e client might accidentally visit a malicious site which prompts for an acce=
ss token that the client then blindly goes off and gets? (UMA?) It's not cle=
ar to me which of these scenarios is being considered, so it would be good t=
o tighten up this section.
> =20
> It is admittedly a bit loose and I agree it'd be good to tighten it up. Bu=
t part of why it's loose is that it tries to offer some protections for all t=
hose scenarios and more such as a general lost/stolen token. It's effectivel=
y trying to provide as many of the same types of protections/assurances that=
 you'd get with TLS based PoP mechanisms (like OAuth MTLS or Token binding) t=
o the extent that can be done at the HTTP application layer. Which can't rea=
listically be exactly the same but can maybe be kinda close while actually b=
eing accessible and implementable because it's all done at the application l=
ayer. There are trade-offs, of course, and the document writers have endeavo=
red to find a good balance in the trade-off decisions we've made. But that d=
oesn't mean they are necessarily the right decisions or are closed to discus=
sion. To the casual reader I would say that it turns out that getting an app=
ropriate simple audience claim into an access token isn't nearly as simple a=
s it might seem. And while it will prevent RS to RS replay (as long as both R=
Ss aren't legit audiences) it doesn't help with preventing the use of tokens=
 stolen or leaked by other means (including for refresh tokens issued to pub=
lic clients).=20
> =20
> Another potential motivation is for mobile apps. Some customers of ours wo=
uld like to tie access/refresh tokens to private key material generated on a=
 secure element in the device, that can only be accessed after local biometr=
ic authentication (e.g. TouchID/FaceID on iOS). I have suggested using mTLS c=
ert-bound tokens for this, but have heard some pushback due to the difficult=
y of configuring support for client certs across diverse infrastructure. A s=
imple JWT-based solution like DPoP could fill this need.
> =20
> It's maybe not stated in the draft but this kind of thing is among the obj=
ectives (in my mind anyway).=20
> =20
> =20
> My main concerns with the draft though are about efficiency and scalabilit=
y of the proposed approach:
> =20
> 1. The requirement to use public key signatures, along with the anti-repla=
y nonce, means that the RS is required to perform an expensive signature ver=
ification check on every request. That is not going to scale up well. While t=
here are more efficient schemes like Ed25519 now, these are still typically a=
n order of magnitude slower than HMAC and the latency and CPU overhead is li=
kely to be a non-starter for many APIs (especially when you're billed by CPU=
 usage). Public key signatures are also notoriously fragile (see e.g. the hi=
story of nonce reuse/leakage vulnerabilities in ECDSA or=20
> =20
> Yes, asymmetric is more processing intensive than symmetric. But if you ta=
ke away the distributed replay check (see next response), it will scale out j=
ust fine. I'm not so sure latency is a real issue here - while these operati=
ons are an order of magnitude slower we're still talking about times that ar=
e not perceptible to a human. CPU usage/cost is a part of a trade-off for th=
e simplicity afforded by public/private keys.  And it is significantly simpl=
er. The design you sketched out is admittedly quite clever but it's not even=
 in the same ballpark with respect to complexity. And, as you pointed out, t=
he other suggestion around symmetric keys has rather different security prop=
erties while still adding complexity. Adding symmetric key support isn't som=
ething that can just be added on easily.=20
> =20
> =20
> 2. The advice for the RS to store a set of previously used nonces to preve=
nt replay will also hamper scalability, especially in large deployments wher=
e such state would need to be replicated to all servers (or use sticky load b=
alancing, which comes with its own problems). This violates the statelessnes=
s of HTTP, and it also potentially breaks idempotency of operations: Think o=
f the case where the JWT validation and replay protection is done at an API g=
ateway but then the call to the backend API server fails for a transient rea=
son. The client (or a proxy/library) cannot simply replay the (idempotent) r=
equest in this case because it will be rejected by the gateway. It must inst=
ead recreate the DPoP JWT, incurring additional overheads.
> =20
> The actual value of replay checking on jti is somewhat questionable. The D=
PoP JWT only transits between client and server so a TLS MITM is likely need=
ed to steal a DPoP JWT. But we are assuming TLS works here. And an active MI=
TM could thwart this check by just being first to present DPoP JWT. I think t=
he jti check made its way into the draft mostly because it seemed like somet=
hing was needed to try and bring it closer to the TLS PoP models. Being awar=
e of the scalability concerns, I did endeavor to write the text in such a wa=
y so as to leave some wiggle room in implementations/deployments with text l=
ike '"jti" SHOULD be used by the server for replay detection and prevention`=
 and [ensure that] 'within a reasonable consideration of accuracy and resour=
ce utilization, a JWT with the same "jti" value has not been received previo=
usly'. The idea being that using something eventually consistent or even loc=
al only to the runtime instance would be permissible. Perhaps that allowance=
 and the rational could be made more clear? Or would you suggest to do away w=
ith the jti replay stuff al? Or something else?=20
> =20
> 3. Minor: The use of a custom header for communicating the DPoP proof will=
 require additional CORS configuration on top of that already done for the A=
uthorization header, and so adds a small amount of additional friction for a=
doption. Given that CORS configuration changes often require approval by a s=
ecurity team, this may make more of an impact than you'd expect.
> =20
> Feels really minor. I mean, we could try to roll everything up under one h=
eader. But it does seem unwarranted and would complicate things - at least i=
n the model we've got now where the proof is sent the same way ono all types=
 of requests.=20
> =20
> =20
> It's also not clear to me exactly what threat the anti-replay nonce is pro=
tecting against. It does nothing against the replay scenario discussed in se=
ction 2, as I understand it - which really seems to be more of a MitM scenar=
io. Given that the connection between the client and the RS is supposed to b=
e over TLS, and TLS is already protected against replay attacks, I think thi=
s part needs to be better motivated given the obvious costs of implementing i=
t.
> =20
> I have a tentative suggestion for an alternative design which avoids these=
 problems, but at a cost of potentially more complexity elsewhere. I'll summ=
arise it here for consideration:
> =20
> 1. The client obtains an access token in the normal way. When calling the t=
oken endpoint it provides an EC/okp public key as the confirmation key to be=
 associated with the access/refresh tokens.
> =20
> 2. The first time the client calls an RS it passes its access token in the=
 Authorization: Bearer header as normal. (If the RS doesn't support DPoP the=
n this would just succeed and no further action is required by the client - a=
llowing clients to opportunistically ask for DPoP without needing a priori k=
nowledge of RS capabilities).
> =20
> 3. The RS introspects the access token and learns the EC public key associ=
ated with the access token. As there is no DPoP proof with the access token,=
 the RS will generate a challenge in the following way:
>     o The RS generates an ephemeral EC key pair for the same curve as the c=
onfirmation key (e.g. P-256 or X25519).
>     o The RS stores the ephemeral private key somewhere, associated with t=
his access token (see below for a scalable implementation choice)
>     o The RS encodes the ephemeral public key into a JWK (epk) and base64u=
rl-encodes it. It uses this as a challenge to the client by sending back a 4=
01 response with WWW-Authenticate: DPoP 
> =20
> 4. The client decodes the epk challenge and performs an ECDH key agreement=
 between its private key and the challenge epk as per the method described f=
or the existing JWA ECDH-ES encryption algorithm. Rather than deriving an AE=
S key however, it derives a HMAC key for HS256. The "apu" value is set to th=
e access token (string value as ASCII bytes) and the "apv" value is set to t=
he hostname of the RS (e.g. "api.example.com"). This ensures that the derive=
d key is cryptographically bound to the context in which it is used.
> =20
> 5. The client uses the HMAC key to create a DPoP proof JWT much like the o=
ne in the current draft, but signed using the HS256 key. If a "kid" field wa=
s present in the challenge JWK sent by the RS then the same value MUST be us=
ed in the "kid" header of this discharge JWT. It retries its original reques=
t sending Authorization: DPoP  at=3D.
> =20
> 6. The RS uses its stored ephemeral private key to derive the same HMAC ke=
y and verify the DPoP discharge JWT. If it validates and all fields are corr=
ect then the request is allowed.
> =20
> Efficient implementation trick:
> Because the client is required to copy and "kid" value from the challenge J=
WK, the RS can preemptively carry out the ECDH key agreement immediately and=
 generate the derived HMAC key. The RS can then encrypt this derived key usi=
ng a local authenticated encryption key (e.g. AES-GCM) and use that encrypte=
d value as the "kid" value in the challenge (perhaps along with some context=
 or an expiry time). That way the RS only needs to decrypt this kid value ra=
ther than performing the ECDH key agreement on every request. This also avoi=
ds the need for the RS to store any per-client state locally.
> =20
> The challenge-response nature of the scheme prevents traditional replay at=
tacks in the case where a DPoP discharge JWT is accidentally leaked through s=
erver logs or some other flaw, without needing to store nonces on the server=
. Using the RS's hostname in the key derivation process prevents mitm attack=
s in a similar way to how FIDO/WebAuthn prevents this. Most importantly, onc=
e a HS256 key has been derived between a client and RS they can reuse that k=
ey for multiple requests, reducing the overhead of the ECDH key agreement st=
ep. Either side can decide as a matter of policy how long to let this occur a=
nd when to trigger a fresh challenge-response.
> =20
> Because this fits within the standard HTTP authentication framework, it al=
so requires no additional CORS configuration and is relatively easy to plug i=
n to existing HTTP client libraries.
> =20
> The main downside of this approach to me is the fact that you can't simply=
 reuse an existing JWT library to implement it, and so it will take time for=
 client libs to develop. (Although I think this might be achievable now with=
 existing *COSE* libraries). This would increase the risk of people hand-rol=
ling solutions, rather than using well-tested libraries. On the other hand, i=
t uses fairly widely supported primitives so e.g. an implementation using We=
bCrypto is probably only a few dozen lines of code.
> =20
> -- Neil
> =20
>=20
>=20
>=20
>=20
> On 31 Oct 2019, at 19:20, Brian Campbell  wrote:
> =20
> Hello WG,=20
> =20
> Just a quick note to let folks know that -03 of the DPoP draft was publish=
ed earlier today. The usual various document links are in the forwarded mess=
age below and the relevant snippet from the doc history with a summary of th=
e changes is included here for convenience.=20
> =20
> Hopefully folks will have time to read the (relativity) short document bef=
ore the meeting(s) in Singapore where (spoiler alert) I plan to ask that the=
 WG consider adoption of the draft.=20
> =20
> Thanks,
>=20
>  -03
>    o  rework the text around uniqueness requirements on the jti claim in
>       the DPoP proof JWT
>    o  make tokens a bit smaller by using "htm", "htu", and "jkt" rather
>       than "http_method", "http_uri", and "jkt#S256" respectively
>    o  more explicit recommendation to use mTLS if that is available
>    o  added David Waite as co-author
>    o  editorial updates
> =20
> ---------- Forwarded message ---------
> From: 
> Date: Thu, Oct 31, 2019 at 11:53 AM
> Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
> To: Torsten Lodderstedt , Michael Jones , John Bradley , Brian Campbell , David Waite , Daniel Fett 
>=20
>=20
>=20
> A new version of I-D, draft-fett-oauth-dpop-03.txt
> has been successfully submitted by Brian Campbell and posted to the
> IETF repository.
>=20
> Name:           draft-fett-oauth-dpop
> Revision:       03
> Title:          OAuth 2.0 Demonstration of Proof-of-Possession at the Appl=
ication Layer (DPoP)
> Document date:  2019-10-30
> Group:          Individual Submission
> Pages:          15
> URL:            https://www.ietf.org/internet-drafts/draft-fett-oauth-dpop=
-03.txt
> Status:         https://datatracker.ietf.org/doc/draft-fett-oauth-dpop/
> Htmlized:       https://tools.ietf.org/html/draft-fett-oauth-dpop-03
> Htmlized:       https://datatracker.ietf.org/doc/html/draft-fett-oauth-dpo=
p
> Diff:           https://www.ietf.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-=
03
>=20
> Abstract:
>    This document describes a mechanism for sender-constraining OAuth 2.0
>    tokens via a proof-of-possession mechanism on the application level.
>    This mechanism allows for the detection of replay attacks with access
>    and refresh tokens.
>=20
>=20
>=20
>=20
> Please note that it may take a couple of minutes from the time of submissi=
on
> until the htmlized version and diff are available at tools.ietf.org.
>=20
> The IETF Secretariat
>=20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited..  If you have rec=
eived this communication in error, please notify the sender immediately by e=
-mail and delete the message and any file attachments from your computer. Th=
ank you._______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.
> =20
>=20
> CONFIDENTIALITY NOTICE: This email may contain confidential and privileged=
 material for the sole use of the intended recipient(s). Any review, use, di=
stribution or disclosure by others is strictly prohibited.  If you have rece=
ived this communication in error, please notify the sender immediately by e-=
mail and delete the message and any file attachments from your computer. Tha=
nk you.

--Apple-Mail-38AA6948-58E0-49B0-B92C-CAD0EDFE541F
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


On 26 Nov 2019, at 00:10, Richard Backman, Annabelle <richanna@amazon.c=
om> wrote:

=EF=BB=BF









> A client can receive a macaroon and use it like a=
 pure bearer token if they want.


In which case it=E2=80=99s not sender constrained, an=
d no different than any other symmetrically encrypted or HMAC=E2=80=99d bear=
er token.

Yes, that=E2=80=99=
s what I said. But if they want to they can attach contextual caveats. For e=
xample, they can attach htu/htm/jti claims just like in DPoP. Or they can at=
tach a caveat that is a hash of the message and headers and get something eq=
uivalent (almost identical) to AWS HMAC signatures. 

In your previous message you argued that macaroons were just PoP toke=
ns where the key is inlined.

My position is that th=
ey can be either. 

=



 


> Many ASes issue HMAC-signed access tokens alread=
y without the client doing any kind of proof of possession.


And how does the AS validate those tokens? By checkin=
g that the HMAC was generated using a key that the AS possesses and trusts.<=
/p>

That=E2=80=99s not proof of p=
ossession, that=E2=80=99s just verifying a MAC. PoP requires the other party=
 (client) to provide a fresh proof that they control a key. The client isn=E2=
=80=99t using any key in this case. 

 In the=
 case of macaroons, the AS checks that the chained HMAC was generated from a=
 key that the AS issued to
 the client (in the form of the HMAC on the original macaroon).

Yes. You see the difference there, right=
?



 


> the attenuations (caveats) are attached directly=
 to the access token and are verified by the AS.


This is not unique to macaroons. An RS could just as e=
asily send the access token + DPoP proof to the AS for verification.

That=E2=80=99s not directly attache=
d to the access token. This means that every RS has to know about DPoP. =
;



 


> macaroon caveats can be layered.


All your other examples are just examples of this, wh=
ich is not at all unique to macaroons.
Sign(Key, Token + Something) is not a new concept. Macaroons are a ni=
ce pattern for doing this provided you can live with the dependency on HMAC,=
 but they=E2=80=99re not the only way.

=

Please explain how to achieve the examples I gave of layered atte=
nuation without using macaroons.

You elided those e=
xamples, so here they are again:

1. The client adds=
 caveats (eg exp =3D now+5s) to an access token and sends it to the RS. The R=
S creates four copies of the token with different scope constraints and send=
s them to four individual microservices. 

2. A=
 gateway adds additional caveats to access tokens issued to external clients=
 (eg limiting the expiry time or scope). These caveats are enforced even if t=
he clients don=E2=80=99t go via the gateway when talking to RSes. 

3. The mTLS/PoP transfer of ownership pattern I describ=
ed. 

Bonus points for demonstrating those thin=
gs without token exchange and without the RS being able to make arbitrary to=
ken forgeries. 



 


I=E2=80=99m not trying to knock macaroons here. I leg=
itimately think they=E2=80=99re a neat pattern. But they are incompatible wi=
th
a stated requirement by the DPoP authors (use an asymmetric digital sig=
nature algorithm),

That=E2=80=
=99s not a requirement, it=E2=80=99s a technology choice. 

 require validation at the AS or distribution of symmetric ke=
ys to RSes (not necessarily
 a problem if you=E2=80=99re issuing RS-specific tokens)

Validation at the AS is=
 an advantage in most cases. The AS is more likely to get it right and this i=
s often more scalable - an RS can typically send many more token introspecti=
on requests in parallel than they can validate public key signatures because=
 the latter require hot CPU time. A network roundtrip within the same datace=
ntre also typically takes less time than validating a public key sig. Valida=
ting at the AS is also the easiest way to ensure timely token revocation.&nb=
sp;

But you don=E2=80=99t *=
need* to use purely symmetric keys with macaroons. If the AS knows the RS(es=
) then it can encrypt a fresh symmetric key using a public key registered fo=
r that RS and add it to the token identifier. 
There=E2=80=99s even a variant of macaroons using p=
ublic key signatures (see ref in original macaroon paper). 

, require additional non-trivial work to use (since they=E2=80=
=99re a pattern, not a format), and require developers to learn a new token f=
ormat.

As I argued, this is incremental. The AS can start issuing macaroons with=
out either clients or RS being aware (so long as the RSes are doing token in=
trospection already). When the client wants to start taking advantage of mac=
aroons they just use one of the many existing macaroon libraries (libmacaroo=
ns, jmacaroons, etc) to append caveats. The RS still doesn=E2=80=99t need to=
 do anything. 

 If you want DPoP to use maca=
roons, you need to make the argument that:


    

  1. The asymmetric digital signature algorithm requirement is unnecessary.<=
/li>

I=E2=80=99ve argued that multiple times in this thread. 

  2. DPoP sh=
ould only address use cases where centralized validation at the AS is viable=
, or where RSes can be trusted with symmetric keys.

See above. 
=

<=
ol style=3D"margin-top:0in" start=3D"2" type=3D"1">
  • =
The value provided by macaroons (e.g., sender-constrained tokens without cli=
ent key negotiation/registration/distribution) is worth the cost of defining=
 the format of a DPoP macaroon,
 specification of algorithms used, etc., and the cognitive load on developer=
s who now have to learn a new token format (instead of JWT, which they
might already work with).

    • There are plenty of existing interoperable m=
acaroon libraries - see links from http://macaroons.io . HMAC-SHA256 is very=
 widely implemented (and usually securely). That=E2=80=99s all you need.&nbs=
p;

    And as I said before, on=
e of the key advantages is that clients and RSes only need to care about the=
 format when they want to take advantage of it. They can happily treat them a=
s pure bearer tokens until then. 

    Contrast with DPoP where the RS needs to potentially support 10 d=
ifferent public key JWS algorithms, or otherwise have some way of negotiatin=
g algorithm support with the client and/or AS. (In which case they can negot=
iate a key). And the client, AS, and *every* RS needs to be simultaneously u=
pgraded to support it. (Otherwise a rogue RS can replay the access token at a=
n RS that hasn=E2=80=99t been upgraded yet. Not possible with macaroons).&nb=
sp;

    Neil


     
    

    

    =E2=80=93 =

    

    Annabelle Richard Ba=
ckman
    

    AWS Identity
    

    

     
    

     
    

    

    From:=
 Neil Madden <nei=
l.madden@forgerock.com>
    
Date: Sunday, November 24, 2019 at 12:56 AM
    
To: "Richard Backman, Annabelle" <richanna@amazon.com>
    
Cc: Brian Campbell <bcampbell@pingidentity.com>, oauth <oaut=
h@ietf.org>
    
Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt
    

    

    

     
    

    

    

    On 22 Nov 2019, at 12:26, Richard Backman, Annabelle &=
lt;richanna@amazon.com> wrote:
    

    

    

    

    

    > Yes of course. But this is the HMAC *tag* not the original key.=

    

    Sure. And if the client attenuates the macaroon, it is used as a key=
 that the client proves possession of by presenting the chained HMAC. Client=
s doing DPoP aren=E2=80=99t proving possession
 of the =E2=80=9Coriginal key=E2=80=9D (i.e., a key used to generate the acc=
ess token) either.
    

    

    

    

    

    A way to think of this is that macaroons bridge the g=
ap between bearer tokens and proof of possession tokens. A client can receiv=
e a macaroon and use it like a pure bearer token if they want. On the other h=
and they can append contextual
 caveats that tightly constrain a token at the point of use, like a PoP toke=
n. You can even do a full challenge-response protocol where the RS sends a c=
hallenge and the client appends it as a caveat. 
    

    

    

     
    

    

    

    

    

    > Well, you don=E2=80=99t have to return a key from the token end=
point for a start.
    

    Yes, that=E2=80=99s what I meant by saying that it eliminates key ne=
gotiation. Though I suppose it=E2=80=99s more correct to say that it inlines=
 it. The AS still provides a key, it just happens
 to be part of the access token.
    

    

    

    

    

    Which helps a lot with backwards compat. 
    

    

    

    

    

    Macaroons are an interesting pattern, but not because they=E2=80=99r=
e not doing PoP. Proof of possession is pretty core to the whole idea of dig=
ital signatures and HMACs.
    

    

    

    

    

    I would argue that third party verifiability and non-=
repudiation are also core to digital signatures, but aren=E2=80=99t required=
 or used by DPoP (and actually cause problems). 
    

    

    

     
    

    

    

    I also don=E2=80=99t think PoP is core to HMAC. Many A=
Ses issue HMAC-signed access tokens already without the client doing any kin=
d of proof of possession. They are a convenient way of minting bearer tokens=
. 
    

    

    

    

    

    What makes them interesting is the way they inline key distribution.=
 Whether or not they=E2=80=99re applicable to DPoP depends, ultimately, on t=
he use cases DPoP is targeting and the threats
 it is trying to mitigate.
    

    

    

    

    

    There are many more interesting things than the key b=
eing inline for macaroons. For example:
    

    

    

     
    

    

    

    - the attenuations (caveats) are attached directly to=
 the access token and are verified by the AS. Contrast this to DPoP where ev=
ery RS has to correctly validate the proof token - if any don=E2=80=99t then=
 the security is significantly reduced.
 The AS is responsible for all security-critical checks with macaroons.=

    

    

    

     
    

    

    

    - macaroon caveats can be layered. The initial client=
 can add some restrictions and then pass the token to an RS. That RS can the=
n add its own restrictions when passing the token to backend services. This i=
s a big deal for microservice
 architectures. 
    

