From hannu.flinck@nsn.com Tue Mar 2 00:58:18 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C7E103A89A6 for ; Tue, 2 Mar 2010 00:58:18 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.598 X-Spam-Level: X-Spam-Status: No, score=-2.598 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 8iV2oWl6T55H for ; Tue, 2 Mar 2010 00:58:17 -0800 (PST) Received: from demumfd002.nsn-inter.net (demumfd002.nsn-inter.net [93.183.12.31]) by core3.amsl.com (Postfix) with ESMTP id 2DBEF3A899A for ; Tue, 2 Mar 2010 00:58:16 -0800 (PST) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd002.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id o228wG9B014337 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL) for ; Tue, 2 Mar 2010 09:58:16 +0100 Received: from demuexc023.nsn-intra.net (demuexc023.nsn-intra.net [10.150.128.36]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id o228wFrs019862 for ; Tue, 2 Mar 2010 09:58:15 +0100 Received: from FIESEXC035.nsn-intra.net ([10.159.0.25]) by demuexc023.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Tue, 2 Mar 2010 09:58:15 +0100 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----_=_NextPart_001_01CAB9E6.7E4D21B0" Date: Tue, 2 Mar 2010 10:58:14 +0200 Message-ID: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: Membership test draft Thread-Index: Acq55n4FMPpDiaBsTS2uftlSAimLSw== From: "Flinck, Hannu (NSN - FI/Espoo)" To: X-OriginalArrivalTime: 02 Mar 2010 08:58:15.0703 (UTC) FILETIME=[7EF43270:01CAB9E6] Subject: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 08:58:18 -0000 This is a multi-part message in MIME format. ------_=_NextPart_001_01CAB9E6.7E4D21B0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hello=20 I have submitted a proposal for improving the map resolution gain. The idea behind the draft is that in the Map -reply message the ETR tells more than just the requested mapping information about the mappings that it is hosting. The information is compressed in a form of membership test which we see very powerful tool for this specific use case. The use of membership test is at its best when an ETR is hosting EIDs that do not aggregate under a prefix.=20 Please have a look at the draft and tell me what do you thing? Would this be something to be worked as part of the base LISP protocol? This is not tied to any mapping system architecture at all, so it could be possibly part of the base line if so considered.=20 http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 Best regards Hannu ------------------ A new version of I-D, draft-flinck-lisp-membertest-00.txt has been successfuly submitted by Hannu Flinck and posted to the IETF repository. Filename: draft-flinck-lisp-membertest Revision: 00 Title: Membership test for Mapping Information optimization Creation_date: 2010-03-01 WG ID: Independent Submission Number_of_pages: 12 Abstract: This document defines how a membership test can be used to convey all or some of the EID-to-RLOC mappings from an Egress Tunnel Router to requesting Ingress Tunnel Router. This draft proposes that an authoritative ETR MAY return a group membership test in the LISP Map- Reply Message that indicates if a given EID is served by the ETR. The membership test is implemented as a Bloom filter. A Bloom filter is compact data structure to represent a set of elements. The membership test "aggregates" EIDs beyond prefix based aggregation. Membership test decreases the load of the mapping system and distributes the EID-to-RLOC resolution between an ITR and an ETR. =20 The IETF Secretariat. ------_=_NextPart_001_01CAB9E6.7E4D21B0 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Membership test draft

Hello

I have submitted a = proposal for improving the map resolution gain. The idea behind the = draft is that in the Map -reply message the ETR tells more than just the = requested mapping information about the mappings that it is hosting. The = information is compressed in a form of membership test which we see very = powerful tool for this specific use case. The use of membership test is = at its best when an ETR is hosting EIDs that do not aggregate under a = prefix.

Please have a look at = the draft and tell me what do you thing? Would this be something to be = worked as part of the base LISP protocol? This is not tied to any = mapping system architecture at all, so it could be possibly part of the = base line if so considered.

http://tools.ietf.org/html/draft-flinck-lisp-membertest-00=


Best = regards
Hannu

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


A new = version of I-D, draft-flinck-lisp-membertest-00.txt has been successfuly = submitted by Hannu Flinck and posted to the IETF = repository.

Filename:        = draft-flinck-lisp-membertest
Revision:        = 00
Title:           = Membership test for Mapping Information optimization
Creation_date:   2010-03-01
WG = ID:           Independent = Submission
Number_of_pages: 12

Abstract:
This = document defines how a membership test can be used to convey all or some = of the EID-to-RLOC mappings from an Egress Tunnel Router to requesting = Ingress Tunnel Router.  This draft proposes that an authoritative = ETR MAY return a group membership test in the LISP Map- Reply Message = that indicates if a given EID is served by the ETR.

The = membership test is implemented as a Bloom filter.  A Bloom filter = is compact data structure to represent a set of elements.  The = membership test "aggregates" EIDs beyond prefix based = aggregation.

Membership = test decreases the load of the mapping system and distributes the = EID-to-RLOC resolution between an ITR and an ETR.

           &n= bsp;           &nb= sp;           &nbs= p;            = ;            =             &= nbsp;        


The IETF = Secretariat.

------_=_NextPart_001_01CAB9E6.7E4D21B0-- From jmh@joelhalpern.com Tue Mar 2 07:17:40 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 7CC2828C10B for ; Tue, 2 Mar 2010 07:17:40 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.652 X-Spam-Level: X-Spam-Status: No, score=-1.652 tagged_above=-999 required=5 tests=[AWL=-1.947, BAYES_00=-2.599, FB_WORD2_END_DOLLAR=3.294, J_CHICKENPOX_43=0.6, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Wfilccv-lQbk for ; Tue, 2 Mar 2010 07:17:38 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 93CD128C0F0 for ; Tue, 2 Mar 2010 07:17:38 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id DE85943000F; Tue, 2 Mar 2010 07:17:39 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id 2A538430065; Tue, 2 Mar 2010 07:17:38 -0800 (PST) Message-ID: <4B8D2C11.70904@joelhalpern.com> Date: Tue, 02 Mar 2010 10:17:37 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: "lisp@ietf.org" Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: [lisp] [Fwd: RtgDir review: draft-ietf-lisp-alt-03.txt] X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 15:17:40 -0000 Below is a review we have received from teh routing Directorate. This is a separate review from the one our routing advisor is preparing. I am very pleased that we are getting a number of reviews. Please copy John on your comments or questions. Yours, Joel M. Halpern -------- Original Message -------- Subject: RtgDir review: draft-ietf-lisp-alt-03.txt Date: Mon, 1 Mar 2010 10:26:05 +0200 From: John G.Scudder To: CC: , , [resending with correct address for rtg-dir] Hello, I have been selected as the Routing Directorate reviewer for this draft. The Routing Directorate seeks to review all routing or routing-related drafts as they pass through IETF last call and IESG review. The purpose of the review is to provide assistance to the Routing ADs. For more information about the Routing Directorate, please see http://www.ietf.org/iesg/directorate/routing.html Although these comments are primarily for the use of the Routing ADs, it would be helpful if you could consider them along with any other IETF Last Call comments that you receive, and strive to resolve them through discussion or by updating the draft. Document: draft-ietf-lisp-alt-03.txt (as posted to LISP mailing list on Feb 23) Reviewer: John Scudder Review Date: March 1, 2010 IETF LC End Date: Unknown Intended Status: Experimental Summary: Since the status of the document is Experimental, I evaluate it as " I have some minor concerns about this document that I think should be resolved before publication." If the status of the document were Proposed Standard, I would evaluate it as "I have significant concerns about this document and recommend that the Routing ADs discuss these issues further with the authors." (See the next section for a little more discussion.) Comments: The intended status of the document is Experimental. Many of the issues identified here can be seen as not being relevant to an Experimental document, which RFC 2026 says is simply "archival record of the work, subject only to editorial considerations". They would be relevant to a standards track document. The high-order bit of the document is simply to use a tunneled overlay network to route IP datagrams. This is of course, straightforward in principle. However, the document needs revision to improve readability, provide detail about the specific use envisioned, remove some tangential matter that muddies the waters, and disclose complicating factors. Such issues are identified below. Major Issues: The document's goal is to "[describe] a method of building an Alternative Logical Topology" I'm not sure that I'd say it achieves this goal. Some key aspects of building such a topology are how to interconnect the member routers and how to perform aggregation at the various levels; these are addressed in general terms but not in sufficient detail to tell someone how do it for the ALT. Also missing is any information of how one might connect to the deployed ALT although this may be a non-goal, since it's beyond the scope of just "a method of building". I would buy "outline an architecture for building" as a description of the document as it stands. If the document actually wants to do what the abstract says, I think it needs more detail especially in sections 7-9, preferably with examples. The document doesn't attempt to tackle questions of deployment at scale. Some of the open technical issues are identified (e.g. in the security section) although none of the operational ones are discussed. Examples of potential operational issues might be the manageability of a large-scale tunneled overlay network, the ability of operators to troubleshoot customer issues when there is no easy way to distinguish an "EID" from a conventional IP address, and how to handle sites that leak their "EID" prefix into the regular Internet routing, either accidentally or on purpose. The Security section discusses a number of possible attacks. Here's another one: "EID" prefix injection into the plain old Internet routing. Such an attack would appear to be at increased likelihood of success compared to an identical attack against a normal IP prefix. This is because per [LISP] only a highly aggregated "EID" prefix would be advertised into the plain old Internet, making a longer-prefix attack likely to succeed. This is admittedly really a shortcoming in the BGP "security" model and would be addressed by any solution which addresses the underlying problem; still, the problem seems to be exacerbated by LISP. Presumably such an attack wouldn't be effective to divert traffic from a LISP source, but it would work against non-LISP sources (i.e. the majority of the Internet). This may be a case of "can't make an omelette without breaking eggs" but it's still worth noting. The document emphasizes that the ALT is to be used only to forward ALT datagrams. Since "ALT datagrams" are just IP packets as far as the ALT Routers are concerned, are technical means needed to enforce this assumption? This would seem to deserve treatment in the main body of the document, or at least in the Security section. As