    

    

     
    

    

    

    - you can add caveats at a gateway or proxy and know t=
hese will be enforced without having to inspect incoming traffic. =

    

    

    

     
    

    

    

    Even when used in combination with PoP, macaroons add=
 unique capabilities. For example, a client can retrieve a plain bearer toke=
n from the AS and then after-the-fact bind it to its TLS client certificate b=
y appending a x5t#S256 caveat
 and use that new access token for all API calls. But that client still has t=
he original access token so they can get the certificate for a different cli=
ent (eg another microservice) and create a new copy of the access token boun=
d to that client=E2=80=99s certificate.
 It can then safely send this access token to the other client, even over a c=
ompletely insecure connection. It can do this for every microservice it need=
s to talk to, effectively providing transfer of ownership for PoP tokens wit=
hout needing to call a central
 token exchange service.
    

    

    

     
    

    

    

    All this and I haven=E2=80=99t even begun talking abo=
ut 3rd party caveats. 
    

    

    

     
    

    

    

    So the really interesting thing about macaroons is th=
at they enable all kinds of new authorization patterns to be built without r=
equiring a new spec for each one. 
    

    

    

     
    

    

    

    Neil
    

    


    

    

    

    

    

    

    

    From:
Neil Madden <neil=
.madden@forgerock.com>
    
Date: Friday, November 22, 2019 at 3:09 PM
    
To: "Richard Backman, Annabelle" <richanna@amazon.com>
    
Cc: Brian Campbell <bcampbell@pingidentity.com>, oauth <oaut=
h@ietf.org>
    
Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt
    

    

    

     
    

    

    

    On 22 Nov 2019, at 01:42, Richard Backman, Annabelle <richanna@am=
azon.com> wrote:
    

    

    

    

     
    

    

    

    

    

    Macaroons are built on proof of possession. In order to add a caveat=
 to a macaroon, the sender has to have the HMAC of the macaroon without thei=
r caveat.

    

    

    

    

     
    

    

    

    Yes of course. But this is the HMAC *tag* not the original key. They=
 can=E2=80=99t change anything the AS originally signed. 

    


    

    

    

    

    

    

    The distinctive property of macaroons as I see it is that they elimi=
nate the need for key negotiation with the bearer. How much value this has o=
ver the AS just returning a symmetric
 key alongside the access token in the token request, I=E2=80=99m not sure.<=
o:p>
    

    

    

    

     
    

    

    

    Well, you don=E2=80=99t have to return a key from the token endpoint=
 for a start. The client doesn=E2=80=99t need to create and send any additio=
nal token. The whole thing works with existing standards
 and technologies and can be incrementally adopted as required. If RSes do t=
oken introspection already then they need zero changes to support this.=

    

    


    

    

    

    

    

    

    There are key distribution challenges with that if you are doing val=
idation at the RS, but validation at the RS using either approach means you=E2=
=80=99ve lost protection against replay
 by the RS. This brings us back to a core question: what threats are in scop=
e for DPoP, and in what contexts?
    

    

    

    

     
    

    

    Agreed, but validation at the RS is premature optimisation in many c=
ases. And if you do need protection against that the client can even append a=
 confirmation key as a caveat and
 retrospectively upgrade a bearer token to a pop token. They can even do tra=
nsfer of ownership by creating copies of the original token bound to other c=
ertificates/public keys. 

    

    

     
    

    

    

    Neil
    

    

     
    

    


    

    

    

    

    

    

    

     
    

    =E2=80=93 

    Annabelle Richard Backman
    

    AWS Identity
    

    

     
    

     
    

    

    From:
OAuth <oauth-boun=
ces@ietf.org> on behalf of Neil Madden <neil.madden@forgerock.com><=
br>
Date: Friday, November 22, 2019 at 4:40 AM
    
To: Brian Campbell <bcampbell@pingidentity.com>
    
Cc: oauth <oauth@ietf.org>
    
Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt
    

    

    

     
    

    

    At the end of my previous email I mentioned that you can achieve som=
e of the same aims as DPoP without needing a PoP mechanism at all. This emai=
l is that follow-up.

    

    

     
    

    

    

    OAuth is agnostic about the format of access tokens and many vendors=
 support either random string database tokens or JWTs. But there are other c=
hoices for access token format, some
 of which have more interesting properties. In particular, Google proposed M=
acaroons a few years ago as a "better cookie" [1] and I think they systemati=
cally address many of these issues when used as an access token format.=

    

    

    

     
    

    

    

    For those who aren't familiar with them, Macaroons are a bit like a H=
S256 JWT. They have a location (a bit like the audience in a JWT) and an ide=
ntifier (an arbitrary string) and
 then are signed with HMAC-SHA256 using a secret key. (There's no claims set=
 or headers - they are very minimal). In this case the secret key would be o=
wned by the AS and used to sign macaroon-based access tokens. Validating the=
 token would be done via token
 introspection at the AS.
    

    

    

     
    

    

    

    The clever bit is that anybody at all can append "caveats" to a maca=
roon at any time, but nobody can remove one once added. Caveats are restrict=
ions on the use of a token - they
 only ever reduce the authority granted by the token, never expand it. The A=
S can validate the token and all the caveats with its secret key. So, for ex=
ample, if an access token was a macaroon then the client could append a cave=
at to reduce the scope, or reduce
 the expiry time, or reduce the audience, and so on.
    

    

    

     
    

    

    

    The really clever bit is that the client can keep a copy of the orig=
inal token and create restricted versions to send to different resource serv=
ers. Because HMAC is very cheap,
 the client can even do this before each and every request. (This is what th=
e original paper refers to as "contextual caveats"). This means that a clien=
t can be issued a single access token from the AS with broad scope and appli=
cable to many different RS and
 can then locally create restricted copies for each individual RS.
    

    

    

     
    

    

    

    The relevance to DPoP is that the client could even append caveats e=
quivalent to "htm" and "htu" just before sending the access token to the RS,=
 and maybe add an "exp" for 5 seconds
 in the future, reduce the scope, and so on:
    

    

    

     
    

    

    

      newAccessToken =3D accessToken.withCaveats({
    

    

    

        exp: now + 5seconds,
    

    

    

        scope: "a b",
    

    

    

        htm: "POST",
    

    

    

        ....
    

    

    

      });
    

    

    

      httpClient.post(data, Authorization: Bearer newAccessToken);<=
o:p>
    

    

    

     
    

    

    

    Note that the client doesn't need anything extra here - no keys, ext=
ra tokens etc. They just have the access token and a macaroon library.<=
/o:p>
    

    

    

     
    

    

    

    The RS will see an opaque access token, send it to the AS for intros=
pection. The AS however, will see and validate the new caveats on the token a=
nd return an introspection response
 with the restricted scope and expiry time, and return the htm/htu restricti=
ons that the RS can then enforce. 
    

    

    

     
    

    

    

    For clients this is transparent until they want to take advantage of=
 it and then they can just use an off-the-shelf macaroon library. For the RS=
 it is also completely transparent.
 All the (relatively small) complexity lives in the AS, which just has to be=
 able to produce and verify macaroons and take caveats into account when per=
forming token introspection - e.g. the returned scope should be the intersec=
tion of the original token scope
 and any scope caveats. But I don't think this would be too much effort.
    

    

    

     
    

    


    

     
    

    

    

    -- Neil
    

    


    

    

    

    

    

    

    

    On 21 Nov 2019, at 06:23, Brian Campbell <bcampbell@pingidentity.com> wrote:<=
/p>

    

     
    

    

    

    

    Yeah, suggestions and/or an MTI about algorithm support would probab=
ly be worthwhile. Perhaps also some defined means of signaling when an unsup=
ported algorithm is used along with
 any other reason a DPoP is invalid or rejected.  
    

    

    

     
    

    

    

    There are a lot of tradeoffs in what claims are required and what pr=
otections are provided etc. The aim of what was chosen was to do just enough=
 to provide some reasonable protections
 against reuse or use in a different context while being simple to implement=
 and deploy.
    

    

     
    

    

     
    

    

    

    On Wed, Nov 20, 2019 at 6:34 AM Neil Madden <neil.madden@forgerock.com>=
 wrote:
    

    

    

    

    Thanks for the reply, Brian. 

    

    

     
    

    

    

    Collecting my thoughts up here rather than responding blow by blow.

    

    

     
    

    

    

    

    Public key signatures are simpler in some respects, more complex in o=
thers. There are currently 10 public key JWS signature schemes defined (ES25=
6/384/512, RS256/384/512, PS256/384/512,
 EdDSA) - does an RS potentially have to support them all? If not, how do th=
ey negotiate algorithm support with the client?
    

    

    

     
    

    

    

    On the other hand, the ECDH scheme I proposed can be implemented by a=
dapting an existing ECDH-ES encryption support in a JWT library. For example=
, I discovered while playing with
 this that our own internal library can implement the full flow I described e=
ntirely via the existing public API [1], so it's not necessarily as complex a=
s it first looks. I even knocked up a from-scratch implementation in WebCryp=
to (JavaScript) without too
 much code [2].
    

    

    

     
    

    

    

    But I admit that using an existing JWT library to sign a JWT with an=
 existing algorithm is even easier, and that counts for a lot. Perhaps we ca=
n make concrete suggestions/requirements
 about algorithm support? e.g. "The RS MUST support RS256 and SHOULD support=
 EdDSA. Other algorithms MAY be supported." 
    

    

    

     
    

    

    

    With regards to replay protection, I think there are at least two re=
asonable positions:
    

    

    

     
    

    

    

    1. We assume that TLS is secure and don't try to defend against any c=
ompromise at that level. (Clearly none of the TLS-based PoP mechanisms survi=
ve if TLS is compromised, by definition).
 In this case the main attack to defend against is a malicious RS replaying t=
he access token elsewhere. Simply signing the origin of the RS would be enou=
gh to prevent this attack, while letting the client reuse the same JWT for m=
any requests (and the RS to
 cache the JWT validation). None of "jti", "htu", or "htm" seem relevant to t=
his model.
    

    

    

     
    

    

    

    2. We don't assume that TLS is secure (or it's not fully end-to-end)=
 and try to provide some defense in depth against a MitM attacker replaying a=
 token against the same RS. There
 is a graduated series of steps you can take here, depending on how much you=
 want to prevent this:
    

    

    

       a. The DPoP token can be replayed for arbitrary request=
s to the same RS but has a short time limit (e.g., exp claim or RS-enforced m=
ax lifetime from iat)
    

    

    

       b. The DPoP token can be replayed for the same request (=
htu/htm claims)
    

    

    

       c. The DPoP token can't be replayed at all - either bec=
ause of jti blacklisting on the RS or a challenge-response protocol on each r=
equest.
    

    

    

     
    

    

    

    (There are also variants such as including a hash of the request bod=
y/headers, or encoding an ETag into the JWT).
    

    

    

     
    

    

    

    I think either are reasonable design goals, but aiming for 2 adds mo=
re value. I think aiming for 2a is a reasonable default baseline that allows=
 the client to reuse a DPoP token
 for a few requests, reducing the cost of the signature (and the RS can cach=
e the validated JWT). Support for 2b or 2c can then be listed as optional ad=
ditions.
    

    

    

     
    

    

    

    PS - 2a/2b can be achieved without PoP. I'll save that for another e=
mail in the next few days though.
    

    

    

     
    

    


    


    

    

    

    

    

    

    

    On 19 Nov 2019, at 07:43, Brian Campbell <bcampbell@pingidentity.com> w=
rote:
    

    

     
    

    

    

     
    

    

    

    On Thu, N=
ov 14, 2019 at 7:20 PM Neil Madden <neil.madden@forgerock.com>
 wrote:
    

    

    

    

    I can't a=
ttend Singapore either in person or remotely due to other commitments. I bro=
adly support adoption of this draft,
 but I have some comments/suggestions about it.
    

    

    

    

     
    

    

    

    Thanks Ne=
il. And sorry to hear that you won't be in Singapore. This kind of stuff is d=
efinitely more easily discussed in
 person (for me anyway). But I'll try and comment on your comments here as b=
est I can. I also plan to also mention them in the Wednesday and/or Thursday=
 presentation. 
    

    

    

    

    

    

    

    

    

    

    

     
    

    

    

    

    

    Section 2=
 lists the main objective as being to harden against compromised/malicious A=
S or RS, which may attempt to replay
 captured tokens elsewhere. While this is a good idea, a casual reader might=
 wonder why a simple audience claim in the access token/introspection respon=
se is not sufficient to prevent this. Because interactions between the clien=
t and RS are supposed to be over
 TLS, is the intended threat model one in which these protections have broke=
n down? ("counterfeit" in the description suggests this). Or is the motivati=
on that clients want to get a single broad-scoped access token (for usabilit=
y/performance reasons) and use
 it to access multiple resource servers without giving each of them the abil=
ity to replay the token to the other servers? Or are we thinking of a phishi=
ng-type vulnerability were a general-purpose client might accidentally visit=
 a malicious site which prompts
 for an access token that the client then blindly goes off and gets? (UMA?) I=
t's not clear to me which of these scenarios is being considered, so it woul=
d be good to tighten up this section.
    

    

    

    

    

     
    

    

    

    It is adm=
ittedly a bit loose and I agree it'd be good to tighten it up. But part of w=
hy it's loose is that it tries to offer
 some protections for all those scenarios and more such as a general lost/st=
olen token. It's effectively trying to provide as many of the same types of p=
rotections/assurances that you'd get with TLS based PoP mechanisms (like OAu=
th MTLS or Token binding) to
 the extent that can be done at the HTTP application layer. Which can't real=
istically be exactly the same but can maybe be kinda close while actually be=
ing accessible and implementable because it's all done at the application la=
yer. There are trade-offs, of
 course, and the document writers have endeavored to find a good balance in t=
he trade-off decisions we've made. But that doesn't mean they are necessaril=
y the right decisions or are closed to discussion. To the casual reader I wo=
uld say that it turns out that
 getting an appropriate simple audience claim into an access token isn't nea=
rly as simple as it might seem. And while it will prevent RS to RS replay (a=
s long as both RSs aren't legit audiences) it doesn't help with preventing t=
he use of tokens stolen or leaked
 by other means (including for refresh tokens issued to public clients).&nbs=
p;
    

    

    

    

    

    

    

    

    

    

    

     
    

    

    

    

    

    Another p=
otential motivation is for mobile apps. Some customers of ours would like to=
 tie access/refresh tokens to private
 key material generated on a secure element in the device, that can only be a=
ccessed after local biometric authentication (e.g. TouchID/FaceID on iOS). I=
 have suggested using mTLS cert-bound tokens for this, but have heard some p=
ushback due to the difficulty
 of configuring support for client certs across diverse infrastructure. A si=
mple JWT-based solution like DPoP could fill this need.

    

    

    

    

     
    

    

    

    It's mayb=
e not stated in the draft but this kind of thing is among the objectives (in=
 my mind anyway). 
    

    

    

     
    

    

    

     
    

    

    

    

    

    My main c=
oncerns with the draft though are about efficiency and scalability of the pr=
oposed approach:
    

    

    

     
    

    

    

    1. The re=
quirement to use public key signatures, along with the anti-replay nonce, me=
ans that the RS is required to perform
 an expensive signature verification check on every request. That is not goi=
ng to scale up well. While there are more efficient schemes like Ed25519 now=
, these are still typically an order of magnitude slower than HMAC and the l=
atency and CPU overhead is likely
 to be a non-starter for many APIs (especially when you're billed by CPU usa=
ge). Public key signatures are also notoriously fragile (see e.g. the histor=
y of nonce reuse/leakage vulnerabilities in ECDSA or =

    

    

    

    

    

     
    

    

    

    Yes, asym=
metric is more processing intensive than symmetric. But if you take away the=
 distributed replay check (see next
 response), it will scale out just fine. I'm not so sure latency is a real i=
ssue here - while these operations are an order of magnitude slower we're st=
ill talking about times that are not perceptible to a human. CPU usage/cost i=
s a part of a trade-off for
 the simplicity afforded by public/private keys.  And it is significant=
ly simpler. The design you sketched out is admittedly quite clever but it's n=
ot even in the same ballpark with respect to complexity. And, as you pointed=
 out, the other suggestion around
 symmetric keys has rather different security properties while still adding c=
omplexity. Adding symmetric key support isn't something that can just be add=
ed on easily. 
    

    

    

    

    

    

    

    

    

    

    

    

    

     
    

    

    

    

    

     
    

    

    

    2. The ad=
vice for the RS to store a set of previously used nonces to prevent replay w=
ill also hamper scalability, especially
 in large deployments where such state would need to be replicated to all se=
rvers (or use sticky load balancing, which comes with its own problems). Thi=
s violates the statelessness of HTTP, and it also potentially breaks idempot=
ency of operations: Think of
 the case where the JWT validation and replay protection is done at an API g=
ateway but then the call to the backend API server fails for a transient rea=
son. The client (or a proxy/library) cannot simply replay the (idempotent) r=
equest in this case because it
 will be rejected by the gateway. It must instead recreate the DPoP JWT, inc=
urring additional overheads.
    

    

    

    

    

     
    

    

    

    The actua=
l value of replay checking on jti is somewhat questionable. The DPoP JWT onl=
y transits between client and server
 so a TLS MITM is likely needed to steal a DPoP JWT. But we are assuming TLS=
 works here. And an active MITM could thwart this check by just being first t=
o present DPoP JWT. I think the jti check made its way into the draft mostly=
 because it seemed like something
 was needed to try and bring it closer to the TLS PoP models. Being aware of=
 the scalability concerns, I did endeavor to write the text in such a way so=
 as to leave some wiggle room in implementations/deployments with text like '=
"jti" SHOULD be used by the
 server for replay detection and prevention` and [ensure that] 'within a rea=
sonable consideration of accuracy and resource utilization, a JWT with the s=
ame "jti" value has not been received previously'. The idea being that using=
 something eventually consistent
 or even local only to the runtime instance would be permissible. Perhaps th=
at allowance and the rational could be made more clear? Or would you suggest=
 to do away with the jti replay stuff al? Or something else? 
    

    

    

    

    

    

    

    

    

    

    

    

    

     
    

    

    

    3. Minor:=
 The use of a custom header for communicating the DPoP proof will require ad=
ditional CORS configuration on top
 of that already done for the Authorization header, and so adds a small amou=
nt of additional friction for adoption. Given that CORS configuration change=
s often require approval by a security team, this may make more of an impact=
 than you'd expect.
    

    

    

    

    

     
    

    

    

    Feels rea=
lly minor. I mean, we could try to roll everything up under one header. But i=
t does seem unwarranted and would
 complicate things - at least in the model we've got now where the proof is s=
ent the same way ono all types of requests. 
    

    

    

    

    

    

    

    

    

    

    

     
    

    

    

     
    

    

    

    

    

    It's also=
 not clear to me exactly what threat the anti-replay nonce is protecting aga=
inst. It does nothing against the replay
 scenario discussed in section 2, as I understand it - which really seems to=
 be more of a MitM scenario. Given that the connection between the client an=
d the RS is supposed to be over TLS, and TLS is already protected against re=
play attacks, I think this part
 needs to be better motivated given the obvious costs of implementing it.
    

    

    

     
    

    

    

    I have a t=
entative suggestion for an alternative design which avoids these problems, b=
ut at a cost of potentially more complexity
 elsewhere. I'll summarise it here for consideration:
    

    

    

     
    

    

    

    1. The cl=
ient obtains an access token in the normal way. When calling the token endpo=
int it provides an EC/okp public key
 as the confirmation key to be associated with the access/refresh tokens.
    

    

    

     
    

    

    

    2. The fi=
rst time the client calls an RS it passes its access token in the Authorizat=
ion: Bearer header as normal. (If the
 RS doesn't support DPoP then this would just succeed and no further action i=
s required by the client - allowing clients to opportunistically ask for DPo=
P without needing a priori knowledge of RS capabilities).<=
/p>

    

    

     
    

    

    

    3. The RS=
 introspects the access token and learns the EC public key associated with t=
he access token. As there is no DPoP
 proof with the access token, the RS will generate a challenge in the follow=
ing way:
    

    

    

      &n=
bsp; o The RS generates an ephemeral EC key pair for the same curve as t=
he confirmation key (e.g. P-256 or X25519).
    

    

    

      &n=
bsp; o The RS stores the ephemeral private key somewhere, associated wi=
th this access token (see below for a scalable implementation
 choice)
    

    

    

      &n=
bsp; o The RS encodes the ephemeral public key into a JWK (epk) and bas=
e64url-encodes it. It uses this as a challenge to
 the client by sending back a 401 response with WWW-Authenticate: DPoP <e=
ncoded-epk>
    

    

    

     
    

    

    

    4. The cl=
ient decodes the epk challenge and performs an ECDH key agreement between it=
s private key and the challenge epk
 as per the method described for the existing JWA ECDH-ES encryption algorit=
hm. Rather than deriving an AES key however, it derives a HMAC key for HS256=
. The "apu" value is set to the access token (string value as ASCII bytes) a=
nd the "apv" value is set to
 the hostname of the RS (e.g. "api.example.com"). This ensures that the derived key is cryptog=
raphically bound to the context in which it is used.
    

    

    

     
    

    

    

    5. The cl=
ient uses the HMAC key to create a DPoP proof JWT much like the one in the c=
urrent draft, but signed using the
 HS256 key. If a "kid" field was present in the challenge JWK sent by the RS=
 then the same value MUST be used in the "kid" header of this discharge JWT.=
 It retries its original request sending Authorization: DPoP <hmac-jwt>=
; at=3D<access_token>.
    

    

    

     
    

    

    

    6. The RS=
 uses its stored ephemeral private key to derive the same HMAC key and verif=
y the DPoP discharge JWT. If it validates
 and all fields are correct then the request is allowed.

    

    

     
    

    

    

    Efficient=
 implementation trick:
    

    

    

    Because t=
he client is required to copy and "kid" value from the challenge JWK, the RS=
 can preemptively carry out the ECDH
 key agreement immediately and generate the derived HMAC key. The RS can the=
n encrypt this derived key using a local authenticated encryption key (e.g. A=
ES-GCM) and use that encrypted value as the "kid" value in the challenge (pe=
rhaps along with some context
 or an expiry time). That way the RS only needs to decrypt this kid value ra=
ther than performing the ECDH key agreement on every request. This also avoi=
ds the need for the RS to store any per-client state locally.
    

    

    

     
    

    

    

    The chall=
enge-response nature of the scheme prevents traditional replay attacks in th=
e case where a DPoP discharge JWT is
 accidentally leaked through server logs or some other flaw, without needing=
 to store nonces on the server. Using the RS's hostname in the key derivatio=
n process prevents mitm attacks in a similar way to how FIDO/WebAuthn preven=
ts this. Most importantly, once
 a HS256 key has been derived between a client and RS they can reuse that ke=
y for multiple requests, reducing the overhead of the ECDH key agreement ste=
p. Either side can decide as a matter of policy how long to let this occur a=
nd when to trigger a fresh challenge-response.
    

    

    

     
    

    

    

    Because t=
his fits within the standard HTTP authentication framework, it also requires=
 no additional CORS configuration and
 is relatively easy to plug in to existing HTTP client libraries.
    

    

    

     
    

    

    

    The main d=
ownside of this approach to me is the fact that you can't simply reuse an ex=
isting JWT library to implement it,
 and so it will take time for client libs to develop. (Although I think this=
 might be achievable now with existing *COSE* libraries). This would increas=
e the risk of people hand-rolling solutions, rather than using well-tested l=
ibraries. On the other hand,
 it uses fairly widely supported primitives so e.g. an implementation using W=
ebCrypto is probably only a few dozen lines of code.
    

    

    

     
    

    

    

    -- Neil
    

    

    

    

     
    

    


    

    

    

    

    

    

    

    On 31 Oct=
 2019, at 19:20, Brian Campbell <bcampbell=3D40pingidentity.com@dm=
arc.ietf.org>
 wrote:
    

    

     
    

    

    

    

    Hello WG,=
 
    

    

    

     
    

    

    

    Just a qu=
ick note to let folks know that -03 of the DPoP draft was published earlier t=
oday. The usual various document links
 are in the forwarded message below and the relevant snippet from the doc hi=
story with a summary of the changes is included here for convenience. <=
/span>
    

    

    

     
    

    

    

    Hopefully=
 folks will have time to read the (relativity) short document before the mee=
ting(s) in Singapore where (spoiler
 alert) I plan to ask that the WG consider adoption of the draft. 
    

    

    

     
    

    

    

    Thanks,
    

    

    


    
 -03
    
   o  rework the text around uniqueness requirements on the j=
ti claim in
    
      the DPoP proof JWT
    
   o  make tokens a bit smaller by using "htm", "htu", and "j=
kt" rather
    
      than "http_method", "http_uri", and "jkt#S256" res=
pectively
    
   o  more explicit recommendation to use mTLS if that is ava=
ilable
    
   o  added David Waite as co-author
    
   o  editorial updates
    

    

    

    

     
    

    

    

    ---------=
- Forwarded message ---------
    
From: <internet-drafts@ietf.org>
    
Date: Thu, Oct 31, 2019 at 11:53 AM
    
Subject: New Version Notification for draft-fett-oauth-dpop-03.txt
    
To: Torsten Lodderstedt <torsten@lodderstedt.net>, Michael Jones <mbj@microsoft.com>, John B=
radley <ve7jtb@ve=
7jtb.com>,
 Brian Campbell <bcampbell@pingidentity.com>, David Waite <david@alkaline-solutions.c=
om>, Daniel Fett <mail@danielfett.de>
    

    


    

    

    
A new version of I-D, draft-fett-oauth-dpop-03.txt
    
has been successfully submitted by Brian Campbell and posted to the
    
IETF repository.
    

    
Name:           draft-fett-oauth-dpop
    
Revision:       03
    
Title:          OAuth 2.0 Demonstration of Proof-of=
-Possession at the Application Layer (DPoP)
    
Document date:  2019-10-30
    
Group:          Individual Submission
    
Pages:          15
    
URL:            https=
://www.ietf.org/internet-drafts/draft-fett-oauth-dpop-03.txt
    
Status:         https://datatracker.ietf.=
org/doc/draft-fett-oauth-dpop/
    
Htmlized:       https://tools.ietf.org/html/draft=
-fett-oauth-dpop-03
    
Htmlized:       https://datatracker.ietf.o=
rg/doc/html/draft-fett-oauth-dpop
    
Diff:           https://www.iet=
f.org/rfcdiff?url2=3Ddraft-fett-oauth-dpop-03
    

    
Abstract:
    
   This document describes a mechanism for sender-constraining OAu=
th 2.0
    
   tokens via a proof-of-possession mechanism on the application l=
evel.
    
   This mechanism allows for the detection of replay attacks with a=
ccess
    
   and refresh tokens.
    

    

    

    

    
Please note that it may take a couple of minutes from the time of submission=

    
until the htmlized version and diff are available at tools.ietf.org.
    

    
The IETF Secretariat
    

    

    

    

    


    
    CONFIDENTIAL=
ITY NOTICE: This email may contain confidential and privileged material for t=
he sole use of the intended recipient(s).
 Any review, use, distribution or disclosure by others is strictly prohibite=
d..  If you have received this communication in error, please notify th=
e sender immediately by e-mail and delete the message and any file attachmen=
ts from your computer. Thank you._____________________________________________=
__
    
OAuth mailing list
    
OAuth@ietf.org
    
ht=
tps://www.ietf.org/mailman/listinfo/oauth
    

    

    

    

     
    

    

    

    

    

    

    


    
    CONFIDENTIAL=
ITY NOTICE: This email may contain confidential and privileged material for t=
he sole use of the intended recipient(s).
 Any review, use, distribution or disclosure by others is strictly prohibite=
d.  If you have received this communication in error, please notify the=
 sender immediately by e-mail and delete the message and any file attachment=
s from your computer. Thank you.
    

    

    

    

     
    

    

    

    

    

    


    
CONFIDENTIALITY NOT=
ICE: This email may contain confidential and privileged material for the sol=
e use of the intended recipient(s). Any review,
 use, distribution or disclosure by others is strictly prohibited.  If y=
ou have received this communication in error, please notify the sender immed=
iately by e-mail and delete the message and any file attachments from your c=
omputer. Thank you.
    

    

    

    

     
    

    

    

    

    

    

    

    

    



    =

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--_006_c3601d96013842ed8570823ce0d07fadSTEMES002steteucorp_--


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From: Torsten Lodderstedt 
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Date: Tue, 26 Nov 2019 11:33:02 +0100
In-Reply-To: 
Cc: Joseph Heenan , "oauth@ietf.org" 
To: =?utf-8?Q?Robache_Herv=C3=A9?= 
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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Hi Herv=C3=A9,

the flow you outline is equivalent to CIBA =
(https://openid.net/specs/openid-client-initiated-backchannel-authenticati=
on-core-1_0-ID1.html).=20

RFC8628/device grant type and CIBA differ as follows:

- RFC8628 provides the client with an URL for the authorisation process
- CIBA requires the client to provide a user identifier to the AS/OP, =
the AS in turn uses an out of band mechanism to communicate with the =
user=20

best regards,
Torsten.=20

> On 26. Nov 2019, at 09:26, Robache Herv=C3=A9  =
wrote:
>=20
> Dear all
> =20
> Thanks again for your clarifications. After discussion with the French =
community, we think that a full decoupled flow could be the following =
one
> =20
> 
> =20
> =46rom my perspective, this flow  is very similar to RFC8628 or CIBA, =
except the following difference: instead of providing the customer with =
the authentication URI through the third party, the bank notifies =
directly the customer on a specific device or mobile app.
> =20
> Do you have any thought on this flow?
> =20
> Thanks in advance
> =20
> Herv=C3=A9
> =20
> De : Robache Herv=C3=A9=20
> Envoy=C3=A9 : lundi 18 novembre 2019 15:21
> =C3=80 : 'Joseph Heenan'; Torsten Lodderstedt
> Cc : oauth@ietf.org
> Objet : [OAUTH-WG] Question regarding RFC 8628
> =20
> Thanks Joseph
> =20
> I agree with you. There should be no issue when the URL is registered =
during the TPP app installation.
> =20
> =46rom my perspective, this URL should be passed during the =
authorization request within the [redirect_uri] field.
> =20
> By the way, most of the French banks will use Oauth2 AC and not OpenId =
Connect. I guess that the sequence diagram is roughly the same, isn=E2=80=99=
t it?
> =20
> Best regards
> =20
> Herv=C3=A9
> =20
> De : Joseph Heenan [mailto:joseph.heenan@fintechlabs.io]=20
> Envoy=C3=A9 : lundi 18 novembre 2019 14:49
> =C3=80 : Torsten Lodderstedt
> Cc : Robache Herv=C3=A9; oauth@ietf.org
> Objet : Re: [OAUTH-WG] Question regarding RFC 8628
> =20
> Hi all,
> =20
> Thanks, Torsten.
> =20
>=20
> On 18 Nov 2019, at 13:22, Torsten Lodderstedt =
 wrote:
> =20
> Hi Herv=C3=A9,
>=20
> looping in Joseph.
>=20
>=20
> On 18. Nov 2019, at 21:17, Robache Herv=C3=A9  =
wrote:
>=20
> Thanks Torsten
>=20
> Yes, we study this flow as well. Actually we consider the two =
following flows for a mobile-based authentication
>=20
> -          DECOUPLED : via a RFC8628-derived or CIBA approach (as =
suggested by Rob)
> -          REDIRECT : via the flow specified in the OpenId link you =
gave.
>=20
> The main issue encountered so far is to give back the focus on the =
third party app. Third Parties fear that their app will be kept in the =
back of the mobile screen.
>=20
> @Joseph: what=E2=80=99s your take on this concern?=20
> =20
> In app2app, it really shouldn=E2=80=99t happen - if the device OS has =
not properly registered the universal link, the TPP website would open =
instead and authorization code can still be processed (though admittedly =
supporting this use case may require a bit more care to ensure session =
mixup attacks can=E2=80=99t happen).
> =20
>=20
> =20
>=20
> This could happen when the TPP app [app link]/[universal link] is not =
properly registered or forwarded to the bank app.
> -          In the REDIRECT approach this means that the authorization =
code cannot be forwarded to the TPP
> =20
> I don=E2=80=99t really understand how the =E2=80=98app link=E2=80=99 =
would not be properly registered to the bank app. The universal link =
should be the same URL as for the redirect uri on the TPP website. =
Obviously if the TPP registers their redirect uri incorrectly with the =
bank the flow won=E2=80=99t work, but this applies equally to the web =
based flows, and it=E2=80=99s not the kind of problem you see occur on a =
production system.
> =20
> The evidence from the UK so far is that drop-off rates (where the user =
does not successfully complete the authentication and return to the =
third party) are far lower for app2app compared to a normal oauth2 =
browser based redirect flow; I can=E2=80=99t put my hand on the actual =
figures right now but from memory around 5 times more users successfully =
completed an app2app flow than the usual web flows.
> =20
>=20
> -          In the DECOUPLED approach it less critical since the TPP =
polls the bank and eventually gets its token once the PSU has =
authenticated.
>=20
> But in the decoupled flow, the PSU first has to enter her PSU ID in =
order to allow the TPP to identity the PSU towards the ASPSP. This is =
less convenient and leaks PII.
> =20
> Not necessarily the PSU ID, but generally something that can be used =
to identify the user. In theory it could be an ephemeral id, though in =
reality there=E2=80=99s all sorts of issues with implementing that, =
particularly on a =E2=80=99same device=E2=80=99 flow. It=E2=80=99s =
definitely less convenient, particularly for the first TPP<->ASPSP =
interaction where the TPP will necessarily have to collect more info =
from the user than would be necessary in a redirect based flow.
> =20
> The user also has to manually switch back to the TPP app at the end of =
the flow.
> =20
> My general opinion is that for most use cases where the consumption =
and authentication devices are the same device a decoupled flow should =
not be used, as for that use case app2app presents a far better user =
experience - both in terms of the number of steps and the time taken to =
successfully complete all the steps.
> =20
> Joseph
> =20
>=20
>=20
> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 =
l'intention exclusive de ses destinataires et sont confidentiels.
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syst=C3=A8me et d'en avertir imm=C3=A9diatement l'exp=C3=A9diteur.
> Toute lecture non autoris=C3=A9e, toute utilisation de ce message qui =
n'est pas conforme =C3=A0 sa destination, toute diffusion ou toute =
publication, totale ou partielle, est interdite.
> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce =
message =C3=A9lectronique susceptible d'alt=C3=A9ration, STET d=C3=A9cline=
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> N'imprimez ce message que si n=C3=A9cessaire, pensez =C3=A0 =
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>=20
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From: Torsten Lodderstedt 
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Date: Tue, 26 Nov 2019 11:34:24 +0100
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Cc: "oauth@ietf.org" , Aaron Parecki , Brian Campbell , "ve7jtb@gmail.com" , Andrey Labunets , Mike Jones 
To: Daniel Fett 
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Subject: Re: [OAUTH-WG] WGLC review of OAuth 2.0 Security Best Current Practice by Mike Jones
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Moving the discussions to an appendix sounds good.

> On 26. Nov 2019, at 08:17, Daniel Fett  wrote:
>=20
> Am 25.11.19 um 23:02 schrieb Torsten Lodderstedt:
>> Parts of the text in section 4 capture discussions of potential =
solutions and reasons why we decided in favor of a certain solution. I =
think this will be useful in the future and it has already proven useful =
for me, e.g. in the recent discussions around PoP vs audience =
restriction.
> Then let's move these discussions to an appendix or a separate =
document. I have the feeling that some sections have too many "could"s, =
"might"s and "should"s for a normative document. Another point is that =
the alternative solutions that we are discussing often have not been =
analyzed as thoroughly as the recommended solutions (see, e.g., PKCE vs. =
Code-bound State vs. Token binding for Code).
>=20
> -Daniel
>=20
>=20


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From: =?utf-8?B?Um9iYWNoZSBIZXJ2w6k=?= 
To: Torsten Lodderstedt 
CC: Joseph Heenan , "oauth@ietf.org" 
Thread-Topic: [OAUTH-WG] Question regarding RFC 8628
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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From: Karsten Meyer zu Selhausen 
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To: oauth@ietf.org
Cc: Vladislav Mladenov 
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Message-ID: <35143dd1-edeb-e0fd-6f36-a39d9b7f7008@hackmanit.de>
Date: Tue, 26 Nov 2019 14:24:14 +0100
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X-Mailman-Approved-At: Tue, 26 Nov 2019 05:37:39 -0800
Subject: [OAUTH-WG] OAuth 2.0 Security Best Current Practice | Issue in Mix-Up Countermeasure
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X-List-Received-Date: Tue, 26 Nov 2019 13:33:04 -0000

Hi,

we identified a possible issue regarding the Mix-Up attack
countermeasures described in the Security Best Current Practices.

Section 4.4.2 of the latest version of the BCP lists "AS-specific
redirect URIs" as a countermeasure for Mix-Up attacks.

This countermeasure can be bypassed if Dynamic Client Registration is
used by the client.
The bypass works as follows:

The client will use a unique redirect URI in the Client Registration
Request when it registers at the authorization server operated by the
attacker (A-AS).
However, the A-AS can replace this redirect URI with the same redirect
URI the client uses for the "honest" authorization server (H-AS).
According to RFC7591, the AS is explicitly allowed to replace the
client's requested metadata values and must return all registered
metadata to the client in the Client Information Response. The same
applies to the Client Information Response defined in RFC7592.

For example the client sends the following request:

POST /register HTTP/1.1
{
"redirect_uris": [
"https://client.example.org/attacker-as"],
...
}

The A-AS responds as follows:

HTTP/1.1 201 Created
{
"client_id": "s6BhdRkqt3",
"redirect_uris": [
"https://client.example.org/honest-as"],    <-- redirect URI for H-AS
returned by A-AS
...
}

Neither RFC7591/RFC7592 nor the BCP state that the client should
validate the metadata contained in the Client Information Response in
any way.

Depending on its implementation the client might simply extract all data
contained in the Client Information Response and use it for
authorizations with the specific AS.
We were able to confirm that one popular open-source library behaves in
this exact way. It stores the redirect URI contained in the Client
Information Response and uses it for Authorization Requests with the
A-AS although it differs from the redirect URI in the Client
Registration Request.

In our opinion this makes the countermeasure "AS-specific redirect URIs"
obsolete and we believe the other countermeasure described in the BCP
(adding an AS identifier and the client_id of the intended recipient to
AS's responses) should be used to prevent Mix-Up attacks. If the
involved entities use the OIDC hybrid flow this countermeasure is
automatically applied.

Do we miss anything? Or what is your opinion about this?

Best regards,
Karsten Meyer zu Selhausen

-- 
Phone:	(+49)(0)234 / 45930961
Fax:	(+49)(0)234 / 45930960
Mail:	karsten.meyerzuselhausen@hackmanit.de
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Web:	www.hackmanit.de

Hackmanit GmbH
Universitätsstraße 150 (ID 2/411)
44801 Bochum, Germany

Vertreten durch: Prof. Dr. Jörg Schwenk, Dr. Juraj Somorovsky, Dr. Christian Mainka, Dr. Marcus Niemietz
Registergericht: Bochum


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Subject: Re: [OAUTH-WG] OAuth 2.0 Security Best Current Practice | Issue in Mix-Up Countermeasure
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Hi Karsten,

Very interesting observation!

My gut feeling is that this is the real problem here:

Am 26.11.19 um 14:24 schrieb Karsten Meyer zu Selhausen:
> Depending on its implementation the client might simply extract all data
> contained in the Client Information Response and use it for
> authorizations with the specific AS.
> We were able to confirm that one popular open-source library behaves in
> this exact way. It stores the redirect URI contained in the Client
> Information Response and uses it for Authorization Requests with the
> A-AS although it differs from the redirect URI in the Client
> Registration Request.

The client uses untrusted, unverified data to make its decision on what
redirect URI to use.

Nonetheless, we should definitely mention this in the BCP!

> In our opinion this makes the countermeasure "AS-specific redirect URIs"
> obsolete and we believe the other countermeasure described in the BCP
> (adding an AS identifier and the client_id of the intended recipient to
> AS's responses) should be used to prevent Mix-Up attacks. If the
> involved entities use the OIDC hybrid flow this countermeasure is
> automatically applied.

These are more intrusive changes than the per-AS redirect URI and may
require new parameters.

Daniel



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Date: Tue, 26 Nov 2019 07:51:16 -0800
From: Benjamin Kaduk 
To: Pedram Hosseyni 
Cc: oauth@ietf.org
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Hi Pedram,

On Thu, Nov 21, 2019 at 02:50:52PM +0100, Pedram Hosseyni wrote:
> 
> Also, for this or the next version of this document, the Cuckoo's Token 
> attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ ), should 
> be addressed. We also discussed this issue extensively at the last OSW 
> in Stuttgart.

I took a look at the paper, and I'm not sure I'm properly understanding the
"Cuckoo's Token" attack.  Looking at Figure 4 of the paper to have
something concrete to refer to, I assume that the client, as a white box,
is presumed to be honest.  Since the access token is bound to the client, I
assume that the attacker has to return the phished access token to the same
client that originally (honestly) got it, as otherwise the token will not
be usable at the RS.  The paper concludes that in step 6, the client gets
access to the honest resource owner's resources, and furthermore that the
attacker has access to those resources through the client.  It's that last
part that I'm not sure I understand -- if the client is honest, why would
it return resource information to the attacker?  The best I can come up
with is that there's some sense of a "session" between the user and client,
such that the client links its resource accesses with the "session" on
behalf of which the access occurs, and is willing to return such
information back to the user only on the "linked session".  (The
countermeasure makes sense and is a good practice, of course.)

Thanks,

Ben


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To: Benjamin Kaduk 
Cc: oauth@ietf.org
References:  <20191126155116.GW32847@mit.edu>
From: Pedram Hosseyni 
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Hi Ben,

The attacker uses the (honest) client shown in Figure 4 as a regular 
user. For example, the client might provide access to a cloud storage 
via its website, i.e., by using the clients' website, a user can access 
her files stored at the resource server.

I'll try to clarify the attack with a simplified example.

Let's assume that the client supports two authorization servers 
AS_honest and AS_attacker. Intuitively, if the attacker phishes an 
access token created by AS_honest for an honest user (Alice), one would 
expect that sender-constraining the access token (e.g., via mTLS) 
prevents the attacker from using this access token.

The overall goal of the attacker is to use the sender-constrained access 
token (which he cannot use directly at the resource server) to access 
Alices cloud storage.

The attack works as follows:

First, the attacker visits the website of the client. Usually, the 
attacker would now choose an AS, and after successful authentication, 
access his files stored in the cloud. When selecting the AS, the 
attacker chooses AS_attacker. In Step 5 of Figure 4, AS_attacker now 
provides the phished access token. As this token is bound to this 
client, the client can use it at the resource server for getting access 
to the cloud storage of Alice. As the attacker is using the client 
(through the clients' website), he now gets access to these files 
(stored at the RS).

Please let me know if you have any other questions.