it is, it would appear easy to inject arbitrary packets into the ALT. S5.3 claims "LISP+ALT ... reduces ... OPEX". I don't think this claim is justified by evidence. (I can see a stronger case for claiming it reduces vendor development costs.) I understand that there is goodness from not having to train folks in the use of a new protocol. On the other hand, much will depend on how the overlay network is constructed and maintained. Until experience is gained in that, it's not knowable whether opex is high or low overall. Furthermore, the statement begs the question, reduces opex compared to what? For these reasons, I think it would be better to remove this claim. ALT's claims to scalability rest on high levels of aggregation with no hole punching. This has implications on the necessary business relationships between EID users and EID suppliers, and the types of suballocation that can and cannot be done. Most importantly, it implies that EID users will be locked in to their EID supplier, of course unless they are willing to renumber into different EID space -- but freedom from renumbering is a goal of LISP. This consequence probably should be spelled out in some fashion. This might come naturally from a much more detailed description of specifics as I raise in other points, or it might need its own section. Minor Issues: S.1 The document cites RFC 2119 but barely uses the terminology. It's limited to one MUST in S.3 and one more in S.4. There are many places where 2119 type language would clarify things. For example, look at the uses of "should". A number could be turned into MUST or in some cases, SHOULD. (Others really are the plain old English "should".) Although one option would be to ditch the use of 2119 language altogether (including removing the citation) I'd prefer to see the document worked over to use it properly. To take just one example, S6.1 ("Changes to ITR behavior with LISP+ALT") seems to cry out for some MUSTs where "should" is used. S.2 notes that "an important design goal of LISP+ALT is to minimize the number of changes to existing hardware and/or software". This begs the question of what the other design goals were. It would be useful to know this, as a way of letting the reader evaluate how well LISP+ALT meets those goals. Were there any explicit non-goals? S.3 says that an EID is the address used in the first "LISP header" of a packet. Does the LISP architecture refer to the header of the encapsulated packet as a "LISP header"? If so I think that is unfortunate; it's really just an IP header (and that's how the host that emitted it thinks of it; isn't that the point?). But, if so then I think there needs to be a discussion of this renaming of the IP header and just exactly what "LISP header" means. OTOH, maybe this is just an editorial error, in which case it looks as though it should say "IP header". (Based on the definition of "LISP header" in [LISP] I think it's just an editorial error.) Also, this paragraph says "system" where I think it should say "host". S.3, the definition of EID Prefix Reachability refers to "the ETR (or its proxy)". The notion of an ETR's proxy isn't amplified on in the spec. Either do so, or cite another document which does so ([LISP-IW]?). Section 4.3 notes that "Data Probes ... should be considered experimental." Isn't all of LISP experimental, by definition? When seen in that light, this statement is quite odd. I'm not really sure what your goal is with this phrasing so it's hard for me to suggest different wording, but something needs to change. (This would also seem to be a good place for 2119 type language, e.g. "MUST be disabled by default".) It might help clarity to restructure the doc making Map-Request the only lookup method documented in the main doc, and move all discussion of Data Probes to an appendix. S5.1, second paragraph, "additional packets destined to the given EID prefix are routed directly to a viable ETR without use of the ALT, until either the entry's TTL has expired, or the ITR can otherwise find no reachable ETR." Considering that the next sentence says that non-reachability of all the RLOCs in the mapping does not constitute "can otherwise find no reachable ETR" I wonder what WOULD be covered by this clause? S5.2, third paragraph, provides an example of aggregation that is mostly holes. Either the paragraph should be updated to get rid of the holes (replace /24 with /18) or the aggregation-across-holes should be explicitly addressed. S5.3, it took me several reads to understand what point "[a]lso, since tunnel IP addresses are local in scope, no coordination is needed for their assignment" is getting at. Maybe something like "... since any given tunnel in the ALT is only relevant to the pair of routers that connects over it, the only requirement of the IP addresses used to establish that tunnel is that the involved routers should be able to reach each other." Or something like that. Section 7.2 (SAFI for LISP+ALT) asks whether it would be prudent to use a different SAFI to syntactically distinguish ALT routes from Internet routes. This seems like a good idea to me since it would help eliminate one hard-to-debug routing problem (and source of increased opex, see other comments). However, if this is done it has the disadvantage of eliminating the possibility of using COTS routers for ALT routers. S8.1 "First, since reachability of RLOCs is learned through the LISP ITR-ETR exchange, "flapping" (frequent BGP updates and withdrawals) is not likely, and mapping information cannot become "stale" due to slow propagation through the ALT BGP mesh." I can't tell what this sentence is trying to say. S8.1 The relationship of LISP+ALT to traffic engineering seems to be fairly tenuous; this section seems to primarily recapitulate elements of the LISP architecture (not ALT) that are related to traffic engineering. I would suggest removing the section entirely, or if not then reducing it just to the first two sentences plus a statement that ALT as such does not relate to traffic engineering, perhaps with a reference to the relevant section of [LISP]. The following comments apply only to the (I would argue) extraneous matter and as such, would be most easily addressed by removing it. This section glosses over the fact that although some traffic engineering capabilities are gained, others are lost, and that costs are transferred in some cases. Depending on the scenario, some players in the traffic engineering equation win, others lose. Notably, transit providers can be seen as losing. For transit traffic, if all traffic flows toward well-aggregated prefixes, the ability of transit SPs to engineer those flows by making fine-grained adjustments to routing is hampered. Elsewhere in the LISP document set it is suggested that this can be addressed by having the transit provider re-encapsulate the transit traffic. While this may enable the transit provider to regain egress selection TE control, it comes at the cost of deploying new encapsulating and decapsulating routers at the transit provider border. Further, current routing-based TE can provide a modicum of ingress selection control; no replacement is offered for this. There are further changes in the "balance of power" between traffic sinks, transits, and traffic sources as well. Thus, while I would agree that the TE capabilities provided by LISP are better in some ways, they may be seen as worse in others, and the "improved traffic engineering" claims of this section are incomplete without a discussion of the tradeoffs. S8.2 and elsewhere mention that "It is again worth noting that the ALT carries only EID-prefixes, used to construct BGP paths to their owning ETRs; this set of information is considerably less volatile than the actual EID-to-RLOC mappings." It's not clear to me why it should be much less volatile. Presumably the mapping changes whenever an RLOC is (permanently) added or deleted. Equally, one would assume that since each RLOC corresponds to an ETR, when an RLOC is added the ETR must be advertised into the ALT, and when an RLOC is deleted the ETR advertisement must be removed. Thus the naive analysis is that the ALT routes should be at least equally volatile (but actually more so because the routing will reflect the dynamic state of the ETR connectivity). Perhaps Map Servers are supposed to help with this? Or maybe the point is that aggregation should hide the volatility close to the source? In any case, the statement as written doesn't seem to be quite right. The various discussions of aggregation seem to be lacking in detail considering that aggregation is said to be key to this scheme. In particular, there is no mention of whether and when to suppress more-specifics. I suppose it may be assumed that you always do so? This needs to be made clear. Diagrams would help. S11.3 the citation for S-BGP (not sBGP) is wrong. S13, References. Surely [LISP] must be a normative reference? [LISP-MS] also seems to be. Nits: The final paragraph of S.2 summarizes most of the following sections other than S.7 and sections 10+. Seemed odd to omit those. The definition of RLOC should probably mention that "locator" is used interchangeably with "RLOC". Or, the uses of "locator" could be replaced by "RLOC". S.4, the first use of the acronym "DA" is not defined. (Seems to have come from some c-n-p of paragraphs in the latest revision, since the term is defined later.) In section 5, "A LISP+ALT router near the edge learns EID prefixes originated by authoritative ETRs". You haven't defined "the edge" but shouldn't this be *at* the edge? (If you really mean "near" then what is "the edge", and how near is near?) S5.1 talks about Data Probes without mentioning that they're discouraged. S5.2, first paragraph, "The ALT network is built in a tree-structured hierarchy". S8 later says "The ALT BGP peering topology should be arranged in a tree-like fashion (with some meshiness)". The latter makes more sense than the former for practical purposes, but anyway they need to be reconciled. S6.1 -- I think you could s/explicitly//g and increase clarity. If you want to be emphatic, IMO you'd be better off using 2119 terminology. S9.1 "TCP-connected ETRs". These are not defined. The [Interworking] reference has expired. In addition, the following minor changes. This is against the version that was sent to lisp@ietf.org on Feb 23: jgs$ diff draft-ietf-lisp-alt-03.txt draft-ietf-lisp-alt-03-marked-up.txt 250c250 < It is important to note that the ALT does not distibute actual EID- --- > It is important to note that the ALT does not distribute actual EID- 352c352 < the ETR that "owns" and EID-prefix. As a tunneled overlay, its --- > the ETR that "owns" an EID-prefix. As a tunneled overlay, its 403c403 < the ALT on behalf of those ETRs, and forwards Map-Reqeusts to --- > the ALT on behalf of those ETRs, and forwards Map-Requests to 407c407 < Map-Reqeust from a non-ALT-connected ITR, decapsulates it, and --- > Map-Request from a non-ALT-connected ITR, decapsulates it, and 427c427 < router (ITR or ETR). Also the output of a EID-to-RLOC mapping --- > router (ITR or ETR). Also the output of an EID-to-RLOC mapping 441c441 < one or more of its locators are reachable. That is, an EID-prefix --- > one or more of its locators is reachable. That is, an EID-prefix 459c459 < ALT Default Route: A EID-prefix value of 0.0.0.0/0 (or 0::/0 for --- > ALT Default Route: An EID-prefix value of 0.0.0.0/0 (or 0::/0 for 511c511 < is documented in [LISP]. In particular, LISP+ALT provides two types --- > is documented in [LISP]. In particular, LISP+ALT provides two types of 522,523c522,523 < data packet destined for a EID with no known RLOCs into the ALT as < a Data Probe. This might be done minimize packet loss and to --- > data packet destined for an EID with no known RLOCs into the ALT as > a Data Probe. This might be done to minimize packet loss and to 528c528 < site. Note that the Data Probe the inner Destination Address --- > site. Note that the Data Probe's inner Destination Address 536c536 < an RLOC, there may be situations (i.e. for experimentation with --- > an RLOC, there may be situations (e.g. for experimentation with 578c578 < control over how its EID-prefixes are advertised in to the ALT, --- > control over how its EID-prefixes are advertised into the ALT, 687c687 < ALT Routers. The ALT BGPRoute Information Base (RIB) is comprised of --- > ALT Routers. The ALT BGP Routing Information Base (RIB) is comprised of 694c694 < An ITR use the ALT to learn the best path for forwarding an ALT --- > An ITR uses the ALT to learn the best path for forwarding an ALT 719c719 < that an ALT Datagram sent in to the ALT can be forwarded to the ETR --- > that an ALT Datagram sent into the ALT can be forwarded to the ETR 741c741 < When an ITR receives a packet originated by an end system withind its --- > When an ITR receives a packet originated by an end system within its 772c772 < Multiple allocations may not be in power-of-2 blocks. But when they --- > Multiple allocations may not be in power-of-2 blocks, but when they 793,794c793,794 < sessions to all of the originators of components (more-specifics < prefixes) of that aggregate. Not all of the components of need to be --- > sessions to all of the originators of components (more-specific > prefixes) of that aggregate. Not all of the components need to be 813c813 < An ALT Router MUST NOT genearte an aggregate that includes a non- --- > An ALT Router MUST NOT generate an aggregate that includes a non- 832c832 < are maintained. --- > can be maintained. 