Best regards,
Pedram


On 26.11.19 16:51, Benjamin Kaduk wrote:
> Hi Pedram,
>
> On Thu, Nov 21, 2019 at 02:50:52PM +0100, Pedram Hosseyni wrote:
>> Also, for this or the next version of this document, the Cuckoo's Token
>> attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ ), should
>> be addressed. We also discussed this issue extensively at the last OSW
>> in Stuttgart.
> I took a look at the paper, and I'm not sure I'm properly understanding the
> "Cuckoo's Token" attack.  Looking at Figure 4 of the paper to have
> something concrete to refer to, I assume that the client, as a white box,
> is presumed to be honest.  Since the access token is bound to the client, I
> assume that the attacker has to return the phished access token to the same
> client that originally (honestly) got it, as otherwise the token will not
> be usable at the RS.  The paper concludes that in step 6, the client gets
> access to the honest resource owner's resources, and furthermore that the
> attacker has access to those resources through the client.  It's that last
> part that I'm not sure I understand -- if the client is honest, why would
> it return resource information to the attacker?  The best I can come up
> with is that there's some sense of a "session" between the user and client,
> such that the client links its resource accesses with the "session" on
> behalf of which the access occurs, and is willing to return such
> information back to the user only on the "linked session".  (The
> countermeasure makes sense and is a good practice, of course.)
>
> Thanks,
>
> Ben

-- 
Pedram Hosseyni, M.Sc.
Room V38 2.438
Institute of Information Security - SEC
Universität Stuttgart
Universitätsstraße 38
D-70569 Stuttgart
Germany
Phone: +49 711 685 88454
https://sec.uni-stuttgart.de


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References: 
Cc: Joseph Heenan , "oauth@ietf.org" 
In-Reply-To: 
To: =?utf-8?Q?Robache_Herv=C3=A9?= 
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Subject: Re: [OAUTH-WG] Question regarding RFC 8628
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No problem. You are always welcome.

> Am 26.11.2019 um 14:07 schrieb Robache Herv=C3=A9 :=

>=20
> =EF=BB=BFThanks Torsten, I didn't notice this point in CIBA.
>=20
> Sorry about asking a so silly question.
>=20
> Herv=C3=A9
>=20
> -----Message d'origine-----
> De : Torsten Lodderstedt [mailto:torsten@lodderstedt.net]
> Envoy=C3=A9 : mardi 26 novembre 2019 11:33
> =C3=80 : Robache Herv=C3=A9
> Cc : Joseph Heenan; oauth@ietf.org
> Objet : Re: [OAUTH-WG] Question regarding RFC 8628
>=20
> Hi Herv=C3=A9,
>=20
> the flow you outline is equivalent to CIBA (https://openid.net/specs/openi=
d-client-initiated-backchannel-authentication-core-1_0-ID1.html).
>=20
> RFC8628/device grant type and CIBA differ as follows:
>=20
> - RFC8628 provides the client with an URL for the authorisation process
> - CIBA requires the client to provide a user identifier to the AS/OP, the A=
S in turn uses an out of band mechanism to communicate with the user
>=20
> best regards,
> Torsten.
>=20
>> On 26. Nov 2019, at 09:26, Robache Herv=C3=A9  wro=
te:
>>=20
>> Dear all
>>=20
>> Thanks again for your clarifications. After discussion with the French co=
mmunity, we think that a full decoupled flow could be the following one
>>=20
>> 
>>=20
>> =46rom my perspective, this flow  is very similar to RFC8628 or CIBA, exc=
ept the following difference: instead of providing the customer with the aut=
hentication URI through the third party, the bank notifies directly the cust=
omer on a specific device or mobile app.
>>=20
>> Do you have any thought on this flow?
>>=20
>> Thanks in advance
>>=20
>> Herv=C3=A9
>>=20
>> De : Robache Herv=C3=A9
>> Envoy=C3=A9 : lundi 18 novembre 2019 15:21
>> =C3=80 : 'Joseph Heenan'; Torsten Lodderstedt
>> Cc : oauth@ietf.org
>> Objet : [OAUTH-WG] Question regarding RFC 8628
>>=20
>> Thanks Joseph
>>=20
>> I agree with you. There should be no issue when the URL is registered dur=
ing the TPP app installation.
>>=20
>> =46rom my perspective, this URL should be passed during the authorization=
 request within the [redirect_uri] field.
>>=20
>> By the way, most of the French banks will use Oauth2 AC and not OpenId Co=
nnect. I guess that the sequence diagram is roughly the same, isn=E2=80=99t i=
t?
>>=20
>> Best regards
>>=20
>> Herv=C3=A9
>>=20
>> De : Joseph Heenan [mailto:joseph.heenan@fintechlabs.io]
>> Envoy=C3=A9 : lundi 18 novembre 2019 14:49
>> =C3=80 : Torsten Lodderstedt
>> Cc : Robache Herv=C3=A9; oauth@ietf.org
>> Objet : Re: [OAUTH-WG] Question regarding RFC 8628
>>=20
>> Hi all,
>>=20
>> Thanks, Torsten.
>>=20
>>=20
>> On 18 Nov 2019, at 13:22, Torsten Lodderstedt  w=
rote:
>>=20
>> Hi Herv=C3=A9,
>>=20
>> looping in Joseph.
>>=20
>>=20
>> On 18. Nov 2019, at 21:17, Robache Herv=C3=A9  wro=
te:
>>=20
>> Thanks Torsten
>>=20
>> Yes, we study this flow as well. Actually we consider the two following f=
lows for a mobile-based authentication
>>=20
>> -          DECOUPLED : via a RFC8628-derived or CIBA approach (as suggest=
ed by Rob)
>> -          REDIRECT : via the flow specified in the OpenId link you gave.=

>>=20
>> The main issue encountered so far is to give back the focus on the third p=
arty app. Third Parties fear that their app will be kept in the back of the m=
obile screen.
>>=20
>> @Joseph: what=E2=80=99s your take on this concern?
>>=20
>> In app2app, it really shouldn=E2=80=99t happen - if the device OS has not=
 properly registered the universal link, the TPP website would open instead a=
nd authorization code can still be processed (though admittedly supporting t=
his use case may require a bit more care to ensure session mixup attacks can=
=E2=80=99t happen).
>>=20
>>=20
>>=20
>>=20
>> This could happen when the TPP app [app link]/[universal link] is not pro=
perly registered or forwarded to the bank app.
>> -          In the REDIRECT approach this means that the authorization cod=
e cannot be forwarded to the TPP
>>=20
>> I don=E2=80=99t really understand how the =E2=80=98app link=E2=80=99 woul=
d not be properly registered to the bank app. The universal link should be t=
he same URL as for the redirect uri on the TPP website. Obviously if the TPP=
 registers their redirect uri incorrectly with the bank the flow won=E2=80=99=
t work, but this applies equally to the web based flows, and it=E2=80=99s no=
t the kind of problem you see occur on a production system.
>>=20
>> The evidence from the UK so far is that drop-off rates (where the user do=
es not successfully complete the authentication and return to the third part=
y) are far lower for app2app compared to a normal oauth2 browser based redir=
ect flow; I can=E2=80=99t put my hand on the actual figures right now but fr=
om memory around 5 times more users successfully completed an app2app flow t=
han the usual web flows.
>>=20
>>=20
>> -          In the DECOUPLED approach it less critical since the TPP polls=
 the bank and eventually gets its token once the PSU has authenticated.
>>=20
>> But in the decoupled flow, the PSU first has to enter her PSU ID in order=
 to allow the TPP to identity the PSU towards the ASPSP. This is less conven=
ient and leaks PII.
>>=20
>> Not necessarily the PSU ID, but generally something that can be used to i=
dentify the user. In theory it could be an ephemeral id, though in reality t=
here=E2=80=99s all sorts of issues with implementing that, particularly on a=
 =E2=80=99same device=E2=80=99 flow. It=E2=80=99s definitely less convenient=
, particularly for the first TPP<->ASPSP interaction where the TPP will nece=
ssarily have to collect more info from the user than would be necessary in a=
 redirect based flow.
>>=20
>> The user also has to manually switch back to the TPP app at the end of th=
e flow.
>>=20
>> My general opinion is that for most use cases where the consumption and a=
uthentication devices are the same device a decoupled flow should not be use=
d, as for that use case app2app presents a far better user experience - both=
 in terms of the number of steps and the time taken to successfully complete=
 all the steps.
>>=20
>> Joseph
>>=20
>>=20
>>=20
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>> L'Internet ne permettant pas d'assurer l'int=C3=A9grit=C3=A9 de ce messag=
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>=20
>=20
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> Ce message et toutes les pi=C3=A8ces jointes sont =C3=A9tablis =C3=A0 l'in=
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From nobody Tue Nov 26 10:31:27 2019
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Date: Tue, 26 Nov 2019 10:31:09 -0800
From: Benjamin Kaduk 
To: Pedram Hosseyni 
Cc: oauth@ietf.org
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Hi Pedram,

Thanks for confirming that the scenario is as I was trying to understand
it.  I don't think it's universal that all clients will give transitive
access from the user to the accessed resource, though it's certainly
common; the lack of exposition on that point is what I had been stumbling
on.

-Ben

On Tue, Nov 26, 2019 at 06:33:04PM +0100, Pedram Hosseyni wrote:
> Hi Ben,
> 
> The attacker uses the (honest) client shown in Figure 4 as a regular 
> user. For example, the client might provide access to a cloud storage 
> via its website, i.e., by using the clients' website, a user can access 
> her files stored at the resource server.
> 
> I'll try to clarify the attack with a simplified example.
> 
> Let's assume that the client supports two authorization servers 
> AS_honest and AS_attacker. Intuitively, if the attacker phishes an 
> access token created by AS_honest for an honest user (Alice), one would 
> expect that sender-constraining the access token (e.g., via mTLS) 
> prevents the attacker from using this access token.
> 
> The overall goal of the attacker is to use the sender-constrained access 
> token (which he cannot use directly at the resource server) to access 
> Alices cloud storage.
> 
> The attack works as follows:
> 
> First, the attacker visits the website of the client. Usually, the 
> attacker would now choose an AS, and after successful authentication, 
> access his files stored in the cloud. When selecting the AS, the 
> attacker chooses AS_attacker. In Step 5 of Figure 4, AS_attacker now 
> provides the phished access token. As this token is bound to this 
> client, the client can use it at the resource server for getting access 
> to the cloud storage of Alice. As the attacker is using the client 
> (through the clients' website), he now gets access to these files 
> (stored at the RS).
> 
> Please let me know if you have any other questions.
> 
> Best regards,
> Pedram
> 
> 
> On 26.11.19 16:51, Benjamin Kaduk wrote:
> > Hi Pedram,
> >
> > On Thu, Nov 21, 2019 at 02:50:52PM +0100, Pedram Hosseyni wrote:
> >> Also, for this or the next version of this document, the Cuckoo's Token
> >> attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ ), should
> >> be addressed. We also discussed this issue extensively at the last OSW
> >> in Stuttgart.
> > I took a look at the paper, and I'm not sure I'm properly understanding the
> > "Cuckoo's Token" attack.  Looking at Figure 4 of the paper to have
> > something concrete to refer to, I assume that the client, as a white box,
> > is presumed to be honest.  Since the access token is bound to the client, I
> > assume that the attacker has to return the phished access token to the same
> > client that originally (honestly) got it, as otherwise the token will not
> > be usable at the RS.  The paper concludes that in step 6, the client gets
> > access to the honest resource owner's resources, and furthermore that the
> > attacker has access to those resources through the client.  It's that last
> > part that I'm not sure I understand -- if the client is honest, why would
> > it return resource information to the attacker?  The best I can come up
> > with is that there's some sense of a "session" between the user and client,
> > such that the client links its resource accesses with the "session" on
> > behalf of which the access occurs, and is willing to return such
> > information back to the user only on the "linked session".  (The
> > countermeasure makes sense and is a good practice, of course.)
> >
> > Thanks,
> >
> > Ben
> 
> -- 
> Pedram Hosseyni, M.Sc.
> Room V38 2.438
> Institute of Information Security - SEC
> Universität Stuttgart
> Universitätsstraße 38
> D-70569 Stuttgart
> Germany
> Phone: +49 711 685 88454
> https://sec.uni-stuttgart.de
> 


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From: "Peck, Michael A" 
To: Benjamin Kaduk , Pedram Hosseyni 
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Thread-Topic: [EXT] Re: [OAUTH-WG] WGLC review of draft-ietf-oauth-security-topics-13
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From: "Richard Backman, Annabelle" 
To: Neil Madden 
CC: Brian Campbell , oauth 
Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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Date: Wed, 27 Nov 2019 01:25:54 +0000
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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From: "Richard Backman, Annabelle" 
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Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On 27 Nov 2019, at 01:26, Richard Backman, Annabelle =
 wrote:
>=20
> =EF=BB=BF
> > That=E2=80=99s not proof of possession, that=E2=80=99s just =
verifying a MAC. PoP requires the other party (client) to provide a =
fresh proof that they control a key. The client isn=E2=80=99t using any =
key in this case.=20
> =20
> I think we=E2=80=99re operating with slightly different definitions =
for PoP. My definition is something along the lines of =E2=80=9Ca =
possessor of a key generated (or was in possession of) this data blob at =
some point.=E2=80=9D You can probably see why we=E2=80=99re disagreeing =
over whether or not PoP is fundamental. I don=E2=80=99t think there is =
any point in continuing this semantic debate. =F0=9F=98=83

See https://tools.ietf.org/html/rfc7800 =
 for a definition (section 3.6 in =
particular).

> =20
> > That=E2=80=99s not directly attached to the access token. This means =
that every RS has to know about DPoP.
> True, but you could avoid that by embedding the access token in the =
DPoP proof (similar to draft-ietf-oauth-signed-http-request) and sending =
that as the sole token. Technically, that=E2=80=99s no longer a bearer =
token so sending it as =E2=80=9CAuthorization: bearer =E2=80=9D =
would be wrong, but DPoP already commits that sin.
> =20
> Also, if the AS is doing all authentication checks, then in a lot of =
cases the RS will need to provide the AS with additional request =
metadata along with the macaroon, such as the POST method used, origin =
(if it=E2=80=99s not inferable from whatever credentials the RS uses =
when calling the AS), request path, sender IP, client TLS certificate, =
token binding ID, etc. Obviously there are some caveats that don=E2=80=99t=
 require this (e.g., timestamp). It remains to be seen whether the =
caveats required to meet DPoP=E2=80=99s use case fall into the former or =
latter category.

That=E2=80=99s true - and the RS being able to send more contextual info =
to the token introspection endpoint would be useful regardless of token =
format.=20

The current model is that the AS validates the token and checks basic =
things like the expiry time or audience and then returns any other =
constraints to the RS such as the scope, any confirmation key, etc. This =
model can be followed with macaroons - eg the scope returned should be =
the intersection of the original token scope and any scope caveats on =
the token.

But for many of the things discussed in this thread, the AS can validate =
by itself. For example, if the client appends an audience restricting a =
token to one RS then the AS can validate that because the RS =
authenticates when it calls the introspection endpoint. If the client =
appends something like a =E2=80=9Cjti=E2=80=9D caveat (probably =
renamed), then the AS can centrally record that to prevent replay - this =
has the same caveats on scalability, but at least can be done once at =
the AS rather than for each RS.=20

> =20
> > Please explain how to achieve the examples I gave of layered =
attenuation without using macaroons.
> > 1. The client adds caveats (eg exp =3D now+5s) to an access token =
and sends it to the RS. The RS creates four copies of the token with =
different scope constraints and sends them to four individual =
microservices.
>=20
> For my example below:
> Let  be the access token obtained by the client from the AS
> Let JWE be a function that generates a JWE given a key and payload.
> Let  be the public encryption key for the AS.
> =20
> Client:
>  =3D JWE(, { at: , exp: =E2=80=A6 })
>=20
> RS:
>  =3D JWE(, { at: , scope: scope_a })
>  =3D JWE(, { at: , scope: scope_b })
>  =3D JWE(, { at: , scope: scope_c })
>  =3D JWE(, { at: , scope: scope_d })
>=20

Assuming you can only append caveats here, not new claims, then this is =
functionally equivalent to macaroons. But only the AS can decrypt these =
layers, so the RS is still forced to call the AS's token introspection =
endpoint to validate this. So you've gained nothing over HMAC and added =
considerable CPU and size overhead and a reduction in security.

This is also only secure if the encryption scheme is non-malleable, =
which (if you want provable security) requires IND-CCA2. Not all JWE =
encryption schemes provide this, e.g. RSA1_5 would not be secure for =
this. The ones that are secure largely achieve that by the use of HMAC =
or another MAC in the authenticated content encryption because they are =
hybrid encryption schemes - effectively this is equivalent to using a =
macaroon where the identifier is an encrypted HMAC key, which you can =
already do with macaroons.

> This pattern can be applied to the other scenarios you provided. The =
difference between macaroons and the above is that the former relies on =
chained HMACs and the latter on asymmetric crypto. You also lose the =
ability to inspect caveats or context that are already in the token, =
which may or may not be important. This is an interesting property of =
the macaroon pattern that I=E2=80=99m not sure you could replicate =
without basically implementing the macaroon pattern in a JWT format.
> =20
> > Validation at the AS is an advantage in most cases=E2=80=A6
> Most, but not all. DPoP=E2=80=99s use of asymmetric signatures makes =
it more amenable to distributed validation in those scenarios where it =
is appropriate.

That is true, but is IMO more of a hindrance than an advantage for a PoP =
scheme. The very fact that the signature is valid at every RS is why you =
need additional measures to prevent cross-RS token reuse. This downside =
of signatures for authentication was pointed out by djb 18 years ago =
(https://groups.google.com/forum/m/#!msg/sci.crypt/73yb5a9pz2Y/LNgRO7IYXOw=
J =
), which is why most modern crypto protocols either use Diffie-Hellman =
for authN (https://noiseprotocol.org ) or =
sign a hash of an interactive handshake transcript (TLS 1.3 - =
https://tools.ietf.org/html/rfc8446#section-4.4.3 =
) so that the =
signature is tightly bound to a specific interactive protocol run.

> Your RS-specific token solution is only applicable to use cases where =
the RS-specific tokens are appropriate and viable. This is not a =
restriction that exists for DPoP as written. But you are correct, there =
are ways to use the macaroon pattern with asymmetric crypto. If that=E2=80=
=99s your proposal then I suggest specifying that, as most of the =
documentation I=E2=80=99ve seen (including the vast majority of the =
paper) focuses on the HMAC approach. While I can see how one could apply =
the pattern with asymmetric crypto, it wasn=E2=80=99t clear to me from =
that section of the paper that my thoughts match what they were =
describing.

The easiest way to use macaroons with asymmetric crypto is to make the =
macaroon identifier be an encrypted random HMAC key that the RS can =
decrypt (or a derived key using diffie-hellman). You can concatenate =
multiple encrypted keys for multiple RSes. Alternatively in a closed =
ecosystem you can encrypt the random HMAC with a key stored in a KMS =
(such as AWS KMS) and grant each RS decrypt permissions for that KMS =
key.

>=20
> > The AS can start issuing macaroons without either clients or RS =
being aware=E2=80=A6.
> I=E2=80=99m not entirely sure what value you=E2=80=99re trying to get =
at here. I think you mean that the token handling/validation logic at =
the RS and AS isn=E2=80=99t significantly different for non-constrained =
macaroons versus constrained macaroons, whereas it is for DPoP? True, =
for DPoP the RS would need to know that it should send the DPoP proof to =
the AS, but RSes could be configured to always include it if present in =
the request. On the AS side, regardless of token format the AS will need =
logic to validate that the sender constraint is fulfilled. This may be =
very simple (e.g., just a timestamp check), or as relative complex as =
validating a DPoP token, depending on the needs of the use case and the =
caveats involved.

My point is that if say Google decided to start issuing macaroon-based =
access tokens from their AS today, assuming that their RSes are doing =
token introspection (I've no idea if they do or not), then it's likely =
nothing would break. OAuth access tokens are opaque and their format =
unspecified, so only software that is making additional assumptions =
about the format of access tokens would be impacted. Clients can then =
later start adding caveats (by choosing to make additional assumptions =
about the token format), while RSes still don't have to make any =
changes. The RS would only need to make changes to support things like =
htu/htm, but these are only applicable if you want to provide defence =
against more advanced threat models such as TLS compromise.

DPoP only effectively prevents cross-RS replay if all RSes implement it, =
otherwise the ones that don't are still vulnerable. When you have 1000+ =
microservices (e.g., =
https://twitter.com/JackKleeman/status/1190354757308862468 =
) then this =
is a big deal.

>=20
> > (Re: asymmetric crypto) That=E2=80=99s not a requirement, it=E2=80=99s=
 a technology choice.
> Fair enough, but technology choices are driven by requirements. Based =
on conversations I=E2=80=99ve had with John Bradley (and others I =
think?), this one in particular stems in part from the desire to keep =
the key locked up behind the browser=E2=80=99s crypto API, and not =
directly exposed to JavaScript. I=E2=80=99m somewhat skeptical of the =
value of this, since an attacker could just as easily call the crypto =
API directly, but if we see this as a requirement, then that would seem =
to require asymmetric crypto. However, as you noted that would not rule =
out the use of the macaroon pattern.

Right, I don't think this works for browsers. (I don't think anything =
will work for browsers until they abandon the weak same-origin policy =
and replace it with a more serious security model, such as =
https://github.com/Agoric/SES). I think it is a genuine advantage of =
DPoP for mobile devices though, and I'd support a draft that targeted =
that use case specifically.

> =20
> > There are plenty of existing interoperable macaroon libraries=E2=80=A6=

> =E2=80=9CUse one of these existing libraries=E2=80=9D is not =
appropriate as normative text in a specification. That format needs to =
be explicitly defined. Caveat types (e.g., expiry, source IP, client TLS =
certificate, etc.) need to be defined, probably with an IANA registry. =
Processing instructions need to be written (e.g., what happens when =
caveats conflict?). Security considerations around third-party caveats =
need to be written.

Sure, but that's work for me and the WG (if there's interest in =
standardizing this). Your previous point was that they require =
"non-trivial work to use ... and require developers to learn a new token =
format". That burden is significantly reduced when developers can just =
add a dependency and call a one-liner to add a caveat.