1372c1372 < Reqeusts and fill its mapping cache? Further study is required to --- > Requests and fill its mapping cache? Further study is required to From wassim.haddad@ericsson.com Tue Mar 2 11:04:41 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DE1E228C170 for ; Tue, 2 Mar 2010 11:04:41 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 4T829-jaGLnF for ; Tue, 2 Mar 2010 11:04:40 -0800 (PST) Received: from imr2.ericy.com (imr2.ericy.com [198.24.6.3]) by core3.amsl.com (Postfix) with ESMTP id CF51528C0ED for ; Tue, 2 Mar 2010 11:04:40 -0800 (PST) Received: from eusaamw0712.eamcs.ericsson.se ([147.117.20.181]) by imr2.ericy.com (8.13.1/8.13.1) with ESMTP id o22J72vO012949; Tue, 2 Mar 2010 13:07:03 -0600 Received: from client-vpn-071.edd.ericsson.se (147.117.20.212) by eusaamw0712.eamcs.ericsson.se (147.117.20.182) with Microsoft SMTP Server id 8.1.375.2; Tue, 2 Mar 2010 14:04:39 -0500 MIME-Version: 1.0 (Apple Message framework v1077) Content-Type: multipart/signed; boundary="Apple-Mail-5--660816458"; protocol="application/pkcs7-signature"; micalg=sha1 From: Wassim Haddad In-Reply-To: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> Date: Tue, 2 Mar 2010 12:04:35 -0700 Message-ID: References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> To: "Flinck, Hannu (NSN - FI/Espoo)" X-Mailer: Apple Mail (2.1077) Cc: Wassim Haddad , "lisp@ietf.org" Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 19:04:42 -0000 --Apple-Mail-5--660816458 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii Hi Hannu, I am reading your draft and have two questions please: - If I understand correctly your proposal, when an ITR hits a false = positive then it should remove the entire membership test which is = associated to it. Am I correct?=20 - You mention in page 8 that the ETR should remove the previously sent = Membership test from the ITR... or by providing a new membership test. I am confused as to why the new membership test would be different than = the previous one since this is false positive. Can you please clarify? Regards, Wassim H. On Mar 2, 2010, at 1:58 AM, Flinck, Hannu (NSN - FI/Espoo) wrote: > Hello >=20 > I have submitted a proposal for improving the map resolution gain. The = idea behind the draft is that in the Map -reply message the ETR tells = more than just the requested mapping information about the mappings that = it is hosting. The information is compressed in a form of membership = test which we see very powerful tool for this specific use case. The use = of membership test is at its best when an ETR is hosting EIDs that do = not aggregate under a prefix. >=20 > Please have a look at the draft and tell me what do you thing? Would = this be something to be worked as part of the base LISP protocol? This = is not tied to any mapping system architecture at all, so it could be = possibly part of the base line if so considered. >=20 > http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 >=20 >=20 > Best regards=20 > Hannu >=20 > ------------------ >=20 >=20 > A new version of I-D, draft-flinck-lisp-membertest-00.txt has been = successfuly submitted by Hannu Flinck and posted to the IETF repository. >=20 > Filename: draft-flinck-lisp-membertest=20 > Revision: 00=20 > Title: Membership test for Mapping Information optimization=20= > Creation_date: 2010-03-01=20 > WG ID: Independent Submission=20 > Number_of_pages: 12 >=20 > Abstract:=20 > This document defines how a membership test can be used to convey all = or some of the EID-to-RLOC mappings from an Egress Tunnel Router to = requesting Ingress Tunnel Router. This draft proposes that an = authoritative ETR MAY return a group membership test in the LISP Map- = Reply Message that indicates if a given EID is served by the ETR. >=20 > The membership test is implemented as a Bloom filter. A Bloom filter = is compact data structure to represent a set of elements. The = membership test "aggregates" EIDs beyond prefix based aggregation. >=20 > Membership test decreases the load of the mapping system and = distributes the EID-to-RLOC resolution between an ITR and an ETR. >=20 > = =20 >=20 > The IETF Secretariat. >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp Regards, Wassim H. --Apple-Mail-5--660816458 Content-Disposition: attachment; filename="smime.p7s" Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 MIAGCSqGSIb3DQEHAqCAMIACAQExCzAJBgUrDgMCGgUAMIAGCSqGSIb3DQEHAQAAoIIENDCCBDAw ggMYoAMCAQICEQDYVPUywOyjtwh/x6nlhfS/MA0GCSqGSIb3DQEBBQUAMDkxETAPBgNVBAoMCEVy aWNzc29uMSQwIgYDVQQDDBtFcmljc3NvbiBOTCBJbmRpdmlkdWFsIENBMDEwHhcNMDkxMDI5MTU1 ODU3WhcNMTIxMDI5MTU1ODU0WjBoMREwDwYDVQQKDAhFcmljc3NvbjEWMBQGA1UEAwwNV2Fzc2lt IEhhZGRhZDEQMA4GA1UEBRMHZXdhc2hhZDEpMCcGCSqGSIb3DQEJARYad2Fzc2ltLmhhZGRhZEBl cmljc3Nvbi5jb20wgZ8wDQYJKoZIhvcNAQEBBQADgY0AMIGJAoGBAJnf3T/nroDokwgzv1ob54nr EQ2qce7b8P0j9dhnGFPhfROZzOb8Uuo1MPaSpDLVObZgSisoJ5JU0euu6pVcofmLQPZzdWzooCBa s3Y2tuRtkvFgcZoDKJoo7sorV6yyeRwA+QZpvyS1A7cpsqxjB7jevoXrIFhjs79safz+/Ou/AgMB AAGjggGGMIIBgjCBwAYDVR0fBIG4MIG1MIGyoIGvoIGshjdodHRwOi8vY3JsLnRydXN0LnRlbGlh LmNvbS9Fcmljc3Nvbk5MSW5kaXZpZHVhbENBMDEuY3JshnFsZGFwOi8vbGRhcC50cnVzdC50ZWxp YS5jb20vY249RXJpY3Nzb24lMjBOTCUyMEluZGl2aWR1YWwlMjBDQTAxLG89RXJpY3Nzb24/Y2Vy dGlmaWNhdGVyZXZvY2F0aW9ubGlzdDtiaW5hcnk/YmFzZTAlBgNVHREEHjAcgRp3YXNzaW0uaGFk ZGFkQGVyaWNzc29uLmNvbTBGBgNVHSAEPzA9MDsGBiqFcGsBATAxMC8GCCsGAQUFBwIBFiNodHRw Oi8vd3d3LmVyaWNzc29uLmNvbS9sZWdhbC5zaHRtbDAdBgNVHQ4EFgQUiY5imSIHErhSp2V+9kdO JARmWScwHwYDVR0jBBgwFoAUlifDuN6lX11EPjlS5UWxdl9jMJswDgYDVR0PAQH/BAQDAgWgMA0G CSqGSIb3DQEBBQUAA4IBAQBIXqbs40JZUFTT/PWl6A0c3S85eU48TVXuwP2wkVhrBUz+45qAo0Yo FV3gDreoDoFGRFlHS5UiID7OUUyY4JJ0BCoqTPU6DGFjruZVNWk6gaL0WiFgqp0ro4CtysRmV1r1 no3JAaVcvZ4Hf7kOx2SxvresNlGlcDqk7eEABucmHNeQdDLCr61Ssrv3/Z6nMlI1IVLydpvqwgB8 7a0tqeejE3+QpTF0mLZWp1YYKz8hYSMX7MyJug372fN3MgWl7KiV0TOPMSn+yJZemwGl3xVmoT7j N/1/J6ApI5bLJrLNUT2UYjnBAyw3RIrzYoMuHJZu9L0f1gBPC8tLC0FsDEjAMYICFTCCAhECAQEw TjA5MREwDwYDVQQKDAhFcmljc3NvbjEkMCIGA1UEAwwbRXJpY3Nzb24gTkwgSW5kaXZpZHVhbCBD QTAxAhEA2FT1MsDso7cIf8ep5YX0vzAJBgUrDgMCGgUAoIIBHTAYBgkqhkiG9w0BCQMxCwYJKoZI hvcNAQcBMBwGCSqGSIb3DQEJBTEPFw0xMDAzMDIxOTA0MzZaMCMGCSqGSIb3DQEJBDEWBBRISLz/ TkQO0Qj0Mo34ovPL9T8vxzBdBgkrBgEEAYI3EAQxUDBOMDkxETAPBgNVBAoMCEVyaWNzc29uMSQw IgYDVQQDDBtFcmljc3NvbiBOTCBJbmRpdmlkdWFsIENBMDECEQDYVPUywOyjtwh/x6nlhfS/MF8G CyqGSIb3DQEJEAILMVCgTjA5MREwDwYDVQQKDAhFcmljc3NvbjEkMCIGA1UEAwwbRXJpY3Nzb24g TkwgSW5kaXZpZHVhbCBDQTAxAhEA2FT1MsDso7cIf8ep5YX0vzANBgkqhkiG9w0BAQEFAASBgHi6 1oaXkdarnbgB2nXK3CEDH9YrqA50gdZZ5EuZWsUIucdF9WtCfR/s4DnLL1k2RtBjO2bK4LNAjacM +6fCraUNkJXQGdzLcSKBRH2zZ8L3y/Av8iOWkRXhO/FlSlTZbKrhmbIDA72BWuip+1qQybocWCDp 0JJAfki3lj72i3/qAAAAAAAA --Apple-Mail-5--660816458-- From mrw@lilacglade.org Tue Mar 2 11:17:58 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B3AD128C11C for ; Tue, 2 Mar 2010 11:17:58 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.599 X-Spam-Level: X-Spam-Status: No, score=-2.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 6BbmOZp9X+jR for ; Tue, 2 Mar 2010 11:17:57 -0800 (PST) Received: from qmta09.emeryville.ca.mail.comcast.net (qmta09.emeryville.ca.mail.comcast.net [76.96.30.96]) by core3.amsl.com (Postfix) with ESMTP id 09A8328C132 for ; Tue, 2 Mar 2010 11:17:57 -0800 (PST) Received: from omta11.emeryville.ca.mail.comcast.net ([76.96.30.36]) by qmta09.emeryville.ca.mail.comcast.net with comcast id oFMa1d0070mlR8UA9KHzik; Tue, 02 Mar 2010 19:17:59 +0000 Received: from lilac.sandstorm.net ([69.33.111.74]) by omta11.emeryville.ca.mail.comcast.net with comcast id oKHm1d00E1cMU3H8XKHqK4; Tue, 02 Mar 2010 19:17:57 +0000 Message-Id: From: Margaret Wasserman To: Joel M. Halpern In-Reply-To: <4B7EA0F8.2070905@joelhalpern.com> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Tue, 2 Mar 2010 14:17:45 -0500 References: <4B7EA0F8.2070905@joelhalpern.com> X-Mailer: Apple Mail (2.936) Cc: "lisp@ietf.org" Subject: Re: [lisp] Interworking and Deployment documentation X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 19:17:58 -0000 Hi Joel, > Do folks think we need a deployment document? > Is anyone willing to work on or be the editor for such a document? > > Potential contents would seem to include: > Placement of ITRs and ETRs (and who is responsible for managing them.) > Structure for EID allocation. > Placement and management of ALT routers, at the top of the hierarchy. > Relationship between LISP EID delegation and ALT Router operations, > including issues of ALT-Provider lockin. > Placement and operation of PITRs (and incentives for same.) > Placement and operation of PETRs. > Placement and operation of MS/MR devices. Darrell and I did a presentation on this topic at the last IETF meeting, and I took an action item to write it up. I was then consumed by my company (Sandstorm) being purchased by another company (NIKSUN). One of the open questions during the acquisition was whether NIKSUN would support my ongoing IETF activities. NIKSUN has decided to do so, and I am expecting to be in Anaheim. Unfortunately, this was finalized too close to the cut-off to allow me to publish a draft before the IETF meeting, but I could put one together based on Darrel's and my slides and submit it after publication resumes, if you like. Margaret From jmh@joelhalpern.com Tue Mar 2 11:19:23 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 90A5E28C11C for ; Tue, 2 Mar 2010 11:19:23 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.112 X-Spam-Level: X-Spam-Status: No, score=-3.112 tagged_above=-999 required=5 tests=[AWL=0.487, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id XRrMpQqe8Hx4 for ; Tue, 2 Mar 2010 11:19:20 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 3587628C0ED for ; Tue, 2 Mar 2010 11:19:18 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id 96C39430051; Tue, 2 Mar 2010 11:19:19 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id 7B0B6430064; Tue, 2 Mar 2010 11:19:17 -0800 (PST) Message-ID: <4B8D64B4.20301@joelhalpern.com> Date: Tue, 02 Mar 2010 14:19:16 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: "Flinck, Hannu (NSN - FI/Espoo)" References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> In-Reply-To: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 19:19:23 -0000 [Commenting as an individual contributor.] Having looked at at this draft, and having recently been prompted by other work to