> =20
> > HMAC-SHA256 is very widely implemented (and usually securely). =
That=E2=80=99s all you need.
> That=E2=80=99s what people said about SHA-1. Cryptographic agility is =
a feature, not a bug.

Actually I would bet a lot of money on HMAC-SHA256 not being broken any =
time during our lifetimes. HMAC-SHA1 is still secure, as is HMAC-MD5, =
despite both of those hash functions no longer being collision =
resistant. The reason is that (a) preimage resistance often holds up =
much better than collision resistance (e.g. the best preimage attacks =
against MD5 are still not practical), and (b) the security proofs for =
HMAC require only fairly minimal security properties from the underlying =
hash function.

HMAC-SHA256 operates at a 256-bit security level which provides a huge =
margin of safety against advances in cryptanalysis. It's also safe =
against quantum attacks, as the best known attack (Grover's algorithm) =
would at best reduce the security level to around a 128-bit level (which =
is still better than RSA 2048).=20

> =20
> Again, I=E2=80=99m not saying we shouldn=E2=80=99t use macaroons, but =
I think you are underselling the amount of work required and overselling =
their value.
>=20
Compared to DPoP? I've deliberately confined myself to advantages that =
apply to DPoP in this thread, but they have advantages for other =
use-cases too.

-- Neil=

--Apple-Mail=_085116B3-AEFC-44CE-9DC0-B78F9B558EB0
Content-Transfer-Encoding: quoted-printable
Content-Type: text/html;
	charset=utf-8


    On 27 Nov 2019, at 01:26, Richard =
Backman, Annabelle <richanna@amazon.com> wrote:

    =EF=BB=BF







    > That=E2=80=99s =
not proof of possession, that=E2=80=99s just verifying a MAC. PoP =
requires the other party (client) to provide a fresh proof that they =
control a key. The client isn=E2=80=99t using any key in this =
case. 
     
    I think we=E2=80=99re =
operating with slightly different definitions for PoP. My definition is =
something along the lines of =E2=80=9Ca possessor of a key generated (or =
was in possession of) this data blob at some point.=E2=80=9D You can =
probably see why we=E2=80=99re disagreeing
 over whether or not PoP is fundamental. I don=E2=80=99t think there is =
any point in continuing this semantic debate.
=F0=9F=98=83

    See https://tools.ietf.org/html/rfc7800 for a definition =
(section 3.6 in particular).

     
    > That=E2=80=99s =
not directly attached to the access token. This means that every RS has =
to know about DPoP.
    True, =
but you could avoid that by embedding the access token in the DPoP proof =
(similar to draft-ietf-oauth-signed-http-request) and sending that as =
the sole token. Technically, that=E2=80=99s no longer a bearer token so =
sending it as =E2=80=9CAuthorization:
 bearer <token>=E2=80=9D would be wrong, but DPoP already commits =
that sin.
     
    Also, if the AS is =
doing all authentication checks, then in a lot of cases the RS will need =
to provide the AS with additional request metadata along with the =
macaroon, such as the POST method used, origin (if it=E2=80=99s not =
inferable from whatever
 credentials the RS uses when calling the AS), request path, sender IP, =
client TLS certificate, token binding ID, etc. Obviously there are some =
caveats that don=E2=80=99t require this (e.g., timestamp). It remains to =
be seen whether the caveats required to meet DPoP=E2=80=99s
 use case fall into the former or latter =
category.

    That=E2=80=99s true - and the RS being =
able to send more contextual info to the token introspection endpoint =
would be useful regardless of token format. 
    The current model is that the AS =
validates the token and checks basic things like the expiry time or =
audience and then returns any other constraints to the RS such as the =
scope, any confirmation key, etc. This model can be followed with =
macaroons - eg the scope returned should be the intersection of the =
original token scope and any scope caveats on the token.

    But for many of the =
things discussed in this thread, the AS can validate by itself. For =
example, if the client appends an audience restricting a token to one RS =
then the AS can validate that because the RS authenticates when it calls =
the introspection endpoint. If the client appends something like a =
=E2=80=9Cjti=E2=80=9D caveat (probably renamed), then the AS can =
centrally record that to prevent replay - this has the same caveats on =
scalability, but at least can be done once at the AS rather than for =
each RS. 

     
    > Please explain how to achieve the =
examples I gave of layered attenuation without using macaroons.
    > 1. The client adds =
caveats (eg exp =3D now+5s) to an access token and sends it to the RS. =
The RS creates four copies of the token with different scope constraints =
and sends them to four individual microservices.

    
For my example below:
    

      

    • 
Let <at_0> be the access token obtained by the =
client from the AS
    • 
Let JWE be a function that generates a JWE given a key =
and payload.
    • 
Let <EKas> be the public encryption key for the =
AS.
     
    Client:
    <at_1>=
 =3D JWE(<EKas>, { at: <at_0>, exp: =E2=80=A6
})
    

    

    RS:
    <at_2> =
=3D JWE(<EKas>, { at: <at_1>, scope: scope_a })
    <at_3> =3D JWE(<EKas>, { at: <at_1>, scope: scope_b })
    <at_4> =3D JWE(<EKas>, { at: <at_1>, scope: scope_c })
    <at_5> =3D JWE(<EKas>, { at: <at_1>, scope: scope_d })


    Assuming you can only =
append caveats here, not new claims, then this is functionally =
equivalent to macaroons. But only the AS can decrypt these layers, so =
the RS is still forced to call the AS's token introspection endpoint to =
validate this. So you've gained nothing over HMAC and added considerable =
CPU and size overhead and a reduction in security.

    This is also =
only secure if the encryption scheme is non-malleable, which (if you =
want provable security) requires IND-CCA2. Not all JWE encryption =
schemes provide this, e.g. RSA1_5 would not be secure for this. The ones =
that are secure largely achieve that by the use of HMAC or another MAC =
in the authenticated content encryption because they are hybrid =
encryption schemes - effectively this is equivalent to using a macaroon =
where the identifier is an encrypted HMAC key, which you can already do =
with macaroons.

    This pattern can be applied =
to the other scenarios you provided. The difference between macaroons =
and the above is that the former relies on chained HMACs and the latter =
on asymmetric crypto. You also lose the ability to inspect caveats
 or context that are already in the token, which may or may not be =
important. This is an interesting property of the macaroon pattern that =
I=E2=80=99m not sure you could replicate without basically implementing =
the macaroon pattern in a JWT =
format.
     
    > Validation at the =
AS is an advantage in most cases=E2=80=A6
    Most, but not all. DPoP=E2=80=99s use of asymmetric =
signatures makes it more amenable to distributed validation in those =
scenarios where it is appropriate. 

    That is true, but is IMO more of a hindrance than an =
advantage for a PoP scheme. The very fact that the signature is valid at =
every RS is why you need additional measures to prevent cross-RS token =
reuse. This downside of signatures for authentication was pointed out by =
djb 18 years ago (https://groups.google.com/forum/m/#!msg/sci.crypt/73yb5a9pz2Y/L=
NgRO7IYXOwJ), which is why most modern crypto protocols either use =
Diffie-Hellman for authN (https://noiseprotocol.org) or sign a hash of an =
interactive handshake transcript (TLS 1.3 - https://tools.ietf.org/html/rfc8446#section-4.4.3) so =
that the signature is tightly bound to a specific interactive protocol =
run.

    Your RS-specific token solution is only applicable =
to use cases where the RS-specific tokens
 are appropriate and viable. This is not a restriction that exists for =
DPoP as written. But you are correct, there are ways to use the macaroon =
pattern with asymmetric crypto. If that=E2=80=99s your proposal then I =
suggest specifying that, as most of the documentation
 I=E2=80=99ve seen (including the vast majority of the paper) focuses on =
the HMAC approach. While I can see how one could apply the pattern with =
asymmetric crypto, it wasn=E2=80=99t clear to me from that section of =
the paper that my thoughts match what they were describing.

    The easiest way to use =
macaroons with asymmetric crypto is to make the macaroon identifier be =
an encrypted random HMAC key that the RS can decrypt (or a derived key =
using diffie-hellman). You can concatenate multiple encrypted keys for =
multiple RSes. Alternatively in a closed ecosystem you can encrypt the =
random HMAC with a key stored in a KMS (such as AWS KMS) and grant each =
RS decrypt permissions for that KMS key.

    

    

    > The AS can start =
issuing macaroons without either clients or RS being aware=E2=80=A6.
    

    I=E2=80=99m not entirely sure =
what value you=E2=80=99re trying to get at here. I
think you mean that the token handling/validation =
logic at the RS and AS isn=E2=80=99t significantly different for =
non-constrained macaroons versus constrained macaroons, whereas it is =
for DPoP? True, for DPoP the RS would need to know that it should send =
the
 DPoP proof to the AS, but RSes could be configured to always include it =
if present in the request. On the AS side, regardless of token format =
the AS will need logic to validate that the sender constraint is =
fulfilled. This may be very simple (e.g., just a
 timestamp check), or as relative complex as validating a DPoP token, =
depending on the needs of the use case and the caveats involved.

    My point is =
that if say Google decided to start issuing macaroon-based access tokens =
from their AS today, assuming that their RSes are doing token =
introspection (I've no idea if they do or not), then it's likely nothing =
would break. OAuth access tokens are opaque and their format =
unspecified, so only software that is making additional assumptions =
about the format of access tokens would be impacted. Clients can then =
later start adding caveats (by choosing to make additional assumptions =
about the token format), while RSes still don't have to make any =
changes. The RS would only need to make changes to support things like =
htu/htm, but these are only applicable if you want to provide defence =
against more advanced threat models such as TLS compromise.

    DPoP only effectively prevents cross-RS replay if all RSes =
implement it, otherwise the ones that don't are still vulnerable. When =
you have 1000+ microservices (e.g., https://twitter.com/JackKleeman/status/1190354757308862468)=
 then this is a big deal.

    

    
> (Re: asymmetric crypto) That=E2=80=99s not a requirement, it=E2=80=99=
s a technology choice.
    
Fair enough, but technology choices are driven by requirements. Based on =
conversations I=E2=80=99ve had with John Bradley (and others I think?), =
this one in particular stems in part from the desire to keep the key =
locked up behind the browser=E2=80=99s crypto API, and not
 directly exposed to JavaScript. I=E2=80=99m somewhat skeptical of the =
value of this, since an attacker could just as easily call the crypto =
API directly, but if we see this as a requirement, then that would seem =
to require asymmetric crypto. However, as you noted
 that would not rule out the use of the macaroon =
pattern.
    Right, I don't think this =
works for browsers. (I don't think anything will work for browsers until =
they abandon the weak same-origin policy and replace it with a more =
serious security model, such as https://github.com/Agoric/SES). I think it is a genuine =
advantage of DPoP for mobile devices though, and I'd support a draft =
that targeted that use case specifically.

     
    > There are plenty =
of existing interoperable macaroon libraries=E2=80=A6
    =E2=80=9CUse one of these =
existing libraries=E2=80=9D is not appropriate as normative text in a =
specification. That format needs to be explicitly defined. Caveat types =
(e.g., expiry, source IP, client TLS certificate, etc.) need to be =
defined, probably
 with an IANA registry. Processing instructions need to be written =
(e.g., what happens when caveats conflict?). Security considerations =
around third-party caveats need to be =
written.
    Sure, but that's work for =
me and the WG (if there's interest in standardizing this). Your previous =
point was that they require "non-trivial work to use ... and =
require developers to learn a new token format". That burden is =
significantly reduced when developers can just add a dependency and call =
a one-liner to add a caveat.

     
    > HMAC-SHA256 is very widely implemented (and =
usually securely). That=E2=80=99s all you need.
    That=E2=80=99s what people =
said about SHA-1. Cryptographic agility is a feature, not a =
bug.

    Actually I would bet a lot =
of money on HMAC-SHA256 not being broken any time during our lifetimes. =
HMAC-SHA1 is still secure, as is HMAC-MD5, despite both of those hash =
functions no longer being collision resistant. The reason is that (a) =
preimage resistance often holds up much better than collision resistance =
(e.g. the best preimage attacks against MD5 are still not practical), =
and (b) the security proofs for HMAC require only fairly minimal =
security properties from the underlying hash function.

    HMAC-SHA256 operates at a 256-bit security level which =
provides a huge margin of safety against advances in cryptanalysis. It's =
also safe against quantum attacks, as the best known attack (Grover's =
algorithm) would at best reduce the security level to around a 128-bit =
level (which is still better than RSA 2048). 

     
    Again, I=E2=80=99m not =
saying we shouldn=E2=80=99t use macaroons, but I think you are =
underselling the amount of work required and overselling their =
value.

    Compared to DPoP? I've =
deliberately confined myself to advantages that apply to DPoP in this =
thread, but they have advantages for other use-cases too.

    --=
 Neil
    =

--Apple-Mail=_085116B3-AEFC-44CE-9DC0-B78F9B558EB0--


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To: "Peck, Michael A" , Benjamin Kaduk 
Cc: "oauth@ietf.org" 
References:  <20191126155116.GW32847@mit.edu> <2ad7e9d7-ac6f-aef2-afa8-36ce4b30fac2@sec.uni-stuttgart.de> <31267_1574793090_5DDD6F81_31267_173_1_20191126183109.GZ32847@mit.edu> 
From: Pedram Hosseyni 
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Subject: Re: [OAUTH-WG] [EXT] Re: WGLC review of draft-ietf-oauth-security-topics-13
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Hi Mike,

 > Wouldn't most RSs only trust access tokens from a single AS anyways?

At the last OSW, there was broad agreement that this is typically the 
case. Otherwise, the mitigation that we suggested in the paper would not 
prevent the attack.

 > Would it be reasonable for the document to recommend that clients 
designate a specific AS for each RS that the client accesses (and not 
allow the user to select a different AS)? Would that help prevent the 
attack?

In principle, this should prevent the attack. However, this would 
require the client to identify the correct AS for each RS, which might 
not always be possible (e.g., in more dynamic settings) and more 
complicated than just delegating this decision to the RS.

Any opinions (also from other OAuth WG members) on this?

Best regards,
Pedram


On 26.11.19 21:08, Peck, Michael A wrote:
> Hi Pedram,
>
> I understand why a client would need to allow use of multiple authorization servers if the client needs to access various resource servers each of which may trust different ASs (e.g. the client supports accessing resources at multiple cloud storage services).
>
> However, how common is the case that a client would need to allow selecting from multiple authorization servers for accessing a particular resource server?
>
> Would it be reasonable for the document to recommend that clients designate a specific AS for each RS that the client accesses (and not allow the user to select a different AS)? Would that help prevent the attack? Wouldn't most RSs only trust access tokens from a single AS anyways?
>
> Thanks,
> Mike
>
> On 11/26/19, 1:32 PM, "OAuth on behalf of Benjamin Kaduk"  wrote:
>
>      Hi Pedram,
>      
>      Thanks for confirming that the scenario is as I was trying to understand
>      it.  I don't think it's universal that all clients will give transitive
>      access from the user to the accessed resource, though it's certainly
>      common; the lack of exposition on that point is what I had been stumbling
>      on.
>      
>      -Ben
>      
>      On Tue, Nov 26, 2019 at 06:33:04PM +0100, Pedram Hosseyni wrote:
>      > Hi Ben,
>      >
>      > The attacker uses the (honest) client shown in Figure 4 as a regular
>      > user. For example, the client might provide access to a cloud storage
>      > via its website, i.e., by using the clients' website, a user can access
>      > her files stored at the resource server.
>      >
>      > I'll try to clarify the attack with a simplified example.
>      >
>      > Let's assume that the client supports two authorization servers
>      > AS_honest and AS_attacker. Intuitively, if the attacker phishes an
>      > access token created by AS_honest for an honest user (Alice), one would
>      > expect that sender-constraining the access token (e.g., via mTLS)
>      > prevents the attacker from using this access token.
>      >
>      > The overall goal of the attacker is to use the sender-constrained access
>      > token (which he cannot use directly at the resource server) to access
>      > Alices cloud storage.
>      >
>      > The attack works as follows:
>      >
>      > First, the attacker visits the website of the client. Usually, the
>      > attacker would now choose an AS, and after successful authentication,
>      > access his files stored in the cloud. When selecting the AS, the
>      > attacker chooses AS_attacker. In Step 5 of Figure 4, AS_attacker now
>      > provides the phished access token. As this token is bound to this
>      > client, the client can use it at the resource server for getting access
>      > to the cloud storage of Alice. As the attacker is using the client
>      > (through the clients' website), he now gets access to these files
>      > (stored at the RS).
>      >
>      > Please let me know if you have any other questions.
>      >
>      > Best regards,
>      > Pedram
>      >
>      >
>      > On 26.11.19 16:51, Benjamin Kaduk wrote:
>      > > Hi Pedram,
>      > >
>      > > On Thu, Nov 21, 2019 at 02:50:52PM +0100, Pedram Hosseyni wrote:
>      > >> Also, for this or the next version of this document, the Cuckoo's Token
>      > >> attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ ), should
>      > >> be addressed. We also discussed this issue extensively at the last OSW
>      > >> in Stuttgart.
>      > > I took a look at the paper, and I'm not sure I'm properly understanding the
>      > > "Cuckoo's Token" attack.  Looking at Figure 4 of the paper to have
>      > > something concrete to refer to, I assume that the client, as a white box,
>      > > is presumed to be honest.  Since the access token is bound to the client, I
>      > > assume that the attacker has to return the phished access token to the same
>      > > client that originally (honestly) got it, as otherwise the token will not
>      > > be usable at the RS.  The paper concludes that in step 6, the client gets
>      > > access to the honest resource owner's resources, and furthermore that the
>      > > attacker has access to those resources through the client.  It's that last
>      > > part that I'm not sure I understand -- if the client is honest, why would
>      > > it return resource information to the attacker?  The best I can come up
>      > > with is that there's some sense of a "session" between the user and client,
>      > > such that the client links its resource accesses with the "session" on
>      > > behalf of which the access occurs, and is willing to return such
>      > > information back to the user only on the "linked session".  (The
>      > > countermeasure makes sense and is a good practice, of course.)
>      > >
>      > > Thanks,
>      > >
>      > > Ben
>      >
>      > --
>      > Pedram Hosseyni, M.Sc.
>      > Room V38 2.438
>      > Institute of Information Security - SEC
>      > Universität Stuttgart
>      > Universitätsstraße 38
>      > D-70569 Stuttgart
>      > Germany
>      > Phone: +49 711 685 88454
>      > https://sec.uni-stuttgart.de
>      >
>      
>      _______________________________________________
>      OAuth mailing list
>      OAuth@ietf.org
>      https://www.ietf.org/mailman/listinfo/oauth
>      
>
-- 
Pedram Hosseyni, M.Sc.
Room V38 2.438
Institute of Information Security - SEC
Universität Stuttgart
Universitätsstraße 38
D-70569 Stuttgart
Germany
Phone: +49 711 685 88454
https://sec.uni-stuttgart.de


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From: Brian Campbell 
Date: Wed, 27 Nov 2019 12:19:24 -0700
Message-ID: 
To: Neil Madden 
Cc: "Richard Backman, Annabelle" , oauth 
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On Wed, Nov 27, 2019 at 3:31 AM Neil Madden 
wrote:

>
> That is true, but is IMO more of a hindrance than an advantage for a PoP
> scheme. The very fact that the signature is valid at every RS is why you
> need additional measures to prevent cross-RS token reuse. This downside o=
f
> signatures for authentication was pointed out by djb 18 years ago (
> https://groups.google.com/forum/m/#!msg/sci.crypt/73yb5a9pz2Y/LNgRO7IYXOw=
J),
> which is why most modern crypto protocols either use Diffie-Hellman for
> authN (https://noiseprotocol.org) or sign a hash of an interactive
> handshake transcript (TLS 1.3 -
> https://tools.ietf.org/html/rfc8446#section-4.4.3) so that the signature
> is tightly bound to a specific interactive protocol run.
>
>
Mostly for my own edification -  using Diffie-Hellman for authN (that a key
was held) was effectively at the heart of the "tentative suggestion for an
alternative design" that you had much early in this thread?

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    =

    On Wed, Nov 27, 2019 at 3:31 AM Neil =
Madden <n=
eil.madden@forgerock.com> wrote:

    That is true, but is IMO more of a hindrance than an advantage fo=
r a PoP scheme. The very fact that the signature is valid at every RS is wh=
y you need additional measures to prevent cross-RS token reuse. This downsi=
de of signatures for authentication was pointed out by djb 18 years ago (https://groups.google.com/forum/m/#!msg/sci.cry=
pt/73yb5a9pz2Y/LNgRO7IYXOwJ), which is why most modern crypto protocols=
 either use Diffie-Hellman for authN (https://noiseprotocol.org) or sign a hash of an inte=
ractive handshake transcript (TLS 1.3 -=C2=A0https://tools.ietf.org/ht=
ml/rfc8446#section-4.4.3) so that the signature is tightly bound to a s=
pecific interactive protocol run.

    <=
div>
    Mostly for my own edification -=C2=A0 using Diffie-Hellm=
an for authN (that a key was held) was effectively at the heart of the &quo=
t;tentative suggestion for an alternative design" that you had much ea=
rly in this thread? 

    


    
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From: Brian Campbell 
Date: Wed, 27 Nov 2019 12:59:07 -0700
Message-ID: 
To: "Richard Backman, Annabelle" 
Cc: Neil Madden , oauth 
Content-Type: multipart/alternative; boundary="00000000000095633c0598596f5d"
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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On Tue, Nov 26, 2019 at 6:26 PM Richard Backman, Annabelle <
richanna@amazon.com> wrote:

> > That=E2=80=99s not directly attached to the access token. This means th=
at every
> RS has to know about DPoP.
>
> True, but you could avoid that by embedding the access token in the DPoP
> proof (similar to draft-ietf-oauth-signed-http-request) and sending that =
as
> the sole token. Technically, that=E2=80=99s no longer a bearer token so s=
ending it
> as =E2=80=9CAuthorization: bearer =E2=80=9D would be wrong, but DP=
oP already commits
> that sin.
>

To clairy FWIW the current DPoP draft doesn't commit that sin. It uses
=E2=80=9CAuthorization: dpop =E2=80=9D and "DPoP: " headers.
There were some examples attempting to illustrate how all the pieces of the
proposal worked, including this particular part, in the slides I had for
Singapore. But unfortunately I never made it past slide #6.