look at bloom filters, I am somewhat confused. First, there seems to be an assumption that if an EID request to an ETR from an ITR matches one EID block that the ETR serves, that there is likely to be traffic to that ITR for other EIDs served by that ETR. If one assumes cache space, and control message space, are of value, I do not see this as likely. Secondly, and more importantly, as I understand it bloom filters are very good at selecting for exact matches. However, in general with LISP, the EID blocks served by an ETR are a range (prefix) not a full length EID. As such, I do not see how that can give rise to a useful bloom filter. (For use in prefix based routing, the actual suggestion I saw was to have a separate filter for every prefix length. That worked because it also assumed hardware support.) In general, bloom filters are efficient to check in suitable hardware. Having to do N hash operations and N bit test operations is not a particularly friendly operation in software. Yours, Joel Flinck, Hannu (NSN - FI/Espoo) wrote: > > > Hello > > I have submitted a proposal for improving the map resolution gain. The > idea behind the draft is that in the Map -reply message the ETR tells > more than just the requested mapping information about the mappings that > it is hosting. The information is compressed in a form of membership > test which we see very powerful tool for this specific use case. The use > of membership test is at its best when an ETR is hosting EIDs that do > not aggregate under a prefix. > > Please have a look at the draft and tell me what do you thing? Would > this be something to be worked as part of the base LISP protocol? This > is not tied to any mapping system architecture at all, so it could be > possibly part of the base line if so considered. > > http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 > > > > Best regards > Hannu > > ------------------ > > > A new version of I-D, draft-flinck-lisp-membertest-00.txt has been > successfuly submitted by Hannu Flinck and posted to the IETF repository. > > Filename: draft-flinck-lisp-membertest > Revision: 00 > Title: Membership test for Mapping Information optimization > Creation_date: 2010-03-01 > WG ID: Independent Submission > Number_of_pages: 12 > > Abstract: > This document defines how a membership test can be used to convey all or > some of the EID-to-RLOC mappings from an Egress Tunnel Router to > requesting Ingress Tunnel Router. This draft proposes that an > authoritative ETR MAY return a group membership test in the LISP Map- > Reply Message that indicates if a given EID is served by the ETR. > > The membership test is implemented as a Bloom filter. A Bloom filter is > compact data structure to represent a set of elements. The membership > test "aggregates" EIDs beyond prefix based aggregation. > > Membership test decreases the load of the mapping system and distributes > the EID-to-RLOC resolution between an ITR and an ETR. > > > > > > The IETF Secretariat. > > > ------------------------------------------------------------------------ > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jmh@joelhalpern.com Tue Mar 2 11:22:51 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 006743A8C63 for ; Tue, 2 Mar 2010 11:22:51 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.21 X-Spam-Level: X-Spam-Status: No, score=-3.21 tagged_above=-999 required=5 tests=[AWL=0.389, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id GyzRyz7BNrKp for ; Tue, 2 Mar 2010 11:22:45 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 87C3328C11C for ; Tue, 2 Mar 2010 11:22:44 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id 5202F430068; Tue, 2 Mar 2010 11:22:45 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id 0527343006B; Tue, 2 Mar 2010 11:22:43 -0800 (PST) Message-ID: <4B8D6583.4090309@joelhalpern.com> Date: Tue, 02 Mar 2010 14:22:43 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: Margaret Wasserman References: <4B7EA0F8.2070905@joelhalpern.com> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: "lisp@ietf.org" Subject: Re: [lisp] Interworking and Deployment documentation X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 19:22:51 -0000 Please, put together a draft. I think we will need this to address some of the questions folks have. Thank you, Joel Margaret Wasserman wrote: > > Hi Joel, > >> Do folks think we need a deployment document? >> Is anyone willing to work on or be the editor for such a document? >> >> Potential contents would seem to include: >> Placement of ITRs and ETRs (and who is responsible for managing them.) >> Structure for EID allocation. >> Placement and management of ALT routers, at the top of the hierarchy. >> Relationship between LISP EID delegation and ALT Router operations, >> including issues of ALT-Provider lockin. >> Placement and operation of PITRs (and incentives for same.) >> Placement and operation of PETRs. >> Placement and operation of MS/MR devices. > > Darrell and I did a presentation on this topic at the last IETF meeting, > and I took an action item to write it up. I was then consumed by my > company (Sandstorm) being purchased by another company (NIKSUN). One of > the open questions during the acquisition was whether NIKSUN would > support my ongoing IETF activities. NIKSUN has decided to do so, and I > am expecting to be in Anaheim. Unfortunately, this was finalized too > close to the cut-off to allow me to publish a draft before the IETF > meeting, but I could put one together based on Darrel's and my slides > and submit it after publication resumes, if you like. > > Margaret > From darlewis@cisco.com Tue Mar 2 12:42:23 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 7E82F3A8991 for ; Tue, 2 Mar 2010 12:42:23 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.599 X-Spam-Level: X-Spam-Status: No, score=-10.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id bxr0y19l9eGj for ; Tue, 2 Mar 2010 12:42:22 -0800 (PST) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id B73CD3A8547 for ; Tue, 2 Mar 2010 12:42:22 -0800 (PST) Authentication-Results: sj-iport-6.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.49,569,1262563200"; d="scan'208";a="490644031" Received: from sj-core-1.cisco.com ([171.71.177.237]) by sj-iport-6.cisco.com with ESMTP; 02 Mar 2010 20:42:23 +0000 Received: from sjc-vpn3-1294.cisco.com (sjc-vpn3-1294.cisco.com [10.21.69.14]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id o22KgNgW026552; Tue, 2 Mar 2010 20:42:23 GMT Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Darrel Lewis In-Reply-To: <4B8D6583.4090309@joelhalpern.com> Date: Tue, 2 Mar 2010 12:43:16 -0800 Content-Transfer-Encoding: quoted-printable Message-Id: <612829EC-8BEE-4AC7-B6F5-957AAC7CB1A1@cisco.com> References: <4B7EA0F8.2070905@joelhalpern.com> <4B8D6583.4090309@joelhalpern.com> To: "Joel M. Halpern" X-Mailer: Apple Mail (2.1077) Cc: "lisp@ietf.org" Subject: Re: [lisp] Interworking and Deployment documentation X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 02 Mar 2010 20:42:23 -0000 I'm happy to contribute. =20 -D On Mar 2, 2010, at 11:22 AM, Joel M. Halpern wrote: > Please, put together a draft. I think we will need this to address = some of the questions folks have. >=20 > Thank you, > Joel >=20 >=20 > Margaret Wasserman wrote: >> Hi Joel, >>> Do folks think we need a deployment document? >>> Is anyone willing to work on or be the editor for such a document? >>>=20 >>> Potential contents would seem to include: >>> Placement of ITRs and ETRs (and who is responsible for managing = them.) >>> Structure for EID allocation. >>> Placement and management of ALT routers, at the top of the = hierarchy. >>> Relationship between LISP EID delegation and ALT Router operations, = including issues of ALT-Provider lockin. >>> Placement and operation of PITRs (and incentives for same.) >>> Placement and operation of PETRs. >>> Placement and operation of MS/MR devices. >> Darrell and I did a presentation on this topic at the last IETF = meeting, and I took an action item to write it up. I was then consumed = by my company (Sandstorm) being purchased by another company (NIKSUN). = One of the open questions during the acquisition was whether NIKSUN = would support my ongoing IETF activities. NIKSUN has decided to do so, = and I am expecting to be in Anaheim. Unfortunately, this was finalized = too close to the cut-off to allow me to publish a draft before the IETF = meeting, but I could put one together based on Darrel's and my slides = and submit it after publication resumes, if you like. >> Margaret > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From hannu.flinck@nsn.com Tue Mar 2 22:56:16 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 88F4128C118 for ; Tue, 2 Mar 2010 22:56:16 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.949 X-Spam-Level: X-Spam-Status: No, score=-2.949 tagged_above=-999 required=5 tests=[AWL=-0.350, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id RsapRIFia4d1 for ; Tue, 2 Mar 2010 22:56:15 -0800 (PST) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [93.183.12.32]) by core3.amsl.com (Postfix) with ESMTP id 2CE0E28C105 for ; Tue, 2 Mar 2010 22:56:14 -0800 (PST) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id o236uDjH019966 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL) for ; Wed, 3 Mar 2010 07:56:13 +0100 Received: from demuexc022.nsn-intra.net (demuexc022.nsn-intra.net [10.150.128.35]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id o236uCvu012665 for ; Wed, 3 Mar 2010 07:56:13 +0100 Received: from FIESEXC035.nsn-intra.net ([10.159.0.25]) by demuexc022.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Wed, 3 Mar 2010 07:56:13 +0100 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Wed, 3 Mar 2010 08:56:12 +0200 Message-ID: <26E5D1C5D5365D47B147E5E62FC7358545E087@FIESEXC035.nsn-intra.net> In-Reply-To: X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] Membership test draft Thread-Index: Acq6OzmKI8gPTFYjS2+U6pXngrtOGQAYIvKQ References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> From: "Flinck, Hannu (NSN - FI/Espoo)" To: X-OriginalArrivalTime: 03 Mar 2010 06:56:13.0110 (UTC) FILETIME=[9CC2ED60:01CABA9E] Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 06:56:16 -0000 Hello Wassim This is a good question an requires clarification.=20 In general, removing a failed membership test is the simplest and best error handling case. However, it could be so that the destination EID was originally part of the calculated Membership test but has now moved away, or shutdown, or the reachability has disappeared. In those cases ETR may have more accurate (recent) membership test and could tell that to the ITR while removing the previous one. Even in this case the ITR must revert to the map resolution process. There is also an other case where new membership test could make sense. This adds to complexity of error handling and therefore I do not think it should be included to the procedure without thorough experimentation. But for the shake of completeness I am mentioning it, with the risk of begging more questions. Anyway, the false positive rate depends on the number of hashes, size of the test vector and the inserted entries. To get a more accurate membership test, ETR may choose to inset less entries to the new membership test. In fact the calculation of the test could be constructed in blocks. For example: (hash of 70 EIDs) OR (hash of 70 EIDs) =3D has of 140 EIDs. Now with this the ETR knows which part = of the membership test failed based on the destination EID and could send that block that is not causing the problem. This is only an idea, which I would not yet to recommend. I hope I answered your question, but I see that I also implanted seeds of new confusion with the last part of the answer. As I final remark, false positive are rear so having a complicated error handling for an event occurring 10^-6 probability may not be worth it.