On the other hand the OAuth MTLS draft does commit said sin. But it was
intentional with the aim of easing adoption/migration to it.

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    On Tue, Nov 26, 2019 at 6:26 PM Richard Backm=
an, Annabelle <richanna@amazon.co=
m> wrote:
    






    

    

    > That=E2=80=99s not directly attached to the acc=
ess token. This means that every RS has to know about DPoP.

    True, but you could avoid that by embedding the acce=
ss token in the DPoP proof (similar to draft-ietf-oauth-signed-http-request=
) and sending that as the sole token. Technically, that=E2=80=99s no longer=
 a bearer token so sending it as =E2=80=9CAuthorization:
 bearer <token>=E2=80=9D would be wrong, but DPoP already commits tha=
t sin.
    


    To clairy FWIW the current DPo=
P draft doesn't  commit that sin. It uses =E2=80=9CAuthorization: dpop =
<access-token>=E2=80=9D and "DPoP: <DPoP-proof-JWT>" =
headers. There were some examples attempting to illustrate how all the piec=
es of the proposal worked, including this particular part, in the slides I =
had for Singapore. But unfortunately I never made it past slide #6. 

    On the other hand the OAuth MTLS draft does commit s=
aid sin. But it was intentional with the aim of easing adoption/migration t=
o it. 
    =C2=A0
    


    
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From: "Richard Backman, Annabelle" 
To: Neil Madden 
CC: Brian Campbell , oauth 
Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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From: Neil Madden 
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Date: Wed, 27 Nov 2019 20:30:16 +0000
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References: 
Cc: "Richard Backman, Annabelle" , oauth 
In-Reply-To: 
To: Brian Campbell 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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> On 27 Nov 2019, at 19:19, Brian Campbell  wrot=
e:
>=20
>> On Wed, Nov 27, 2019 at 3:31 AM Neil Madden  w=
rote:
>>=20
>> That is true, but is IMO more of a hindrance than an advantage for a PoP s=
cheme. The very fact that the signature is valid at every RS is why you need=
 additional measures to prevent cross-RS token reuse. This downside of signa=
tures for authentication was pointed out by djb 18 years ago (https://groups=
.google.com/forum/m/#!msg/sci.crypt/73yb5a9pz2Y/LNgRO7IYXOwJ), which is why m=
ost modern crypto protocols either use Diffie-Hellman for authN (https://noi=
seprotocol.org) or sign a hash of an interactive handshake transcript (TLS 1=
.3 - https://tools.ietf.org/html/rfc8446#section-4.4.3) so that the signatur=
e is tightly bound to a specific interactive protocol run.
>>=20
>=20
> Mostly for my own edification -  using Diffie-Hellman for authN (that a ke=
y was held) was effectively at the heart of the "tentative suggestion for an=
 alternative design" that you had much early in this thread?

Yes, exactly.

=E2=80=94 Neil=

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    On 27 Nov 2019, at 19:19, Brian Campbell <bcam=
pbell@pingidentity.com> wrote:

    On Wed, Nov 27, 2019 at 3:31 AM Neil Madden &=
lt;neil.madde=
n@forgerock.com> wrote:

    Th=
at is true, but is IMO more of a hindrance than an advantage for a PoP schem=
e. The very fact that the signature is valid at every RS is why you need add=
itional measures to prevent cross-RS token reuse. This downside of signature=
s for authentication was pointed out by djb 18 years ago (https://groups.google.com/forum/m/#!msg/sci.crypt/73yb5a9pz2Y/LNgRO=
7IYXOwJ), which is why most modern crypto protocols either use Diffie-He=
llman for authN (htt=
ps://noiseprotocol.org) or sign a hash of an interactive handshake trans=
cript (TLS 1.3 - https://tools.ietf.org/html/rfc8446#section-4.4.3<=
/a>) so that the signature is tightly bound to a specific interactive protoc=
ol run.


    =


    Yes, exactly.

    =E2=80=94 Neil
    =

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From: Mike Jones 
To: "oauth@ietf.org" 
CC: "torsten@lodderstedt.net" , "ve7jtb@gmail.com" , Daniel Fett , "isciurus@fb.com" 
Thread-Topic: Additional WGLC review of OAuth 2.0 Security Best Current Practice by an AAD developer
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Subject: [OAUTH-WG] Additional WGLC review of OAuth 2.0 Security Best Current Practice by an AAD developer
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Please also add these WGLC comments that a Microsoft Azure Active Directory=
 (AAD) developer asked me to convey:


  1.  In 4.12, "Authorization servers MUST determine based on their risk as=
sessment whether to issue refresh tokens to a certain client [...]" I'm not=
 sure what this requirement requires in practice. AAD issues refresh_tokens=
 to all clients upon request and user consent and applies different lifetim=
e policies to different clients. We also routinely make risk assessments ab=
out all manner of things. Does AAD thereby comply with this guideline? Read=
ing the whole paragraph, I think the paragraph is trying to encourage OAuth=
 clients which use a RT when the RT is returned but use auth codes when the=
 RT is not returned. That's fine, but the current text comes off as imposin=
g a vague requirement on authorization servers. Edits inline - "Authorizati=
on servers MUST MAY dynamically determine based on their risk assessment wh=
ether to issue refresh tokens to a certain client.  If the authorization se=
rver decides not to issue refresh tokens, the client may SHOULD refresh acc=
ess tokens by utilizing other grant types, such as the authorization code g=
rant type.  In such a case, the authorization server may utilize cookies an=
d persistent grants to optimize the user experience."


  1.  In 4.12, the heading says "Authorization server MUST utilize one of t=
hese methods to detect refresh token replay for public clients" - however, =
it doesn't quite specify why refresh token replay is bad. The second paragr=
aph described the goal more precisely ("If an attacker is able to exfiltrat=
e and successfully replay [RTs]") - it's refresh token exfiltration that we=
 MUST mitigate, not refresh token replay. Browser based apps that desire mu=
ltiple access token should be able to use sender-constrained refresh tokens=
 on multiple simultaneous HTTP requests - and some AAD apps do exactly this=
 today. In practice, it's also difficult and undesirable to lock access to =
MSAL's RT cache - individual reads and writes are serialized, but { read, h=
ttp request, write } events are not serialized. Here, just replace "to dete=
ct refresh token replay" with "to mitigate refresh token exfiltration" and =
then under "refresh token rotation," explain that such ASes using RT rotati=
on to mitigate refresh token exfiltration MUST also forbid / prevent RT rep=
lay.


  1.  In 4.12, *Sender-constrained refresh tokens:* - sender-constrained to=
kens are absolutely valuable from a security perspective. However, without =
authenticating the sender, it's not necessarily an adequate protection for =
XSS. Some sender-constrained implementations (such as AAD's WIP spec for RT=
s) use un-attested keys and permit silent rebinding. Indeed, I think this w=
ill be common in browser based apps - attested keys have privacy implicatio=
ns leading to undesirable UX and rebinding prompts also lead to undesirable=
 UX. An XSS attacker in those scenarios could likely silently rebind to an =
attacker-controlled key. It'd be good for the spec to acknowledge these asp=
ects of sender-constrained tokens and make recommendations.
     *   It's these things that make us wary of moving from the implicit fl=
ow to RTs. The damage from exfiltrated RTs is much more severe, but the mit=
igations are less-specified by the BCPs, and thus seem less well-understood=
. Frankly, I think each method of mitigation is worth of its own subsection=
 with more discussion - 4.12.1, 4.12.2, etc.


  1.  In 4.12, *Refresh token rotation:* - in addition to Mike Jones' revie=
w comment. "The authorization server cannot determine which party submitted=
 the invalid refresh token, but it can revoke the active refresh token" is =
the guidance given around revoking stolen RTs. I think this guidance should=
 use an RFC2119 word in place of "can" - and that the guidance should be st=
ronger, e.g. "SHOULD" or "MUST", w.r.t revoking the active refresh token. R=
otating RTs doesn't do much any good as mitigation if the stolen RT remains=
 valid.


  1.  In 4.12, we'd like to see fixed-expiry RTs of ~1 day added as "one of=
 the methods to mitigate RT exfiltration for public clients" that ASes MUST=
 utilize one of. This is what we're implementing; we think it's sound; and =
we'd like to see the draft say so, to remove all doubt.


                                                       -- Mike



--_000_DM6PR00MB0572EE0273CC912EC73BEA05F5470DM6PR00MB0572namp_
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Content-Transfer-Encoding: quoted-printable









    

    Please also add these WGLC comments that a Microsoft=
 Azure Active Directory (AAD) developer asked me to convey:
    

     
    

      

    1. In 4.12, “Authorization servers MUST determine based on their r=
isk assessment whether to issue refresh tokens to a certain client […=
]” I’m not sure what this requirement requires in
 practice. AAD issues refresh_tokens to all clients upon request and user c=
onsent and applies different lifetime policies to different clients. We als=
o routinely make risk assessments about all manner of things. Does AAD ther=
eby comply with this guideline?
 Reading the whole paragraph, I think the paragraph is trying to encourage =
OAuth clients which use a RT when the RT is returned but use auth codes whe=
n the RT is not returned. That’s fine, but the current text comes off=
 as imposing a vague requirement on authorization
 servers. Edits inline – “Authorization servers MUST<=
/s> MAY dynamically determine
based on their risk assessment whether to issue refresh tokens to a =
certain client.  If the authorization server decides not to issue refr=
esh tokens, the client
may SHOULD refresh access tokens by utilizing other grant typ=
es, such as the authorization code grant type.  In such a case, the au=
thorization server may utilize cookies and persistent grants to optimize th=
e user experience."
    

     
    

      

    1. In 4.12, the heading says “Authorization server MUST utilize on=
e of these methods to detect refresh token replay for public clients”=
 – however, it doesn’t quite specify why refresh
 token replay is bad. The second paragraph described the goal more precisel=
y (“If an attacker is able to exfiltrate and successfully replay [RTs=
]”) – it’s refresh token
exfiltration that we MUST mitigate, not refresh token replay. Browse=
r based apps that desire multiple access token should be able to use sender=
-constrained refresh tokens on multiple simultaneous HTTP requests – =
and some AAD apps do exactly this today.
 In practice, it’s also difficult and undesirable to lock access to M=
SAL’s RT cache – individual reads and writes are serialized, bu=
t { read, http request, write } events are not serialized. Here, just repla=
ce “to detect refresh token replay” with “to mitigate
 refresh token exfiltration” and then under “refresh token rota=
tion,” explain that such ASes using RT rotation to mitigate refresh t=
oken exfiltration MUST also forbid / prevent RT replay.

    

     
    

      

    1. In 4.12, *Sender-constrained refresh tokens:* - sender-constrained to=
kens are absolutely valuable from a security perspective. However, without =
authenticating the sender, it’s not
 necessarily an adequate protection for XSS. Some sender-constrained implem=
entations (such as AAD’s WIP spec for RTs) use un-attested keys and p=
ermit silent rebinding. Indeed, I think this will be common in browser base=
d apps – attested keys have privacy implications
 leading to undesirable UX and rebinding prompts also lead to undesirable U=
X. An XSS attacker in those scenarios could likely silently rebind to an at=
tacker-controlled key. It’d be good for the spec to acknowledge these=
 aspects of sender-constrained tokens
 and make recommendations.
        2. 

      1. It’s these things that make us wary of moving from the implicit=
 flow to RTs. The damage from exfiltrated RTs is much more severe, but the =
mitigations are less-specified by the BCPs,
 and thus seem less well-understood. Frankly, I think each method of mitiga=
tion is worth of its own subsection with more discussion – 4.12.1, 4.=
12.2, etc.
      

    

     
    

      

    1. In 4.12, *Refresh token rotation:* - in addition to Mike Jones’=
 review comment. “The authorization server cannot determine which par=
ty submitted the invalid refresh token, but it can
 revoke the active refresh token” is the guidance given around revoki=
ng stolen RTs. I think this guidance should use an RFC2119 word in place of=
 “can” – and that the guidance should be stronger, e.g. &=
#8220;SHOULD” or “MUST”, w.r.t revoking the active refres=
h token.
 Rotating RTs doesn’t do much any good as mitigation if the stolen RT=
 remains valid.
    

     
    

      

    1. In 4.12, we’d like to see fixed-expiry RTs of ~1 day added as &=
#8220;one of the methods to mitigate RT exfiltration for public clientsR=
21; that ASes MUST utilize one of. This is what we’re
 implementing; we think it’s sound; and we’d like to see the dr=
aft say so, to remove all doubt.
    

     
    

            &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;        -- Mike
    

     
    

     
    

    



--_000_DM6PR00MB0572EE0273CC912EC73BEA05F5470DM6PR00MB0572namp_--


From nobody Wed Nov 27 18:48:43 2019
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Date: Wed, 27 Nov 2019 18:48:33 -0800
From: Benjamin Kaduk 
To: Mike Jones 
Cc: "oauth@ietf.org" 
Message-ID: <20191128024833.GP32847@mit.edu>
References: 
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Subject: Re: [OAUTH-WG] Additional WGLC review of OAuth 2.0 Security Best Current Practice by an AAD developer
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On Thu, Nov 28, 2019 at 12:12:54AM +0000, Mike Jones wrote:
> Please also add these WGLC comments that a Microsoft Azure Active Directo=
ry (AAD) developer asked me to convey:
>=20
>=20
>   1.  In 4.12, "Authorization servers MUST determine based on their risk =
assessment whether to issue refresh tokens to a certain client [...]" I'm n=
ot sure what this requirement requires in practice. AAD issues refresh_toke=
ns to all clients upon request and user consent and applies different lifet=
ime policies to different clients. We also routinely make risk assessments =
about all manner of things. Does AAD thereby comply with this guideline? Re=
ading the whole paragraph, I think the paragraph is trying to encourage OAu=
th clients which use a RT when the RT is returned but use auth codes when t=
he RT is not returned. That's fine, but the current text comes off as impos=
ing a vague requirement on authorization servers. Edits inline - "Authoriza=
tion servers MUST MAY dynamically determine based on their risk assessment =
whether to issue refresh tokens to a certain client.  If the authorization =
server decides not to issue refresh tokens, the client may SHOULD refresh a=
ccess tokens by utilizing other grant types, such as the authorization code=
 grant type.  In such a case, the authorization server may utilize cookies =
and persistent grants to optimize the user experience."

FYI...

Using HTML bold/strikethrough doesn't work very well in the text/plain
portion, which is the only one displayed in the official archives:
https://mailarchive.ietf.org/arch/msg/oauth/Yzw0Mk4Ke3yyCH0Oo7MmatXA_tg

-Ben


From nobody Wed Nov 27 23:42:38 2019
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From: Neil Madden 
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Date: Thu, 28 Nov 2019 07:42:29 +0000
Cc: Brian Campbell , oauth 
To: "Richard Backman, Annabelle" 
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Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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=EF=BB=BF
> On 27 Nov 2019, at 20:30, Richard Backman, Annabelle =
 wrote:
> =EF=BB=BF
> > That is true, but is IMO more of a hindrance than an advantage for a PoP=
 scheme. The very fact that the signature is valid at every RS is why you ne=
ed additional measures to prevent cross-RS token reuse.

> The other methods you mention require their own additional measures in the=
 form of key exchanges/handshakes. And you still need to prove possession of=
 that shared key somehow.

This is true. The difference being that the derived key can then be reused f=
or many requests. Because the key derivation is cryptographically tied to th=
is context the RS can=E2=80=99t replay these symmetric tokens anywhere else.=
=20

> In some cases, =E2=80=9Cderive a shared key and encrypt this blob=E2=80=9D=
 is easier; in some cases =E2=80=9Csign this blob declaring your audience=E2=
=80=9D is easier.

The ECDH scheme does challenge-response to ensure freshness. This was design=
ed to match the anti-replay measures in the DPoP draft but without requiring=
 the server store any state. If you don=E2=80=99t need replay protection (if=
 TLS is enough) then you can indeed just sign the audience, or for ECDH you c=
an do completely static ECDH between the client=E2=80=99s private key and th=
e RS=E2=80=99s public key to derive a shared key that is the same for all ti=
me (until key rotation). But in that case you may as well just return a symm=
etric key directly from the AS... attached to a macaroon, say.=20

> =20
> > The easiest way to use macaroons with asymmetric crypto is to make the m=
acaroon identifier be an encrypted random HMAC key that the RS can decrypt (=
or a derived key using diffie-hellman). You can concatenate multiple encrypt=
ed keys for multiple RSes. Alternatively in a closed ecosystem you can encry=
pt the random HMAC with a key stored in a KMS (such as AWS KMS) and grant ea=
ch RS decrypt permissions for that KMS key.
> =20
> Is the =E2=80=9Crandom HMAC key that the RS can decrypt=E2=80=9D the root k=
ey used to generate the macaroon? If so, how would you prevent one targeted R=
S from using the root key and macaroon identifier to construct an arbitrary m=
acaroon for replay against another targeted RS? If not, how does the targete=
d RS use the decrypted =E2=80=9Crandom HMAC key=E2=80=9D to validate the mac=
aroon? Is there a paper on this approach?

That is the easiest way to let the RS verify the macaroon on the assumption t=
hat the RS is trusted. I=E2=80=99m not aware of an alternative for asymmetri=
c crypto when the RS is untrusted other than using the signature-based macar=
oon variant or having per-RS keys.=20

I=E2=80=99m not really a fan of purely signature-based JWT access tokens bec=
ause those tokens often contain PII and so should really be encrypted to avo=
id leaking details to the client (or anyone else if the token does leak). Th=
is came up in the discussion of the JWT-based access tokens draft, which is w=
hy I proposed https://tools.ietf.org/html/draft-madden-jose-ecdh-1pu-02 for u=
se in that draft. But if you=E2=80=99re doing encryption then you=E2=80=99re=
 already down the path of having per-RS access tokens (and keys) - the compa=
ct encoding of JWE only allows a single recipient.=20

> =20
> The KMS approach is just symmetric crypto mediated through a third party (=
and has the same centralization problem as validation at the AS).
> =20
> > Clients can then later start adding caveats=E2=80=A6, while RSes still d=
on't have to make any changes=E2=80=A6.
> > DPoP only effectively prevents cross-RS replay if all RSes implement it,=
 otherwise the ones that don't are still vulnerable.
> This is because macaroons bake the proof into the =E2=80=9Cbearer=E2=80=9D=
 token (which is no longer really a bearer token) in the Authorization heade=
r, whereas DPoP puts it in a separate header.

That=E2=80=99s not the only difference. The other is that the AS does the va=
lidation. If the client appended the DPoP claims to the access token and sig=
ned the whole thing, and then the RS took that and sent it to the AS introsp=
ection endpoint to validate it, then that would have the same advantage of n=
ot requiring any changes at the RS.=20

But if you do this then there=E2=80=99s no longer any reason to use public k=
ey signatures because the client and AS may as well agree a shared secret. (=
The AS can always impersonate a client anyway). At which point we=E2=80=99re=
 basically back using macaroons.=20

> draft-ietf-oauth-signed-http-request is another way to do this that doesn=E2=
=80=99t rely on macaroons.
> =20
> > Your previous point was that they require "non-trivial work to use ... a=
nd require developers to learn a new token format".
> By =E2=80=9Cnon-trivial work to use=E2=80=9D I was referring to work requi=
red from the working group, that I did not feel was being acknowledged.

Do you believe it=E2=80=99s a disproportionate amount of work compared to an=
y other draft the WG works on?

> Looking back over the thread, I think my objection stems from you referrin=
g to macaroons as an =E2=80=9Caccess token format=E2=80=9D when they=E2=80=99=
re really an applied cryptography pattern. The =E2=80=9Cformat=E2=80=9D part=
 would need to be defined by the working group. For what it=E2=80=99s worth,=
 I think it=E2=80=99d be interesting to explore if/how the pattern could be a=
pplied to the JWT format, or what tweaks would be necessary to make it work.=
 If we could describe a way to create macaroons that reuse the existing work=
 on JWTs, that would be pretty cool.

There are existing interoperable macaroon libraries right now that define a c=
ommon format [*]. Unless there was a compelling reason not to, I=E2=80=99d h=
ope we=E2=80=99d just standardize that.=20

[*] Actually they=E2=80=99ve gone through a couple of iterations. I believe t=
he =E2=80=9Clibmacaroons V2 binary=E2=80=9D format is what most now use.=20

> =20
> > That burden is significantly reduced when developers can just add a depe=
ndency and call a one-liner to add a caveat.
> Libraries can certainly reduce the amount of work required by developers (=
and here I mean client developers, RS developers, AS developers, and OAuth c=
lient and server library developers), but come with their own concerns (e.g.=
, platform availability, licensing, maintenance and reliability, etc.). It b=
ecomes one more dependency that developers have to consider.

I=E2=80=99m not really sure what your point is here. *Any* new addition to O=
Auth has to be implemented. Either that=E2=80=99s done with a library or you=
 write your own.=20

=E2=80=94 Neil=

--Apple-Mail-CDC380CE-6801-471C-B895-52C1FA078B46
Content-Type: text/html;
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Content-Transfer-Encoding: quoted-printable


    =E2=80=94 Neil
    =EF=BB=BF
    On 27 Nov 2019, at 20:30, Richard Backman, Annabelle &=
lt;richanna@amazon.com> wrote:

    =EF=BB=
=BF







    

    > That is true, but is IMO more of a hindrance tha=
n an advantage for a PoP scheme. The very fact that the signature is valid a=
t every RS is why you need additional measures to prevent cross-RS token reu=
se.