=20 Best regards Hannu =20 >-----Original Message----- >From: ext Wassim Haddad [mailto:wassim.haddad@ericsson.com]=20 >Sent: Tuesday, March 02, 2010 21:05 >To: Flinck, Hannu (NSN - FI/Espoo) >Cc: Wassim Haddad; lisp@ietf.org >Subject: Re: [lisp] Membership test draft > >Hi Hannu, > >I am reading your draft and have two questions please: > >- If I understand correctly your proposal, when an ITR hits a=20 >false positive then it should remove the entire membership=20 >test which is associated to it. Am I correct?=20 > >- You mention in page 8 that the ETR should remove the=20 >previously sent Membership test from the ITR... or by=20 >providing a new membership test. >I am confused as to why the new membership test would be=20 >different than the previous one since this is false positive.=20 >Can you please clarify? > > >Regards, > >Wassim H. > > >On Mar 2, 2010, at 1:58 AM, Flinck, Hannu (NSN - FI/Espoo) wrote: > >> Hello >>=20 >> I have submitted a proposal for improving the map resolution=20 >gain. The idea behind the draft is that in the Map -reply=20 >message the ETR tells more than just the requested mapping=20 >information about the mappings that it is hosting. The=20 >information is compressed in a form of membership test which=20 >we see very powerful tool for this specific use case. The use=20 >of membership test is at its best when an ETR is hosting EIDs=20 >that do not aggregate under a prefix. >>=20 >> Please have a look at the draft and tell me what do you=20 >thing? Would this be something to be worked as part of the=20 >base LISP protocol? This is not tied to any mapping system=20 >architecture at all, so it could be possibly part of the base=20 >line if so considered. >>=20 >> http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 >>=20 >>=20 >> Best regards >> Hannu >>=20 >> ------------------ >>=20 >>=20 >> A new version of I-D, draft-flinck-lisp-membertest-00.txt=20 >has been successfuly submitted by Hannu Flinck and posted to=20 >the IETF repository. >>=20 >> Filename: draft-flinck-lisp-membertest=20 >> Revision: 00=20 >> Title: Membership test for Mapping Information=20 >optimization=20 >> Creation_date: 2010-03-01=20 >> WG ID: Independent Submission=20 >> Number_of_pages: 12 >>=20 >> Abstract:=20 >> This document defines how a membership test can be used to=20 >convey all or some of the EID-to-RLOC mappings from an Egress=20 >Tunnel Router to requesting Ingress Tunnel Router. This draft=20 >proposes that an authoritative ETR MAY return a group=20 >membership test in the LISP Map- Reply Message that indicates=20 >if a given EID is served by the ETR. >>=20 >> The membership test is implemented as a Bloom filter. A=20 >Bloom filter is compact data structure to represent a set of=20 >elements. The membership test "aggregates" EIDs beyond prefix=20 >based aggregation. >>=20 >> Membership test decreases the load of the mapping system and=20 >distributes the EID-to-RLOC resolution between an ITR and an ETR. >>=20 >> =20 > =20 >>=20 >> The IETF Secretariat. >>=20 >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > >Regards, > >Wassim H. > > > > > > From hannu.flinck@nsn.com Tue Mar 2 23:32:28 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A1B9828C21C for ; Tue, 2 Mar 2010 23:32:28 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.832 X-Spam-Level: X-Spam-Status: No, score=-2.832 tagged_above=-999 required=5 tests=[AWL=-0.233, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id UPnfDjDvrenG for ; Tue, 2 Mar 2010 23:32:27 -0800 (PST) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [93.183.12.32]) by core3.amsl.com (Postfix) with ESMTP id 1888E3A8C3E for ; Tue, 2 Mar 2010 23:32:26 -0800 (PST) Received: from demuprx017.emea.nsn-intra.net ([10.150.129.56]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id o237WQpc007838 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL) for ; Wed, 3 Mar 2010 08:32:26 +0100 Received: from demuexc025.nsn-intra.net (demuexc025.nsn-intra.net [10.159.32.12]) by demuprx017.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id o237WPAR028301 for ; Wed, 3 Mar 2010 08:32:26 +0100 Received: from FIESEXC035.nsn-intra.net ([10.159.0.25]) by demuexc025.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Wed, 3 Mar 2010 08:32:25 +0100 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Wed, 3 Mar 2010 09:32:20 +0200 Message-ID: <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> In-Reply-To: <4B8D64B4.20301@joelhalpern.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] Membership test draft Thread-Index: Acq6PUP9nMhyc1xCRZqDKTsCiaYN5AAYjwyw References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> From: "Flinck, Hannu (NSN - FI/Espoo)" To: X-OriginalArrivalTime: 03 Mar 2010 07:32:25.0567 (UTC) FILETIME=[ABA58EF0:01CABAA3] Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 07:32:28 -0000 Hello Joel, Thank you for your questions. Please see below my answers/questions. Best regards Hannu >-----Original Message----- >From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com]=20 >Sent: Tuesday, March 02, 2010 21:19 >To: Flinck, Hannu (NSN - FI/Espoo) >Cc: lisp@ietf.org >Subject: Re: [lisp] Membership test draft > >[Commenting as an individual contributor.] Having looked at at=20 >this draft, and having recently been prompted by other work to=20 >look at bloom filters, I am somewhat confused. > >First, there seems to be an assumption that if an EID request=20 >to an ETR from an ITR matches one EID block that the ETR=20 >serves, that there is likely to be traffic to that ITR for=20 >other EIDs served by that ETR. If one assumes cache space,=20 >and control message space, are of value, I do not see this as likely. I am not sure I can follow this logic. Could you please elaborate more?=20 If an enterprise is hosting multiple servers, it is likely that same ETR (RLOC) can reach the other servers as well. Why not? The membership test is minimizing the use of control messages. Less Map-requests to the mapping system and to the ETR. (I do not know what do you mean by value "control message space". Number of messages? Length of messages? Bandwidth? CPU? We intend optimize all of them.) =20 > >Secondly, and more importantly, as I understand it bloom=20 >filters are very good at selecting for exact matches. =20 Yes. As I answered to Wassim, 10-^6 error rate may not justify too complicated error recovery process even if they would be doable. >However, in general with LISP, the EID blocks served by an ETR=20 >are a range (prefix) not a full length EID. As such, I do not=20 >see how that can give rise to a useful bloom filter. (For use=20 >in prefix based routing, the actual suggestion I saw was to=20 >have a separate filter for every prefix length. That worked=20 >because it also assumed hardware support.) This is really a key issue what you are pointing out. Do we strictly require continuous EIDs blocks to be served by an ETR? I know this is what is assumed right now. However, if that would be the case LISP, will have EIDs that are tight to ETRs and to the provider of the ETR. Topology independence is lost. I think that we should do better and allow EID portability. And that breaks the EID-prefix arrangement.=20 >In general, bloom filters are efficient to check in suitable hardware.=20 >Having to do N hash operations and N bit test operations is=20 >not a particularly friendly operation in software. This depends on the hash functions and the number of hashes as you say. The commonly used TLS is run as SW quite a lot without any HW boosting. It is also using MD5 (or SHA-1 which is heavier than MD5).=20 The calculation burden of the proposed scheme is in ETR that constructs the membership test, but that calculation not to be done in real time, but in background. The checking if an EID belongs to the set is much simpler, you ITR calculates the hashes (MD5) over one EID, not many as in the ETR. Real time processing need is very low. =20 > >Yours, >Joel > >Flinck, Hannu (NSN - FI/Espoo) wrote: >>=20 >>=20 >> Hello >>=20 >> I have submitted a proposal for improving the map resolution=20 >gain. The=20 >> idea behind the draft is that in the Map -reply message the=20 >ETR tells=20 >> more than just the requested mapping information about the mappings=20 >> that it is hosting. The information is compressed in a form of=20 >> membership test which we see very powerful tool for this=20 >specific use=20 >> case. The use of membership test is at its best when an ETR=20 >is hosting=20 >> EIDs that do not aggregate under a prefix. >>=20 >> Please have a look at the draft and tell me what do you thing? Would=20 >> this be something to be worked as part of the base LISP=20 >protocol? This=20 >> is not tied to any mapping system architecture at all, so it=20 >could be=20 >> possibly part of the base line if so considered. >>=20 >> http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 >> >>=20 >>=20 >> Best regards >> Hannu >>=20 >> ------------------ >>=20 >>=20 >> A new version of I-D, draft-flinck-lisp-membertest-00.txt has been=20 >> successfuly submitted by Hannu Flinck and posted to the IETF=20 >repository. >>=20 >> Filename: draft-flinck-lisp-membertest >> Revision: 00 >> Title: Membership test for Mapping Information optimization >> Creation_date: 2010-03-01 >> WG ID: Independent Submission >> Number_of_pages: 12 >>=20 >> Abstract: >> This document defines how a membership test can be used to=20 >convey all=20 >> or some of the EID-to-RLOC mappings from an Egress Tunnel Router to=20 >> requesting Ingress Tunnel Router. This draft proposes that an=20 >> authoritative ETR MAY return a group membership test in the=20 >LISP Map-=20 >> Reply Message that indicates if a given EID is served by the ETR. >>=20 >> The membership test is implemented as a Bloom filter. A=20 >Bloom filter=20 >> is compact data structure to represent a set of elements. The=20 >> membership test "aggregates" EIDs beyond prefix based aggregation. >>=20 >> Membership test decreases the load of the mapping system and=20 >> distributes the EID-to-RLOC resolution between an ITR and an ETR. >>=20 >> =20 > =20 >>=20 >>=20 >>=20 >> The IETF Secretariat. >>=20 >>=20 >>=20 >---------------------------------------------------------------------- >> -- >>=20 >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > From jmh@joelhalpern.com Wed Mar 3 04:44:31 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4C0A628C35D for ; Wed, 3 Mar 2010 04:44:31 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.321 X-Spam-Level: X-Spam-Status: No, score=-3.321 tagged_above=-999 required=5 tests=[AWL=0.278, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id v-hx2tm2xpvQ for ; Wed, 3 Mar 2010 04:44:30 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 24A723A8DA0 for ; Wed, 3 Mar 2010 04:44:30 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id CBC90430035; Wed, 3 Mar 2010 04:44:31 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id D5EA7430032; Wed, 3 Mar 2010 04:44:30 -0800 (PST) Message-ID: <4B8E59AF.30201@joelhalpern.com> Date: Wed, 03 Mar 2010 07:44:31 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: "Flinck, Hannu (NSN - FI/Espoo)" References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> In-Reply-To: <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 12:44:31 -0000 Yes, as currently defined, and enterprise is expected to get a single block of EIDs allocated. The Enterprise might carve this into several blocks for distinct locaitons. While one could imagine a system where the enterprise gets separate EIDs for each devie, there are multiple reasons why that is not envisioned: 1) EIDs are need for all machines in the enterprise, not just servers. So a lot of values are needed 2) The Enterprise is much better off managing its EID usage itself. Therefore, it it gets a block (represented as a prefix), then Enterprise IT can do its job, without needing to go upstream for each new machine. 