     The other m=
ethods you mention
 require their own additional measures in the form of key exchanges/handshak=
es. And you still need to prove possession of that shared key somehow. 
    <=
/div>

    This is true. The difference bei=
ng that the derived key can then be reused for many requests. Because the ke=
y derivation is cryptographically tied to this context the RS can=E2=80=99t r=
eplay these symmetric tokens anywhere else. 

    In some cases, =E2=80=9Cderive a shared key and encrypt this blo=
b=E2=80=9D is easier; in some cases =E2=80=9Csign this blob declaring
 your audience=E2=80=9D is easier.

    The ECDH scheme does challenge-response to ensure freshness. This was=
 designed to match the anti-replay measures in the DPoP draft but without re=
quiring the server store any state. If you don=E2=80=99t need replay protect=
ion (if TLS is enough) then you can indeed just sign the audience, or for EC=
DH you can do completely static ECDH between the client=E2=80=99s private ke=
y and the RS=E2=80=99s public key to derive a shared key that is the same fo=
r all time (until key rotation). But in that case you may as well just retur=
n a symmetric key directly from the AS... attached to a macaroon, say. =


    

     
    

    > The easiest way to use macaroons with asymmetric=
 crypto is to make the macaroon identifier be an encrypted random HMAC key t=
hat the RS can decrypt (or a derived key using diffie-hellman). You can conc=
atenate multiple encrypted keys for
 multiple RSes. Alternatively in a closed ecosystem you can encrypt the rand=
om HMAC with a key stored in a KMS (such as AWS KMS) and grant each RS decry=
pt permissions for that KMS key.
    

     
    

    Is the =E2=80=9Crandom HMAC key that the RS can decry=
pt=E2=80=9D the root key used to generate the macaroon? If so, how would you=
 prevent one targeted RS from using the root key and macaroon identifier to c=
onstruct an arbitrary macaroon for replay against
 another targeted RS? If not, how does the targeted RS use the decrypted =E2=
=80=9Crandom HMAC key=E2=80=9D to validate the macaroon? Is there a paper on=
 this approach?

    That is the e=
asiest way to let the RS verify the macaroon on the assumption that the RS i=
s trusted. I=E2=80=99m not aware of an alternative for asymmetric crypto whe=
n the RS is untrusted other than using the signature-based macaroon variant o=
r having per-RS keys. 


     
    

    The KMS approach is just symmetric crypto mediated th=
rough a third party (and has the same centralization problem as validation a=
t the AS).
    

     
    

    > Clients can then later start adding caveats=E2=80=
=A6, while RSes still don't have to make any changes=E2=80=A6.

    > DPoP only effectively prevents cross-RS replay i=
f all RSes implement it, otherwise the ones that don't are still vulnerable.=

    

    This is because macaroons bake the proof into the =E2=
=80=9Cbearer=E2=80=9D token (which is no longer really a bearer token) in th=
e Authorization header, whereas DPoP puts it in a separate header. 

    That=E2=80=99=
s not the only difference. The other is that the AS does the validation. If t=
he client appended the DPoP claims to the access token and signed the whole t=
hing, and then the RS took that and sent it to the AS introspection endpoint=
 to validate it, then that would have the same advantage of not requiring an=
y changes at the RS. 

    =
But if you do this then there=E2=80=99s no longer any reason to use public k=
ey signatures because the client and AS may as well agree a shared secret. (=
The AS can always impersonate a client anyway). At which point we=E2=80=99re=
 basically back using macaroons. 

    draft-ietf=
-oauth-signed-http-request is another way to do
 this that doesn=E2=80=99t rely on macaroons.
    

     
    

    > Your previous point was that they require "non-t=
rivial work to use ... and require developers to learn a new token form=
at".
    

    By =E2=80=9Cnon-trivial work to use=E2=80=9D I was re=
ferring to work required from the working group, that I did not feel was bei=
ng acknowledged. 

    Do you believe it=E2=80=99s a disproportionate amount of work c=
ompared to any other draft the WG works on?

    Looki=
ng back over the thread, I think my objection stems from you referring to ma=
caroons as an =E2=80=9Caccess
 token format=E2=80=9D when they=E2=80=99re really an applied cryptography p=
attern. The =E2=80=9Cformat=E2=80=9D part would need to be defined by the wo=
rking group. For what it=E2=80=99s worth, I think it=E2=80=99d be interestin=
g to explore if/how the pattern could be applied to the JWT format, or what t=
weaks
 would be necessary to make it work. If we could describe a way to create ma=
caroons that reuse the existing work on JWTs, that would be pretty cool.

    =
There are existing interoperable macaroon libraries right now that define a c=
ommon format [*]. Unless there was a compelling reason not to, I=E2=80=99d h=
ope we=E2=80=99d just standardize that. 

    [*] Actually they=E2=80=99ve gone through a couple of ite=
rations. I believe the =E2=80=9Clibmacaroons V2 binary=E2=80=9D format is wh=
at most now use. 

    <=
div class=3D"WordSection1">
    

     <=
/p>

    > That burden i=
s significantly reduced when developers can just add a dependency and call a=
 one-liner to add a caveat.
    

    Libraries can certainly reduce the amount of work req=
uired by developers (and here I mean client developers, RS developers, AS de=
velopers, and OAuth client and server library developers), but come with the=
ir own concerns (e.g., platform
 availability, licensing, maintenance and reliability, etc.). It becomes one=
 more dependency that developers have to consider.
    

    

    

    




    I=E2=80=99m not really sure wh=
at your point is here. *Any* new addition to OAuth has to be implemented. Ei=
ther that=E2=80=99s done with a library or you write your own. 

    =

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Subject: [OAUTH-WG] draft-ietf-oauth-security-topics: Migration strategies for deprecated password grant
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Hi all,

We are currently discussing[1] an implementation of oAuth for WordPress =
and
what this would mean for our mobile apps[2].

It was noted that the new recommendation will completely discourage the =
use of
the password grant. While I agree in principle that this is a good thing
overall, we will have to find a migration path.=20

Going through meeting minutes[3] I noticed this was already in your =
radar, but
I haven=E2=80=99t been able to find any further mention:

> Need to provide alternatives to lots of folks using this grant

As I mention on our discussion, our reality is that we have thousands of
existing users for whom we only have passwords, and we would need a =
migration
path to obtain tokens for those users. Without the password grant, I =
don=E2=80=99t see
a clear way to do that without asking users to log in again.

Besides that, I expect a transitional period where we will also need to =
keep
the user=E2=80=99s password to be able to interact with legacy APIs that =
don=E2=80=99t support
the use of a token yet. Again, I don't see a way forward that doesn't =
involve
asking users to log in twice.

I would appreciate any further insights or guidelines about migrating =
existing
credentials and supporting legacy APIs while we transition.

Thanks,
  Koke

[1] https://github.com/WP-API/authentication/issues/1
[2] https://apps.wordpress.com/mobile/
[3] =
https://tools.ietf.org/wg/oauth/minutes?item=3Dminutes-104-oauth-00.html

--
Jorge Bernal | jbernal@gmail.com | jorge@automattic.com
Mobile Engineer @ Automattic | http://automattic.com/

http://koke.me/ | http://twitter.com/koke




--
Jorge Bernal | jbernal@gmail.com | jorge@automattic.com
Mobile Engineer @ Automattic | http://automattic.com/

http://koke.me/ | http://twitter.com/koke


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Hi,

> On 27. Nov 2019, at 15:04, Pedram Hosseyni =
 wrote:
>=20
> Hi Mike,
>=20
> > Wouldn't most RSs only trust access tokens from a single AS anyways?
>=20
> At the last OSW, there was broad agreement that this is typically the =
case. Otherwise, the mitigation that we suggested in the paper would not =
prevent the attack.
>=20
> > Would it be reasonable for the document to recommend that clients =
designate a specific AS for each RS that the client accesses (and not =
allow the user to select a different AS)? Would that help prevent the =
attack?
>=20
> In principle, this should prevent the attack. However, this would =
require the client to identify the correct AS for each RS, which might =
not always be possible (e.g., in more dynamic settings) and more =
complicated than just delegating this decision to the RS.
>=20
> Any opinions (also from other OAuth WG members) on this?

I think one can observe all possible combinations of AS and RS in the =
wild.=20

In the traditional OAuth setup, there is a 1:1 relationship between RS =
and AS.=20

There are also deployments where a single RS works with multiple ASs, =
e.g. because those ASs represent different portions of the overall user =
base. In this case, the RS determines the base set of ASs and the user =
selects the AS to be used from that base set.=20

As far as I understand, in UMA any AS can provide access tokens to any =
RS as long as the relationship had been set up by the user beforehand.  =20=


best,
Torsten.=20

>=20
> Best regards,
> Pedram
>=20
>=20
> On 26.11.19 21:08, Peck, Michael A wrote:
>> Hi Pedram,
>>=20
>> I understand why a client would need to allow use of multiple =
authorization servers if the client needs to access various resource =
servers each of which may trust different ASs (e.g. the client supports =
accessing resources at multiple cloud storage services).
>>=20
>> However, how common is the case that a client would need to allow =
selecting from multiple authorization servers for accessing a particular =
resource server?
>>=20
>> Would it be reasonable for the document to recommend that clients =
designate a specific AS for each RS that the client accesses (and not =
allow the user to select a different AS)? Would that help prevent the =
attack? Wouldn't most RSs only trust access tokens from a single AS =
anyways?
>>=20
>> Thanks,
>> Mike
>>=20
>> =EF=BB=BFOn 11/26/19, 1:32 PM, "OAuth on behalf of Benjamin Kaduk" =
 wrote:
>>=20
>>     Hi Pedram,
>>          Thanks for confirming that the scenario is as I was trying =
to understand
>>     it.  I don't think it's universal that all clients will give =
transitive
>>     access from the user to the accessed resource, though it's =
certainly
>>     common; the lack of exposition on that point is what I had been =
stumbling
>>     on.
>>          -Ben
>>          On Tue, Nov 26, 2019 at 06:33:04PM +0100, Pedram Hosseyni =
wrote:
>>     > Hi Ben,
>>     >
>>     > The attacker uses the (honest) client shown in Figure 4 as a =
regular
>>     > user. For example, the client might provide access to a cloud =
storage
>>     > via its website, i.e., by using the clients' website, a user =
can access
>>     > her files stored at the resource server.
>>     >
>>     > I'll try to clarify the attack with a simplified example.
>>     >
>>     > Let's assume that the client supports two authorization servers
>>     > AS_honest and AS_attacker. Intuitively, if the attacker phishes =
an
>>     > access token created by AS_honest for an honest user (Alice), =
one would
>>     > expect that sender-constraining the access token (e.g., via =
mTLS)
>>     > prevents the attacker from using this access token.
>>     >
>>     > The overall goal of the attacker is to use the =
sender-constrained access
>>     > token (which he cannot use directly at the resource server) to =
access
>>     > Alices cloud storage.
>>     >
>>     > The attack works as follows:
>>     >
>>     > First, the attacker visits the website of the client. Usually, =
the
>>     > attacker would now choose an AS, and after successful =
authentication,
>>     > access his files stored in the cloud. When selecting the AS, =
the
>>     > attacker chooses AS_attacker. In Step 5 of Figure 4, =
AS_attacker now
>>     > provides the phished access token. As this token is bound to =
this
>>     > client, the client can use it at the resource server for =
getting access
>>     > to the cloud storage of Alice. As the attacker is using the =
client
>>     > (through the clients' website), he now gets access to these =
files
>>     > (stored at the RS).
>>     >
>>     > Please let me know if you have any other questions.
>>     >
>>     > Best regards,
>>     > Pedram
>>     >
>>     >
>>     > On 26.11.19 16:51, Benjamin Kaduk wrote:
>>     > > Hi Pedram,
>>     > >
>>     > > On Thu, Nov 21, 2019 at 02:50:52PM +0100, Pedram Hosseyni =
wrote:
>>     > >> Also, for this or the next version of this document, the =
Cuckoo's Token
>>     > >> attack (see Section IV-A of http://arxiv.org/abs/1901.11520/ =
), should
>>     > >> be addressed. We also discussed this issue extensively at =
the last OSW
>>     > >> in Stuttgart.
>>     > > I took a look at the paper, and I'm not sure I'm properly =
understanding the
>>     > > "Cuckoo's Token" attack.  Looking at Figure 4 of the paper to =
have
>>     > > something concrete to refer to, I assume that the client, as =
a white box,
>>     > > is presumed to be honest.  Since the access token is bound to =
the client, I
>>     > > assume that the attacker has to return the phished access =
token to the same
>>     > > client that originally (honestly) got it, as otherwise the =
token will not
>>     > > be usable at the RS.  The paper concludes that in step 6, the =
client gets
>>     > > access to the honest resource owner's resources, and =
furthermore that the
>>     > > attacker has access to those resources through the client.  =
It's that last
>>     > > part that I'm not sure I understand -- if the client is =
honest, why would
>>     > > it return resource information to the attacker?  The best I =
can come up
>>     > > with is that there's some sense of a "session" between the =
user and client,
>>     > > such that the client links its resource accesses with the =
"session" on
>>     > > behalf of which the access occurs, and is willing to return =
such
>>     > > information back to the user only on the "linked session".  =
(The
>>     > > countermeasure makes sense and is a good practice, of =
course.)
>>     > >
>>     > > Thanks,
>>     > >
>>     > > Ben
>>     >
>>     > --
>>     > Pedram Hosseyni, M.Sc.
>>     > Room V38 2.438
>>     > Institute of Information Security - SEC
>>     > Universit=C3=A4t Stuttgart
>>     > Universit=C3=A4tsstra=C3=9Fe 38
>>     > D-70569 Stuttgart
>>     > Germany
>>     > Phone: +49 711 685 88454
>>     > https://sec.uni-stuttgart.de
>>     >
>>          _______________________________________________
>>     OAuth mailing list
>>     OAuth@ietf.org
>>     https://www.ietf.org/mailman/listinfo/oauth
>>    =20
> --=20
> Pedram Hosseyni, M.Sc.
> Room V38 2.438
> Institute of Information Security - SEC
> Universit=C3=A4t Stuttgart
> Universit=C3=A4tsstra=C3=9Fe 38
> D-70569 Stuttgart
> Germany
> Phone: +49 711 685 88454
> https://sec.uni-stuttgart.de
>=20
> _______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth


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In-Reply-To: 
From: Takahiko Kawasaki 
Date: Fri, 29 Nov 2019 18:36:43 +0900
Message-ID: 
To: oauth 
Cc: Filip Skokan , Nat Sakimura ,  Torsten Lodderstedt 
Content-Type: multipart/alternative; boundary="000000000000715193059878f835"
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Subject: Re: [OAUTH-WG] JWT Secured Authorization Request (JAR) vs OIDC request object
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--000000000000715193059878f835
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I'm sorry for this late response, but I'm also afraid that the requirement
"the authorization server supporting this specification MUST only use the
parameters included in the request object." in Section 6 of the draft 20
 is problematic.

What I'd like to point out in addition to Filip's concerns is "error
handling before the request object is parsed successfully".


   1. If it is not allowed to refer to client_id outside the request
   object, errors that may occur before the request object is parsed
   successfully cannot be reported to the redirect URI (which is either
   explicitly specified by redirect_uri or the default redirect URI for the
   client) because it is impossible to check if the redirect URI has been
   registered for the client.
   2. If it is not allowed to refer to response_type outside the request
   object, it is impossible to determine the default position for response
   parameters (the query part and the fragment part) before the request object
   is parsed successfully.
   3. If it is not allowed to refer to response_mode outside the request
   object, errors that may occur before the request object is parsed
   successfully cannot be reported to the redirect URI in the way the client
   wished (query, fragment, form_post, query.jwt, fragment.jwt or
   form_post.jwt).
   4. If it is not allowed to refer to state outside the request object,
   the state cannot be included in error reporting caused by errors that
   may occur before the request object is parsed successfully.


Decent authorization server implementations try to report errors to the
redirect URI whenever possible. If it is not allowed to refer to parameters
outside the request object, the program waiting for a response at the place
pointed to by the redirect URI will never receive
error=invalid_request_object when the cause is "the request object failed
to be parsed".

I haven't found any convincing reasons yet that can justify introducing the
requirement that dares to break the backward compatibility. For me, the
following requirement in FAPI Part 2
, 5.2.2.
,
10. seems a good compromise.

shall require that all parameters are present inside the signed request
object passed in the request or request_uri parameter;



Best Regards,
Takahiko Kawasaki
Authlete, Inc.



On Thu, Aug 29, 2019 at 5:04 PM Torsten Lodderstedt 
wrote:

>
>
> > Am 28.08.2019 um 23:23 schrieb Filip Skokan :
> >
> > - allows merging request object and regular parameters with request
> object taking precedence since it is a very useful feature when having
> pre-signed request object that's not one time use and clients using it wish
> to vary state/nonce per-request.
>
> +1_______________________________________________
> OAuth mailing list
> OAuth@ietf.org
> https://www.ietf.org/mailman/listinfo/oauth
>

--000000000000715193059878f835
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


    I'm sorry for this late response, but I'm also afr=
aid that the requirement "the authorization server supporting this spe=
cification MUST only use the parameters included in the request object.&quo=
t; in Section 6 of the draft 20 is problematic.

    What I'd=
 like to point out in addition to Filip's concerns is "error handl=
ing before the request object is parsed successfully".

    <=
/div>
    1. If it is not allowed to refer to client_id outside the request object, errors that may occur before =
the request object is parsed successfully cannot be reported to the redirec=
t URI (which is either explicitly specified by red=
irect_uri or the default redirect URI for the client) because it is =
impossible to check if the redirect URI has been registered for the client.=

    2. If it is not allowed to refer to response=
_type outside the request object, it is impossible to determine the =
default position for response parameters (the query part and the fragment p=
art) before the request object is parsed successfully.
    3. If it is not=
 allowed to refer to response_mode outside =
the request object, errors that may occur before the request object is pars=
ed successfully cannot be reported to the redirect URI in the way the clien=
t wished (query, f=
ragment, form_post, query.jwt, fragment.jwt or =
form_post.jwt).
    4. If it is not allowe=
d to refer to state outside the request obj=
ect, the state cannot be included in error =
reporting caused by errors that may occur before the request object is pars=
ed successfully.

    Decent authorization se=
rver implementations try to report errors to the redirect URI whenever poss=
ible. If it is not allowed to refer to parameters outside the request objec=
t, the program waiting for a response at the place pointed to by the redire=
ct URI will never receive error=3Dinvalid_request_=
object=C2=A0when the cause is "the request object failed to be =
parsed".

    I haven't found any convincing r=
easons yet that can justify introducing the requirement that dares to break=
 the backward compatibility. For me, the following requirement in FAPI Par=
t 2, 5.2.2., 10. seems a good compromise.
    =


    shall require that all parameters are present inside the signed re=
quest object passed in the request or request_uri parameter;

    Best Regards,
    Takahiko Kawasaki
    =

    Authlete, Inc.



    On Thu, Aug 29, 2019=
 at 5:04 PM Torsten Lodderstedt <torsten@lodderstedt.net> wrote:

    

    
> Am 28.08.2019 um 23:23 schrieb Filip Skokan <panva.ip@gmail.com>:
    
> 
    
> - allows merging request object and regular parameters with request ob=
ject taking precedence since it is a very useful feature when having pre-si=
gned request object that's not one time use and clients using it wish t=
o vary state/nonce per-request.
    