3) In order to use BGP effectively for resolving EIDs to RLOCs (to ETRs which provide RLOCs, or to MS which do this on behalf of ETRs), it is necessary that some degree of aggregation occur. This is more specific to the ALT (or probably DNS based EID lookup), rather than to LISP as a whole. If the first two issues did not apply, and one really wanted to give out individual, scattered, IDs, then one could use a different mechanism, such as DHTs or quasi-compact routing. The other side of the coin is that there is no advantage to using scattered lookups. It just complicates the system, for no apparent benefit. Yours, Joel Flinck, Hannu (NSN - FI/Espoo) wrote: > Hello Joel, > > Thank you for your questions. Please see below my answers/questions. > > Best regards > Hannu > > >> -----Original Message----- >> From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com] >> Sent: Tuesday, March 02, 2010 21:19 >> To: Flinck, Hannu (NSN - FI/Espoo) >> Cc: lisp@ietf.org >> Subject: Re: [lisp] Membership test draft >> >> [Commenting as an individual contributor.] Having looked at at >> this draft, and having recently been prompted by other work to >> look at bloom filters, I am somewhat confused. >> >> First, there seems to be an assumption that if an EID request >> to an ETR from an ITR matches one EID block that the ETR >> serves, that there is likely to be traffic to that ITR for >> other EIDs served by that ETR. If one assumes cache space, >> and control message space, are of value, I do not see this as likely. > > I am not sure I can follow this logic. Could you please elaborate more? > If an enterprise is hosting multiple servers, it is likely that same ETR > (RLOC) can reach the other servers as well. Why not? The membership test > is minimizing the use of control messages. Less Map-requests to the > mapping system and to the ETR. (I do not know what do you mean by value > "control message space". Number of messages? Length of messages? > Bandwidth? CPU? We intend optimize all of them.) > >> Secondly, and more importantly, as I understand it bloom >> filters are very good at selecting for exact matches. > > Yes. As I answered to Wassim, 10-^6 error rate may not justify too > complicated error recovery process even if they would be doable. > >> However, in general with LISP, the EID blocks served by an ETR >> are a range (prefix) not a full length EID. As such, I do not >> see how that can give rise to a useful bloom filter. (For use >> in prefix based routing, the actual suggestion I saw was to >> have a separate filter for every prefix length. That worked >> because it also assumed hardware support.) > > This is really a key issue what you are pointing out. Do we strictly > require continuous EIDs blocks to be served by an ETR? I know this is > what is assumed right now. However, if that would be the case LISP, will > have EIDs that are tight to ETRs and to the provider of the ETR. > Topology independence is lost. I think that we should do better and > allow EID portability. And that breaks the EID-prefix arrangement. > >> In general, bloom filters are efficient to check in suitable hardware. >> Having to do N hash operations and N bit test operations is >> not a particularly friendly operation in software. > > This depends on the hash functions and the number of hashes as you say. > The commonly used TLS is run as SW quite a lot without any HW boosting. > It is also using MD5 (or SHA-1 which is heavier than MD5). > > The calculation burden of the proposed scheme is in ETR that constructs > the membership test, but that calculation not to be done in real time, > but in background. The checking if an EID belongs to the set is much > simpler, you ITR calculates the hashes (MD5) over one EID, not many as > in the ETR. Real time processing need is very low. > >> Yours, >> Joel >> >> Flinck, Hannu (NSN - FI/Espoo) wrote: >>> >>> Hello >>> >>> I have submitted a proposal for improving the map resolution >> gain. The >>> idea behind the draft is that in the Map -reply message the >> ETR tells >>> more than just the requested mapping information about the mappings >>> that it is hosting. The information is compressed in a form of >>> membership test which we see very powerful tool for this >> specific use >>> case. The use of membership test is at its best when an ETR >> is hosting >>> EIDs that do not aggregate under a prefix. >>> >>> Please have a look at the draft and tell me what do you thing? Would >>> this be something to be worked as part of the base LISP >> protocol? This >>> is not tied to any mapping system architecture at all, so it >> could be >>> possibly part of the base line if so considered. >>> >>> http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 >>> >>> >>> >>> Best regards >>> Hannu >>> >>> ------------------ >>> >>> >>> A new version of I-D, draft-flinck-lisp-membertest-00.txt has been >>> successfuly submitted by Hannu Flinck and posted to the IETF >> repository. >>> Filename: draft-flinck-lisp-membertest >>> Revision: 00 >>> Title: Membership test for Mapping Information optimization >>> Creation_date: 2010-03-01 >>> WG ID: Independent Submission >>> Number_of_pages: 12 >>> >>> Abstract: >>> This document defines how a membership test can be used to >> convey all >>> or some of the EID-to-RLOC mappings from an Egress Tunnel Router to >>> requesting Ingress Tunnel Router. This draft proposes that an >>> authoritative ETR MAY return a group membership test in the >> LISP Map- >>> Reply Message that indicates if a given EID is served by the ETR. >>> >>> The membership test is implemented as a Bloom filter. A >> Bloom filter >>> is compact data structure to represent a set of elements. The >>> membership test "aggregates" EIDs beyond prefix based aggregation. >>> >>> Membership test decreases the load of the mapping system and >>> distributes the EID-to-RLOC resolution between an ITR and an ETR. >>> >>> >> >>> >>> >>> The IETF Secretariat. >>> >>> >>> >> ---------------------------------------------------------------------- >>> -- >>> >>> _______________________________________________ >>> lisp mailing list >>> lisp@ietf.org >>> https://www.ietf.org/mailman/listinfo/lisp > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp > From hannu.flinck@nsn.com Wed Mar 3 05:49:40 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 8CCE028C369 for ; Wed, 3 Mar 2010 05:49:40 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.774 X-Spam-Level: X-Spam-Status: No, score=-2.774 tagged_above=-999 required=5 tests=[AWL=-0.175, BAYES_00=-2.599] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id RIrp0dnux4Lm for ; Wed, 3 Mar 2010 05:49:39 -0800 (PST) Received: from demumfd001.nsn-inter.net (demumfd001.nsn-inter.net [93.183.12.32]) by core3.amsl.com (Postfix) with ESMTP id AD8D73A8191 for ; Wed, 3 Mar 2010 05:49:38 -0800 (PST) Received: from demuprx016.emea.nsn-intra.net ([10.150.129.55]) by demumfd001.nsn-inter.net (8.12.11.20060308/8.12.11) with ESMTP id o23DnaFS002805 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL); Wed, 3 Mar 2010 14:49:36 +0100 Received: from demuexc022.nsn-intra.net (demuexc022.nsn-intra.net [10.150.128.35]) by demuprx016.emea.nsn-intra.net (8.12.11.20060308/8.12.11) with ESMTP id o23DnYm6024230; Wed, 3 Mar 2010 14:49:36 +0100 Received: from FIESEXC035.nsn-intra.net ([10.159.0.25]) by demuexc022.nsn-intra.net with Microsoft SMTPSVC(6.0.3790.3959); Wed, 3 Mar 2010 14:49:35 +0100 X-MimeOLE: Produced By Microsoft Exchange V6.5 Content-class: urn:content-classes:message MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Date: Wed, 3 Mar 2010 15:49:26 +0200 Message-ID: <26E5D1C5D5365D47B147E5E62FC7358545E847@FIESEXC035.nsn-intra.net> In-Reply-To: <4B8E59AF.30201@joelhalpern.com> X-MS-Has-Attach: X-MS-TNEF-Correlator: Thread-Topic: [lisp] Membership test draft Thread-Index: Acq6z0gu3vZB5bD/Rp6cdDPm4jqu/QAB03kw References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> <4B8E59AF.30201@joelhalpern.com> From: "Flinck, Hannu (NSN - FI/Espoo)" To: "ext Joel M. Halpern" X-OriginalArrivalTime: 03 Mar 2010 13:49:35.0028 (UTC) FILETIME=[5BDB4740:01CABAD8] Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 13:49:40 -0000 Agreed. But as time evolves the devices and servers with their EIDs will migrate under other RLOCs breaking the original EID block allocation. This has happen in the past, and it is more than likely to repeat itself with the EID prefixes. DHT is one extremity of the spectrum supporting fully flat EIDs. Between these two cases of EID-blocks and flat EIDs, fits our proposal. So, we are not saying that the EID space should be flat, we say that there will be cases where ETR is hosting host EIDs that do not aggregate. In fact, the smaller the domain the likelier the case. I agree that scattered looksups are a problem and should be avoided particularly if there is not benefit with them. So both extreme cases are troublesome. To be clear the draft doesn't scatter any lookups. It just adds a hint from the ETR what else it is hosting. That's all. There is nothing to the mapping system in there.=20 Best regards Hannu =20 >-----Original Message----- >From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com]=20 >Sent: Wednesday, March 03, 2010 14:45 >To: Flinck, Hannu (NSN - FI/Espoo) >Cc: lisp@ietf.org >Subject: Re: [lisp] Membership test draft > >Yes, as currently defined, and enterprise is expected to get a=20 >single block of EIDs allocated. The Enterprise might carve=20 >this into several blocks for distinct locaitons. > >While one could imagine a system where the enterprise gets=20 >separate EIDs for each devie, there are multiple reasons why=20 >that is not envisioned: >1) EIDs are need for all machines in the enterprise, not just servers.=20 >So a lot of values are needed >2) The Enterprise is much better off managing its EID usage itself.=20 >Therefore, it it gets a block (represented as a prefix), then=20 >Enterprise IT can do its job, without needing to go upstream=20 >for each new machine. > >3) In order to use BGP effectively for resolving EIDs to RLOCs=20 >(to ETRs which provide RLOCs, or to MS which do this on behalf=20 >of ETRs), it is necessary that some degree of aggregation=20 >occur. This is more specific to the ALT (or probably DNS=20 >based EID lookup), rather than to LISP as a whole. If the=20 >first two issues did not apply, and one really wanted to give=20 >out individual, scattered, IDs, then one could use a different=20 >mechanism, such as DHTs or quasi-compact routing. > >The other side of the coin is that there is no advantage to=20 >using scattered lookups. It just complicates the system, for=20 >no apparent benefit. > >Yours, >Joel > > >Flinck, Hannu (NSN - FI/Espoo) wrote: >> Hello Joel, >>=20 >> Thank you for your questions. Please see below my answers/questions. >>=20 >> Best regards >> Hannu >>=20 >>=20 >>> -----Original Message----- >>> From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com] >>> Sent: Tuesday, March 02, 2010 21:19 >>> To: Flinck, Hannu (NSN - FI/Espoo) >>> Cc: lisp@ietf.org >>> Subject: Re: [lisp] Membership test draft >>> >>> [Commenting as an individual contributor.] Having looked at at this=20 >>> draft, and having recently been prompted by other work to look at=20 >>> bloom filters, I am somewhat confused. >>> >>> First, there seems to be an assumption that if an EID request to an=20 >>> ETR from an ITR matches one EID block that the ETR serves,=20 >that there=20 >>> is likely to be traffic to that ITR for other EIDs served by that=20 >>> ETR. If one assumes cache space, and control message space, are of=20 >>> value, I do not see this as likely. >>=20 >> I am not sure I can follow this logic. Could you please=20 >elaborate more?=20 >> If an enterprise is hosting multiple servers, it is likely that same=20 >> ETR >> (RLOC) can reach the other servers as well. Why not? The membership=20 >> test is minimizing the use of control messages. Less Map-requests to=20 >> the mapping system and to the ETR. (I do not know what do=20 >you mean by=20 >> value "control message space". Number of messages? Length of=20 >messages? >> Bandwidth? CPU? We intend optimize all of them.) >>=20 >>> Secondly, and more importantly, as I understand it bloom=20 >filters are=20 >>> very good at selecting for exact matches. >>=20 >> Yes. As I answered to Wassim, 10-^6 error rate may not justify too=20 >> complicated error recovery process even if they would be doable. >>=20 >>> However, in general with LISP, the EID blocks served by an=20 >ETR are a=20 >>> range (prefix) not a full length EID. As such, I do not=20 >see how that=20 >>> can give rise to a useful bloom filter. (For use in prefix based=20 >>> routing, the actual suggestion I saw was to have a separate filter=20 >>> for every prefix length. That worked because it also assumed=20 >>> hardware support.) >>=20 >> This is really a key issue what you are pointing out. Do we strictly=20 >> require continuous EIDs blocks to be served by an ETR? I=20 >know this is=20 >> what is assumed right now. However, if that would be the case LISP,=20 >> will have EIDs that are tight to ETRs and to the provider of the ETR. >> Topology independence is lost. I think that we should do better and=20 >> allow EID portability. And that breaks the EID-prefix arrangement. >>=20 >>> In general, bloom filters are efficient to check in=20 >suitable hardware.=20 >>> Having to do N hash operations and N bit test operations is not a=20 >>> particularly friendly operation in software. >>=20 >> This depends on the hash functions and the number of hashes=20 >as you say. >> The commonly used TLS is run as SW quite a lot without any=20 >HW boosting. >> It is also using MD5 (or SHA-1 which is heavier than MD5).=20 >>=20 >> The calculation burden of the proposed scheme is in ETR that=20 >> constructs the membership test, but that calculation not to=20 >be done in=20 >> real time, but in background. The checking if an EID belongs to the=20 >> set is much simpler, you ITR calculates the hashes (MD5)=20 >over one EID,=20 >> not many as in the ETR. Real time processing need is very low. >> =20 >>> Yours, >>> Joel >>> >>> Flinck, Hannu (NSN - FI/Espoo) wrote: >>>> >>>> Hello >>>> >>>> I have submitted a proposal for improving the map resolution >>> gain. The >>>> idea behind the draft is that in the Map -reply message the >>> ETR tells >>>> more than just the requested mapping information about the=20 >mappings=20 >>>> that it is hosting. The information is compressed in a form of=20 >>>> membership test which we see very powerful tool for this >>> specific use >>>> case. The use of membership test is at its best when an ETR >>> is hosting >>>> EIDs that do not aggregate under a prefix. >>>> >>>> Please have a look at the draft and tell me what do you=20 >thing? Would=20 >>>> this be something to be worked as part of the base LISP >>> protocol? This >>>> is not tied to any mapping system architecture at all, so it >>> could be >>>> possibly part of the base line if so considered. >>>> >>>> http://tools.ietf.org/html/draft-flinck-lisp-membertest-00 >>>> >>>> >>>> >>>> Best regards >>>> Hannu >>>> >>>> ------------------ >>>> >>>> >>>> A new version of I-D, draft-flinck-lisp-membertest-00.txt has been=20 >>>> successfuly submitted by Hannu Flinck and posted to the IETF >>> repository. >>>> Filename: draft-flinck-lisp-membertest >>>> Revision: 00 >>>> Title: Membership test for Mapping Information=20 >optimization >>>> Creation_date: 2010-03-01 >>>> WG ID: Independent Submission >>>> Number_of_pages: 12 >>>> >>>> Abstract: >>>> This document defines how a membership test can be used to >>> convey all >>>> or some of the EID-to-RLOC mappings from an Egress Tunnel=20 >Router to=20 >>>> requesting Ingress Tunnel Router. This draft proposes that an=20 >>>> authoritative ETR MAY return a group membership test in the >>> LISP Map- >>>> Reply Message that indicates if a given EID is served by the ETR. >>>> >>>> The membership test is implemented as a Bloom filter. A >>> Bloom filter >>>> is compact data structure to represent a set of elements. The=20 >>>> membership test "aggregates" EIDs beyond prefix based aggregation. >>>> >>>> Membership test decreases the load of the mapping system and=20 >>>> distributes the EID-to-RLOC resolution between an ITR and an ETR. >>>> >>>> =20 >>> =20 >>>> >>>> >>>> The IETF Secretariat. >>>> >>>> >>>> >>>=20 >--------------------------------------------------------------------- >>> - >>>> -- >>>> >>>> _______________________________________________ >>>> lisp mailing list >>>> lisp@ietf.org >>>> https://www.ietf.org/mailman/listinfo/lisp >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp >>=20 > From jmh@joelhalpern.com Wed Mar 3 06:59:32 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 12E3A28C2F7 for ; Wed, 3 Mar 2010 06:59:32 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.383 X-Spam-Level: X-Spam-Status: No, score=-3.383 tagged_above=-999 required=5 tests=[AWL=0.216, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 8Q-gPiz+YWOl for ; Wed, 3 Mar 2010 06:59:31 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 400E328C3F4 for ; Wed, 3 Mar 2010 06:59:31 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id 14D5143B320; Wed, 3 Mar 2010 06:59:33 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id 4E28343B31A; Wed, 3 Mar 2010 06:59:32 -0800 (PST) Message-ID: <4B8E7954.1020702@joelhalpern.com> Date: Wed, 03 Mar 2010 09:59:32 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: "Flinck, Hannu (NSN - FI/Espoo)" References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> In-Reply-To: <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 14:59:32 -0000 Attempted amplification, as I understand things, below. Flinck, Hannu (NSN - FI/Espoo) wrote: > Hello Joel, > > Thank you for your questions. Please see below my answers/questions. > > Best regards > Hannu > > >> -----Original Message----- >> From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com] >> Sent: Tuesday, March 02, 2010 21:19 >> To: Flinck, Hannu (NSN - FI/Espoo) >> Cc: lisp@ietf.org >> Subject: Re: [lisp] Membership test draft >> >> [Commenting as an individual contributor.] Having looked at at >> this draft, and having recently been prompted by other work to >> look at bloom filters, I am somewhat confused. >> >> First, there seems to be an assumption that if an EID request >> to an ETR from an ITR matches one EID block that the ETR >> serves, that there is likely to be traffic to that ITR for >> other EIDs served by that ETR. If one assumes cache space, >> and control message space, are of value, I do not see this as likely. > > I am not sure I can follow this logic. Could you please elaborate more? > If an enterprise is hosting multiple servers, it is likely that same ETR > (RLOC) can reach the other servers as well. Why not? The membership test > is minimizing the use of control messages. Less Map-requests to the > mapping system and to the ETR. (I do not know what do you mean by value > "control message space". Number of messages? Length of messages? > Bandwidth? CPU? We intend optimize all of them.) There are two different kinds of cases I could think of. There could be an ETR taking care of several companies. That is an unlikely deployment, but it is what prompted my question. In that case, there is no expectation of correlation of traffic across sites. The reason i assumed this in commenting to you was that it was the only way I could see having scattered EIDs. It is reasonable that if someone goes to one server at a site, they are likely to go to another server. It is even reasonabley likely that if a remote server is talking to one client at a site, it is also likely to talk to other clients at that site. But, we have normally assumed block allocation. As such, the single answer from teh ETR takes care of all those cases. I will leave it to others to comment on the section about scattered addresses I have elided from this message (so that they respond directly to your earlier note.) Yours, Joel From jmh@joelhalpern.com Wed Mar 3 08:20:29 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0C8A93A8B1D for ; Wed, 3 Mar 2010 08:20:28 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.404 X-Spam-Level: X-Spam-Status: No, score=-3.404 tagged_above=-999 required=5 tests=[AWL=0.195, BAYES_00=-2.599, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mGnv6+cWDOdl for ; Wed, 3 Mar 2010 08:20:27 -0800 (PST) Received: from hermes.mail.tigertech.net (hermes.mail.tigertech.net [64.62.209.72]) by core3.amsl.com (Postfix) with ESMTP id 73B3F28C3DE for ; Wed, 3 Mar 2010 08:20:27 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by hermes.tigertech.net (Postfix) with ESMTP id C3C7143006C for ; Wed, 3 Mar 2010 08:20:28 -0800 (PST) X-Virus-Scanned: Debian amavisd-new at hermes.tigertech.net Received: from [10.10.10.102] (pool-71-161-51-231.clppva.btas.verizon.net [71.161.51.231]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hermes.tigertech.net (Postfix) with ESMTPSA id 6317643006B for ; Wed, 3 Mar 2010 08:20:27 -0800 (PST) Message-ID: <4B8E8C4B.2020702@joelhalpern.com> Date: Wed, 03 Mar 2010 11:20:27 -0500 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.23 (Windows/20090812) MIME-Version: 1.0 To: "lisp@ietf.org" Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Subject: [lisp] [Fwd: request for help in developing a tool that may be helpful to WG chairs] X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 03 Mar 2010 16:20:29 -0000 For your information, and potential assistance... Joel -------- Original Message -------- Subject: request for help in developing a tool that may be helpful to WG chairs Date: Wed, 3 Mar 2010 10:36:19 -0500 (EST) From: sob@harvard.edu (Scott O. Bradner) To: wgchairs@ietf.org IETF working group chairs; We are developing an open-source tool for monitoring the status and progress of conflicts in on-line working groups (WG). The tool works by analyzing the WG mailing list. When developed, this tool should be helpful to WG chairs trying to understand the status of WG discussions (how close to consensus is the WG, what is the distribution of participation, etc). As part of the development process we have been using a prototype tool to analyze IETF WG mailing list archives to determine the amount of conflict and how effective this conflict is being (has been) resolved. As the first step, we need to understand the relationship between the conflicts in a working group and the structure of the communication network in that group. While having conflicts is not necessarily a bad thing for a working group effort, some conflicts can escalate into disasters. We are interested in finding the communication patterns related to the evolution of group conflicts. Results from this study will provide the base for the development of the tool that helps working group chairs to decide when to intervene with an internal conflict before it becomes irreversibly negative as well as being a tool that may help determine where there is consensus on a particular topic. We would like your help in understanding the level of conflicts within your working groups and how the conflicts affect productivity and group members’ perception on the working group. It will be greatly appreciated if you could ask your WG members to anonymously fill a short survey at https://spreadsheets.google.com/viewform?hl=en&formkey=dExTbEU5QmRncnhFbjhQUVR4bzBGMEE6MA Thank you! Best Regards, Bin Zhu, Mark Gaynor, Scott Bradner, and Jialun Qin From damien.saucez@uclouvain.be Sun Mar 7 03:10:37 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 36E3F28C137 for ; Sun, 7 Mar 2010 03:10:37 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0hllKknsgAyb for ; Sun, 7 Mar 2010 03:10:33 -0800 (PST) Received: from smtp1.sgsi.ucl.ac.be (smtp.sgsi.ucl.ac.be [130.104.5.67]) by core3.amsl.com (Postfix) with ESMTP id 7F29428C138 for ; Sun, 7 Mar 2010 03:10:32 -0800 (PST) Received: from [192.168.1.3] (ip-62-235-246-27.dsl.scarlet.be [62.235.246.27]) (using TLSv1 with cipher AES128-SHA (128/128 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp1.sgsi.ucl.ac.be) by smtp1.