    
+1_______________________________________________
    
OAuth mailing list
    
OAuth@ietf.org
    
https://www.ietf.org/mailman/listinfo/oauth
    

    

--000000000000715193059878f835--


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From: "Richard Backman, Annabelle" 
To: Neil Madden 
CC: Brian Campbell , oauth 
Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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From: "Richard Backman, Annabelle" 
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Thread-Topic: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop-03.txt
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To: "Richard Backman, Annabelle" 
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I think that is probably secure, although I=E2=80=99d like to see a formal p=
roof of correctness like the ones for macaroons in https://cs.nyu.edu/media/=
publications/TR2013-962.pdf. There are often subtle details to these things.=
=20

Using chained public key signatures in this way goes back to SDSI (http://pe=
ople.csail.mit.edu/rivest/sdsi11.html#secoverview) and has more recently bee=
n used in Vanadium under the name =E2=80=9Cblessings=E2=80=9D: https://vanad=
ium.github.io/concepts/security.html

It has some nice properties, but it is very expensive in terms of CPU costs a=
nd size of tokens. It also requires every hop to add a signature even if the=
y=E2=80=99re not adding any new caveats. This is very secure but can add a l=
ot of overhead, and of course means that all parties have to be aware of thi=
s format/protocol.=20

I still think it=E2=80=99s much easier and more efficient to just use HMAC-b=
ased macaroons in most cases. You can upgrade them to PoP tokens by appendin=
g a =E2=80=9Ccnf=E2=80=9D caveat (eg for mTLS). And you can still do things l=
ike the =E2=80=9Cphantom token=E2=80=9D pattern where a macaroon-based =E2=80=
=9Cby ref=E2=80=9D token is received by an API gateway, introspected, and th=
en replaced with an equivalent (but short-lived) signed JWT for consumption b=
y backend microservices.=20

=E2=80=94 Neil

>> On 29 Nov 2019, at 22:13, Richard Backman, Annabelle  wrote:
> =EF=BB=BF
> > That is the easiest way to let the RS verify the macaroon on the assumpt=
ion that the RS is trusted. I=E2=80=99m not aware of an alternative for asym=
metric crypto when the RS is untrusted other than using the signature-based m=
acaroon variant or having per-RS keys.=20
> =20
> It occurred to me that my previous example of how to do layering with JWTs=
 was needlessly complicated. You can prevent removal of layered constraints b=
y constraining each inner layer to require a wrapper. Consider a "foobar" cl=
aim that specifies a public key and indicates that the token must be present=
ed wrapped within a JWS signed with the corresponding private key. The wrapp=
er JWS may introduce additional constraints, and may or may not permit the r=
ecipient to present the access token to others, depending on the value of th=
e "foobar" claim. For example:
> =20
> The AS generates an access token, with a public key registered by the clie=
nt as the value of the "foobar" claim. This registration could=E2=80=99ve ha=
ppened via a dev console, dynamic client reg., or as part of the token reque=
st.
>  =3D JWS(, {
>     "iss": "as.example.com",
>     "client_id": "...",
>     "user_id": "...",
>     "scope": "a b",
>     "exp": ,
>     "foobar": 
> })
> =20
> To call rs1.example.com, the client wraps the token in a JWS signed with t=
he client=E2=80=99s private key. They further restrict the scope and expirat=
ion time, and authorize the RS to use the token with other RSes by setting t=
he value of the "foobar" claim to the RS=E2=80=99s public key.
>  =3D JWS(, {
>     "token": ,
>     "aud": "rs1.example.com",
>     "exp": ,
>     "scope": "a b",
>     "foobar": 
> })
> =20
> To call rs2.example.com, rs1.example.com wraps the token in a JWS signed w=
ith the RS=E2=80=99s private key. The RS prohibits rs2.example.com from furt=
her use of the token by setting the "foobar" claim to null.
>  =3D JWS(, {
>     "token": ,
>     "aud": "rs2.example.com",
>     "scope": "b",
>     "foobar": null
> })
> =20
> Similarly, the client can call rs2.example.com with a token that is restri=
cted from further use.
>  =3D JWS(, {
>     "token": ,
>     "aud": "rs2.example.com",
>     "exp": ,
>     "scope": "b",
>     "foobar": null
> })
> =20
> =20
> This pattern allows for layered constraints, local introspection, and loca=
l validation. The requirements (that I=E2=80=99ve identified) are that:
> The client must register a public key with the AS (this could be done duri=
ng the token request).
> The AS must know whether or not to give the client a plain bearer token or=
 a token with the "foobar" claim (presentation of a key possession proof in t=
he token request could be enough).
> Any recipient that wishes to validate the token must have the public key f=
or the AS.
> Any recipient that wishes to add a layer must have a public key that is kn=
own to its callers.
> Any recipient that performs local validation must understand the meaning o=
f the "foobar" claim.
> =20
> I haven=E2=80=99t thought too deeply on this so I wouldn=E2=80=99t conside=
r the idea fully baked, but I=E2=80=99m curious to hear your thoughts on it.=

> =20
> =E2=80=93=20
> Annabelle Richard Backman
> AWS Identity
> =20
> =20
> From: Neil Madden 
> Date: Wednesday, November 27, 2019 at 11:43 PM
> To: "Richard Backman, Annabelle" 
> Cc: Brian Campbell , oauth 
> Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth-dpop=
-03.txt
> =20
> On 27 Nov 2019, at 20:30, Richard Backman, Annabelle =
 wrote:
> =20
> > That is true, but is IMO more of a hindrance than an advantage for a PoP=
 scheme. The very fact that the signature is valid at every RS is why you ne=
ed additional measures to prevent cross-RS token reuse.
> =20
> The other methods you mention require their own additional measures in the=
 form of key exchanges/handshakes. And you still need to prove possession of=
 that shared key somehow.
> =20
> This is true. The difference being that the derived key can then be reused=
 for many requests. Because the key derivation is cryptographically tied to t=
his context the RS can=E2=80=99t replay these symmetric tokens anywhere else=
.=20
> =20
> In some cases, =E2=80=9Cderive a shared key and encrypt this blob=E2=80=9D=
 is easier; in some cases =E2=80=9Csign this blob declaring your audience=E2=
=80=9D is easier.
> =20
> The ECDH scheme does challenge-response to ensure freshness. This was desi=
gned to match the anti-replay measures in the DPoP draft but without requiri=
ng the server store any state. If you don=E2=80=99t need replay protection (=
if TLS is enough) then you can indeed just sign the audience, or for ECDH yo=
u can do completely static ECDH between the client=E2=80=99s private key and=
 the RS=E2=80=99s public key to derive a shared key that is the same for all=
 time (until key rotation). But in that case you may as well just return a s=
ymmetric key directly from the AS... attached to a macaroon, say.=20
>=20
>=20
> =20
> > The easiest way to use macaroons with asymmetric crypto is to make the m=
acaroon identifier be an encrypted random HMAC key that the RS can decrypt (=
or a derived key using diffie-hellman). You can concatenate multiple encrypt=
ed keys for multiple RSes. Alternatively in a closed ecosystem you can encry=
pt the random HMAC with a key stored in a KMS (such as AWS KMS) and grant ea=
ch RS decrypt permissions for that KMS key.
> =20
> Is the =E2=80=9Crandom HMAC key that the RS can decrypt=E2=80=9D the root k=
ey used to generate the macaroon? If so, how would you prevent one targeted R=
S from using the root key and macaroon identifier to construct an arbitrary m=
acaroon for replay against another targeted RS? If not, how does the targete=
d RS use the decrypted =E2=80=9Crandom HMAC key=E2=80=9D to validate the mac=
aroon? Is there a paper on this approach?
> =20
> That is the easiest way to let the RS verify the macaroon on the assumptio=
n that the RS is trusted. I=E2=80=99m not aware of an alternative for asymme=
tric crypto when the RS is untrusted other than using the signature-based ma=
caroon variant or having per-RS keys.=20
> =20
> I=E2=80=99m not really a fan of purely signature-based JWT access tokens b=
ecause those tokens often contain PII and so should really be encrypted to a=
void leaking details to the client (or anyone else if the token does leak). T=
his came up in the discussion of the JWT-based access tokens draft, which is=
 why I proposed https://tools.ietf.org/html/draft-madden-jose-ecdh-1pu-02 fo=
r use in that draft. But if you=E2=80=99re doing encryption then you=E2=80=99=
re already down the path of having per-RS access tokens (and keys) - the com=
pact encoding of JWE only allows a single recipient.=20
> =20
> =20
> The KMS approach is just symmetric crypto mediated through a third party (=
and has the same centralization problem as validation at the AS).
> =20
> > Clients can then later start adding caveats=E2=80=A6, while RSes still d=
on't have to make any changes=E2=80=A6.
> > DPoP only effectively prevents cross-RS replay if all RSes implement it,=
 otherwise the ones that don't are still vulnerable.
> This is because macaroons bake the proof into the =E2=80=9Cbearer=E2=80=9D=
 token (which is no longer really a bearer token) in the Authorization heade=
r, whereas DPoP puts it in a separate header.
> =20
> That=E2=80=99s not the only difference. The other is that the AS does the v=
alidation. If the client appended the DPoP claims to the access token and si=
gned the whole thing, and then the RS took that and sent it to the AS intros=
pection endpoint to validate it, then that would have the same advantage of n=
ot requiring any changes at the RS.=20
> =20
> But if you do this then there=E2=80=99s no longer any reason to use public=
 key signatures because the client and AS may as well agree a shared secret.=
 (The AS can always impersonate a client anyway). At which point we=E2=80=99=
re basically back using macaroons.=20
>=20
>=20
> draft-ietf-oauth-signed-http-request is another way to do this that doesn=E2=
=80=99t rely on macaroons.
> =20
> > Your previous point was that they require "non-trivial work to use ... a=
nd require developers to learn a new token format".
> By =E2=80=9Cnon-trivial work to use=E2=80=9D I was referring to work requi=
red from the working group, that I did not feel was being acknowledged.
> =20
> Do you believe it=E2=80=99s a disproportionate amount of work compared to a=
ny other draft the WG works on?
>=20
>=20
> Looking back over the thread, I think my objection stems from you referrin=
g to macaroons as an =E2=80=9Caccess token format=E2=80=9D when they=E2=80=99=
re really an applied cryptography pattern. The =E2=80=9Cformat=E2=80=9D part=
 would need to be defined by the working group. For what it=E2=80=99s worth,=
 I think it=E2=80=99d be interesting to explore if/how the pattern could be a=
pplied to the JWT format, or what tweaks would be necessary to make it work.=
 If we could describe a way to create macaroons that reuse the existing work=
 on JWTs, that would be pretty cool.
> =20
> There are existing interoperable macaroon libraries right now that define a=
 common format [*]. Unless there was a compelling reason not to, I=E2=80=99d=
 hope we=E2=80=99d just standardize that.=20
> =20
> [*] Actually they=E2=80=99ve gone through a couple of iterations. I believ=
e the =E2=80=9Clibmacaroons V2 binary=E2=80=9D format is what most now use.=20=

>=20
>=20
> =20
> > That burden is significantly reduced when developers can just add a depe=
ndency and call a one-liner to add a caveat.
> Libraries can certainly reduce the amount of work required by developers (=
and here I mean client developers, RS developers, AS developers, and OAuth c=
lient and server library developers), but come with their own concerns (e.g.=
, platform availability, licensing, maintenance and reliability, etc.). It b=
ecomes one more dependency that developers have to consider.
> =20
> I=E2=80=99m not really sure what your point is here. *Any* new addition to=
 OAuth has to be implemented. Either that=E2=80=99s done with a library or y=
ou write your own.=20
> =20
> =E2=80=94 Neil

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    I think that=
 is probably secure, although I=E2=80=99d like to see a formal proof of corr=
ectness like the ones for macaroons in https://cs.nyu.edu/media/publications/TR201=
3-962.pdf. There are often subtle details to these things. 

    Using chained public key signature=
s in this way goes back to SDSI (http://people.csail.mit.edu/rivest/sdsi11.html#s=
ecoverview) and has more recently been used in Vanadium under the name =E2=
=80=9Cblessings=E2=80=9D: https://vanadium.github.io/concepts/security.html
    =


    It has some nice properties, but=
 it is very expensive in terms of CPU costs and size of tokens. It also requ=
ires every hop to add a signature even if they=E2=80=99re not adding any new=
 caveats. This is very secure but can add a lot of overhead, and of course m=
eans that all parties have to be aware of this format/protocol. 
    <=
div dir=3D"ltr">
    I still think it=E2=80=99s much e=
asier and more efficient to just use HMAC-based macaroons in most cases. You=
 can upgrade them to PoP tokens by appending a =E2=80=9Ccnf=E2=80=9D caveat (=
eg for mTLS). And you can still do things like the =E2=80=9Cphantom token=E2=
=80=9D pattern where a macaroon-based =E2=80=9Cby ref=E2=80=9D token is rece=
ived by an API gateway, introspected, and then replaced with an equivalent (=
but short-lived) signed JWT for consumption by backend microservices. <=
/div>

    =E2=80=94 Neil

    On 29 Nov 2019, at 22:13, Richard Ba=
ckman, Annabelle <richanna@amazon.com> wrote:

    =EF=BB=BF







    

    > That is the easiest way to let the RS verify the=
 macaroon on the assumption that the RS is trusted. I=E2=80=99m not aware of=
 an alternative for asymmetric crypto when the RS is untrusted other than us=
ing the signature-based macaroon variant or
 having per-RS keys. 
    

     
    

    It occurred to me that my previous example of how to d=
o layering with JWTs was needlessly complicated. You can prevent removal of l=
ayered constraints by constraining each inner layer to require a wrapper. Co=
nsider a
"foobar" claim that specifies a p=
ublic key and indicates that the token must be presented wrapped within a JW=
S signed with the corresponding private key. The wrapper JWS may introduce a=
dditional constraints, and may
 or may not permit the recipient to present the access token to others, depe=
nding on the value of the
"foobar" claim. For example:=

    

     
    

    The AS generates an access token, with a public key r=
egistered by the client as the value of the
"foobar" claim. This registration=
 could=E2=80=99ve happened via a dev console, dynamic client reg., or as par=
t of the token request.
    

    <at_0> =3D J=
WS(<AS private key>, {
    

       =
; "iss": "as.example.com",
    

       =
; "client_id": "...",
    

       =
; "user_id": "...",
    

       =
; "scope": "a b",
    

       =
; "exp": <now + 1 hour>,
    

       =
; "foobar": <client public key>
    

    })
    

     =

    

    To call rs1.example.com, the client wraps the token i=
n a JWS signed with the client=E2=80=99s private key. They further restrict t=
he scope and expiration time, and authorize the RS to use the token with oth=
er RSes by setting the value of the
"foobar" claim to the RS=E2=80=99=
s public key.
    

    <at_1> =3D J=
WS(<client private key>, {
    

       =
; "token": <at_0>,
    

       =
; "aud": "rs1.example.com",
    

       =
; "exp": <now + 5 seconds>,
    

       =
; "scope": "a b",
    

       =
; "foobar": <RS1 public key>
    

    })
    

     =

    

    To call rs2.example.com, rs1.example.com wraps the to=
ken in a JWS signed with the RS=E2=80=99s private key. The RS prohibits rs2.=
example.com from further use of the token by setting the
"foobar" claim to null.
    

    <at_2> =3D J=
WS(<RS1 private key>, {
    

       =
; "token": <at_1>,
    

       =
; "aud": "rs2.example.com",
    

       =
; "scope": "b",
    

       =
; "foobar": null
    

    })
    

     =

    

    Similarly, the client can call rs2.example.com with a=
 token that is restricted from further use.
    

    <at_3> =3D J=
WS(<client private key>, {
    

       =
; "token": <at_0>,
    

       =
; "aud": "rs2.example.com",
    

       =
; "exp": <now + 5 seconds>,
    

       =
; "scope": "b",
    

       =
; "foobar": null
    

    })
    

     =

    

     =

    

    This pattern allows for layered constraints, local in=
trospection, and local validation. The requirements (that I=E2=80=99ve ident=
ified) are that:
    

      

    1. The client must register a public key with the AS (this could be done d=
uring the token request).
    2. The AS must know whether or no=
t to give the client a plain bearer token or a token with the
"foobar" claim (presentation of a=
 key possession proof in the token request could be enough).
      3. =

    3. Any recipient that wishes to validate the token must have the public ke=
y for the AS.
    4. Any recipient that wishes to add a layer m=
ust have a public key that is known to its callers.
    5. Any r=
ecipient that performs local validation must understand the meaning of the
"foobar" claim.
      6. 

      

       
      

      I haven=E2=80=99t thought too deeply on this so I wou=
ldn=E2=80=99t consider the idea fully baked, but I=E2=80=99m curious to hear=
 your thoughts on it.
      

       
      

      =E2=80=93 =

      

      Annabelle Richard Ba=
ckman
      

      AWS Identity
      

      

       
      

       
      

      

      From:=
 Neil Madden <nei=
l.madden@forgerock.com>
      
Date: Wednesday, November 27, 2019 at 11:43 PM
      
To: "Richard Backman, Annabelle" <richanna@amazon.com>
      
Cc: Brian Campbell <bcampbell@pingidentity.com>, oauth <oaut=
h@ietf.org>
      
Subject: Re: [OAUTH-WG] New Version Notification for draft-fett-oauth=
-dpop-03.txt
      

      

      

       
      

      

      

      

      

      

      On 27 Nov 2019, at 20:30, Richard Backman, Annabelle &=
lt;richanna@amazon.com> wrote:
      

      

      

      

       
      

      

      

      

      

      > That is true, but is IMO more of a hindrance tha=
n an advantage for a PoP scheme. The very fact that the signature is valid a=
t every RS is why you need additional measures to prevent cross-RS token reu=
se.
      

      

      

      

       
      

      

      

      

      The other methods you mention require their own addit=
ional measures in the form of key exchanges/handshakes. And you still need t=
o prove possession of that shared key somehow.

      

      

      

      

       
      

      

      

      This is true. The difference being that the derived k=
ey can then be reused for many requests. Because the key derivation is crypt=
ographically tied to this context the RS can=E2=80=99t replay these symmetri=
c tokens anywhere else. 
      

      

      

       
      

      

      

      

      In some cases, =E2=80=9Cderive a shared key and encry=
pt this blob=E2=80=9D is easier; in some cases =E2=80=9Csign this blob decla=
ring your audience=E2=80=9D is easier.
      

      

      

      

       
      

      

      

      The ECDH scheme does challenge-response to ensure fre=
shness. This was designed to match the anti-replay measures in the DPoP draf=
t but without requiring the server store any state. If you don=E2=80=99t nee=
d replay protection (if TLS is enough)
 then you can indeed just sign the audience, or for ECDH you can do complete=
ly static ECDH between the client=E2=80=99s private key and the RS=E2=80=99s=
 public key to derive a shared key that is the same for all time (until key r=
otation). But in that case you may as well just
 return a symmetric key directly from the AS... attached to a macaroon, say.=
 
      

      


      

      

      

      

      

       
      

      > The easiest way to use macaroons with asymmetric=
 crypto is to make the macaroon identifier be an encrypted random HMAC key t=
hat the RS can decrypt (or a derived key using diffie-hellman). You can conc=
atenate multiple encrypted keys for
 multiple RSes. Alternatively in a closed ecosystem you can encrypt the rand=
om HMAC with a key stored in a KMS (such as AWS KMS) and grant each RS decry=
pt permissions for that KMS key.
      

       
      

      Is the =E2=80=9Crandom HMAC key that the RS can decry=
pt=E2=80=9D the root key used to generate the macaroon? If so, how would you=
 prevent one targeted RS from using the root key and macaroon identifier to c=
onstruct an arbitrary macaroon for replay against
 another targeted RS? If not, how does the targeted RS use the decrypted =E2=
=80=9Crandom HMAC key=E2=80=9D to validate the macaroon? Is there a paper on=
 this approach?
      

      

      

      

       
      

      

      

      That is the easiest way to let the RS verify the maca=
roon on the assumption that the RS is trusted. I=E2=80=99m not aware of an a=
lternative for asymmetric crypto when the RS is untrusted other than using t=
he signature-based macaroon variant or
 having per-RS keys. 
      

      

      

       
      

      

      

      I=E2=80=99m not really a fan of purely signature-base=
d JWT access tokens because those tokens often contain PII and so should rea=
lly be encrypted to avoid leaking details to the client (or anyone else if t=
he token does leak). This came up in the
 discussion of the JWT-based access tokens draft, which is why I proposed&nb=
sp;htt=
ps://tools.ietf.org/html/draft-madden-jose-ecdh-1pu-02 for use in t=
hat draft. But if you=E2=80=99re doing encryption
 then you=E2=80=99re already down the path of having per-RS access tokens (a=
nd keys) - the compact encoding of JWE only allows a single recipient. =

      

      

      

       
      

      

      

      

       
      

      The KMS approach is just symmetric crypto mediated th=
rough a third party (and has the same centralization problem as validation a=
t the AS).
      

      

      

      

      

       
      

      > Clients can then later start adding caveats=E2=80=
=A6, while RSes still don't have to make any changes=E2=80=A6.

      > DPoP only effectively prevents cross-RS replay i=
f all RSes implement it, otherwise the ones that don't are still vulnerable.=

      

      This is because macaroons bake the proof into the =E2=
=80=9Cbearer=E2=80=9D token (which is no longer really a bearer token) in th=
e Authorization header, whereas DPoP puts it in a separate header.

      

      

      

      

       
      

      

      

      That=E2=80=99s not the only difference. The other is t=
hat the AS does the validation. If the client appended the DPoP claims to th=
e access token and signed the whole thing, and then the RS took that and sen=
t it to the AS introspection endpoint
 to validate it, then that would have the same advantage of not requiring an=
y changes at the RS. 
      

      

      

       
      

      

      

      But if you do this then there=E2=80=99s no longer any=
 reason to use public key signatures because the client and AS may as well a=
gree a shared secret. (The AS can always impersonate a client anyway). At wh=
ich point we=E2=80=99re basically back using macaroons. 
      =


      


      

      

      

      

      

      draft-ietf-oauth-signed-http-request is another way t=
o do this that doesn=E2=80=99t rely on macaroons.
      

       
      

      > Your previous point was that they require "non-t=
rivial work to use ... and require developers to learn a new token form=
at".
      

      By =E2=80=9Cnon-trivial work to use=E2=80=9D I was re=
ferring to work required from the working group, that I did not feel was bei=
ng acknowledged.

      

      

      

      

       
      

      

      

      Do you believe it=E2=80=99s a disproportionate amount=
 of work compared to any other draft the WG works on?
      

      


      

      

      

      

      

      Looking back over the thread, I think my objection st=
ems from you referring to macaroons as an =E2=80=9Caccess token format=E2=80=9D when they=E2=80=99re really an applied crypt=
ography pattern. The =E2=80=9Cformat=E2=80=9D part would need to be defined
 by the working group. For what it=E2=80=99s worth, I think it=E2=80=99d be i=
nteresting to explore if/how the pattern could be applied to the JWT format,=
 or what tweaks would be necessary to make it work. If we could describe a w=
ay to create macaroons that reuse the existing
 work on JWTs, that would be pretty cool.
      

      

      

      

       
      

      

      

      There are existing interoperable macaroon libraries r=
ight now that define a common format [*]. Unless there was a compelling reas=
on not to, I=E2=80=99d hope we=E2=80=99d just standardize that. 
      

      

      

       
      

      

      

      [*] Actually they=E2=80=99ve gone through a couple of=
 iterations. I believe the =E2=80=9Clibmacaroons V2 binary=E2=80=9D format i=
s what most now use. 
      

      


      

      

      

      

      

       <=
/p>

      > That burden i=
s significantly reduced when developers can just add a dependency and call a=
 one-liner to add a caveat.
      

      Libraries can certainly reduce the amount of work req=
uired by developers (and here I mean client developers, RS developers, AS de=
velopers, and OAuth client and server library developers), but come with the=
ir own concerns (e.g., platform
 availability, licensing, maintenance and reliability, etc.). It becomes one=
 more dependency that developers have to consider.
      

      

      

       
      

      

      

      I=E2=80=99m not really sure what your point is here. *=
Any* new addition to OAuth has to be implemented. Either that=E2=80=99s done=
 with a library or you write your own. 
      

      

      

       
      

      

      

      =E2=80=94 Neil
      

      

      

      

    



    =

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