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 7CEE7E986A; Sun, 7 Mar 2010 12:10:29 +0100 (CET) X-DKIM: Sendmail DKIM Filter v2.8.2 smtp1.sgsi.ucl.ac.be 7CEE7E986A DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=uclouvain.be; s=selucl; t=1267960229; bh=rYZUIKMKBDRtmuaiKTekn/BsUP/OzEpKAg+qbsSf25g=; h=Subject:Mime-Version:Content-Type:From:In-Reply-To:Date:Cc: Content-Transfer-Encoding:Message-Id:References:To; b=c63FJZdzC+macJ+eyjaH7IbcioSElBFYAWphOaD73tiMNAheNUa1lH9XsWxr5+o3A KxFC9sVhraJh+Boh05OZ5iq9pCYavsyxFGLgIS/Q/xxNj0hA3WF0tDrgUhX1FSByvq tDP/bM+cnXR5wTEMdtEcjgWzpllQfmxoloOofgBE= Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Damien Saucez In-Reply-To: <4B8E7954.1020702@joelhalpern.com> Date: Sun, 7 Mar 2010 12:10:28 +0100 Content-Transfer-Encoding: quoted-printable Message-Id: <0259E2DB-735E-49C7-8E02-7C6A0C3C63E3@uclouvain.be> References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> <4B8E7954.1020702@joelhalpern.com> To: "Flinck, Hannu (NSN - FI/Espoo)" X-Mailer: Apple Mail (2.1077) X-Virus-Scanned: clamav-milter 0.95.3-exp at smtp-1.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 7CEE7E986A.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 07 Mar 2010 11:10:37 -0000 Hannu, The idea of having bloom filters seems to be interesting, but I think it = should be better to=20 take more time on the mapping system itself (and how to deploy it) than = taking time to find trick to reduce the cost of using it. What you propose is to have a bloom filter to test wether or not the ETR = is in charge=20 of the EID or not. This test becomes interesting iif the ETR is in = charge of several prefixes. This is likely to be the cases, but maybe not because the ETR = is really in charge of several prefixes, but because the ETR has decided to do = deaggregation for TE purpose (I do not say here that it is a good idea, but we can = certainly find a case where the operator will decide to do it ;-) ) In this case, or any = other case where an ETR has several mappings under its responsibility, I wonder if = asking the ETR to send all its mapping would not be a better idea. Joel said = that is is likely that the prefixes will not be correlated but just an example to show you = that there exists at least one case where sending the different mappings makes = sense: UCL use case: -------------------- We, at UCL, have two campuses, one at Louvain and one at Woluwe. Both = campuses are leaded by the university. As the two campuses are in different = cities, they have different xTR. Let say one in Louvain and one in Woluwe. Because we are = the same entity, we will have the same big EID prefix (let say for the example = 130.104/16). This prefix will be divided into two prefixes, 130.104/17 for Louvain = and 130.104.127/17 for Woluwe. At a first glance, it seems that, if some request arrives = for 130.104.5.100, we only need to send the mapping for 130.104/16. But now, imagine, = 130.104.5.100 is the main webserver for UCL and that the website give you information = about all the UCL activities (from both Louvain and Woluwe), then, it is possible that = one click makes a redirection to a server in Woluwe. If the two mapping are given = at the same time, the cost of using the mapping system will not be seen for the = "click" as the cache is pre-fetched with the mapping. Let's have a second use case of multiple prefixes at one ETR DDoS mitigation: ----------------------- Consider that UCL has one very important cluster which must be always = reachable, and that the Louvain site has two ETRs. The global EID prefix for = Louvain is=20 130.104/17 and the cluster has the 130.104.1.1/32 address. To avoid that = an attack on Louvain DDoS the cluster, the two prefixes may use different = mappings. Therefore, if one prefix is overloaded, it is possible to avoid the other being = overloaded too. To do so, the /17 prefix will mainly point to ETR 1 while the /32 will ask = for using ETR 2. This deaggregation allows the operator to control the load on each ETR = based on the destination. In this case, we definitely have a gain of "announcing" = the two prefixes for any request to UCL. To conclude, as Joel said, I believe it is not really important to take = into account the case where one ETR is in charge of several unrelated EID prefixes. If there = is no correlation between the two, why do we need to do so (if we extend the idea to its = paroxysm, we obtain a full push system, what we do not need I think...). But if one = ETR is in charge of several EIDs, then, maybe the best is to give all the mappings directly. = Now, if we consider that there is temporal locality between the requests, we can = say: ok, if first give you all my mappings and after the TTL is expired, you will only = refresh the=20 mappings that have been used, therefore, you will not keep entries in = your cache for the mapping you do not need. To now if it is a request of not, it seems = to be simple. If the request arrives via the mapping system, you give all the = mappings, if the request is directly addressed to the ETR, then it is a refresh and you = only give the mapping (and all its more specific of course) or we can add a refresh = bit in the requests ;-) Cheers,=20 Damien Saucez On 03 Mar 2010, at 15:59, Joel M. Halpern wrote: > Attempted amplification, as I understand things, below. >=20 > Flinck, Hannu (NSN - FI/Espoo) wrote: >> Hello Joel, >> Thank you for your questions. Please see below my answers/questions. >> Best regards >> Hannu >>> -----Original Message----- >>> From: ext Joel M. Halpern [mailto:jmh@joelhalpern.com] Sent: = Tuesday, March 02, 2010 21:19 >>> To: Flinck, Hannu (NSN - FI/Espoo) >>> Cc: lisp@ietf.org >>> Subject: Re: [lisp] Membership test draft >>>=20 >>> [Commenting as an individual contributor.] Having looked at at this = draft, and having recently been prompted by other work to look at bloom = filters, I am somewhat confused. >>>=20 >>> First, there seems to be an assumption that if an EID request to an = ETR from an ITR matches one EID block that the ETR serves, that there is = likely to be traffic to that ITR for other EIDs served by that ETR. If = one assumes cache space, and control message space, are of value, I do = not see this as likely. >> I am not sure I can follow this logic. Could you please elaborate = more? If an enterprise is hosting multiple servers, it is likely that = same ETR >> (RLOC) can reach the other servers as well. Why not? The membership = test >> is minimizing the use of control messages. Less Map-requests to the >> mapping system and to the ETR. (I do not know what do you mean by = value >> "control message space". Number of messages? Length of messages? >> Bandwidth? CPU? We intend optimize all of them.) =20 >=20 > There are two different kinds of cases I could think of. There could = be an ETR taking care of several companies. That is an unlikely = deployment, but it is what prompted my question. In that case, there is = no expectation of correlation of traffic across sites. > The reason i assumed this in commenting to you was that it was the = only way I could see having scattered EIDs. >=20 > It is reasonable that if someone goes to one server at a site, they = are likely to go to another server. It is even reasonabley likely that = if a remote server is talking to one client at a site, it is also likely = to talk to other clients at that site. >=20 > But, we have normally assumed block allocation. As such, the single = answer from teh ETR takes care of all those cases. > I will leave it to others to comment on the section about scattered = addresses I have elided from this message (so that they respond directly = to your earlier note.) >=20 > Yours, > Joel > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dino@cisco.com Sun Mar 7 22:58:49 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DDC623A690F for ; Sun, 7 Mar 2010 22:58:49 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.599 X-Spam-Level: X-Spam-Status: No, score=-10.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N-kg4vFFXYGT for ; Sun, 7 Mar 2010 22:58:49 -0800 (PST) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 25EC73A68A8 for ; Sun, 7 Mar 2010 22:58:49 -0800 (PST) Authentication-Results: sj-iport-1.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEAIoulEurR7Hu/2dsb2JhbACbI3OfG5dehHgEgxc X-IronPort-AV: E=Sophos;i="4.49,600,1262563200"; d="scan'208";a="306185353" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-1.cisco.com with ESMTP; 08 Mar 2010 06:58:53 +0000 Received: from [192.168.1.5] (sjc-vpn2-750.cisco.com [10.21.114.238]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o286wqx4023292; Mon, 8 Mar 2010 06:58:52 GMT Message-Id: <3B4B1F41-ABD8-4344-973C-1D1F9EE7D4EF@cisco.com> From: Dino Farinacci To: Damien Saucez In-Reply-To: <0259E2DB-735E-49C7-8E02-7C6A0C3C63E3@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Sun, 7 Mar 2010 22:58:52 -0800 References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> <4B8E7954.1020702@joelhalpern.com> <0259E2DB-735E-49C7-8E02-7C6A0C3C63E3@uclouvain.be> X-Mailer: Apple Mail (2.936) Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 06:58:50 -0000 > UCL use case: > -------------------- > We, at UCL, have two campuses, one at Louvain and one at Woluwe. > Both campuses > are leaded by the university. As the two campuses are in different > cities, they have > different xTR. Let say one in Louvain and one in Woluwe. Because we > are the same > entity, we will have the same big EID prefix (let say for the > example 130.104/16). > This prefix will be divided into two prefixes, 130.104/17 for > Louvain and 130.104.127/17 > for Woluwe. At a first glance, it seems that, if some request > arrives for 130.104.5.100, we > only need to send the mapping for 130.104/16. But now, imagine, > 130.104.5.100 is > the main webserver for UCL and that the website give you information > about all the > UCL activities (from both Louvain and Woluwe), then, it is possible > that one click > makes a redirection to a server in Woluwe. If the two mapping are > given at the same > time, the cost of using the mapping system will not be seen for the > "click" as the cache > is pre-fetched with the mapping. Damien, another way to do this so the mapping database can scale better is to have both ETRs configured with the /16 and have policy in each to respond with different priorities depending on what destination EID is being requested. If the EID is in Louvain, then the ETR in Louvain can decide to make itself active and the other one backup (or not used with priority 255). Counter-wise with Woluwe. So, yes you can segment the EID-prefix for UCL but you don't have to. Another way to do this is to register the /16 with the map-servers and use the same policy above and return just the /17. So the mapping database has less entries but the cachers can have specific prefixes, created on demand. Dino From damien.saucez@uclouvain.be Mon Mar 8 00:01:36 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 484693A67B1 for ; Mon, 8 Mar 2010 00:01:36 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id G4bjd56kLWAV for ; Mon, 8 Mar 2010 00:01:34 -0800 (PST) Received: from smtp3.sgsi.ucl.ac.be (smtp.sgsi.ucl.ac.be [130.104.5.67]) by core3.amsl.com (Postfix) with ESMTP id 71ADE3A6405 for ; Mon, 8 Mar 2010 00:01:34 -0800 (PST) Received: from sleipnier.dhcp.info.ucl.ac.be (sleipnier.dhcp.info.ucl.ac.be [130.104.228.23]) (using TLSv1 with cipher AES128-SHA (128/128 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp3.sgsi.ucl.ac.be) by smtp3.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 8347C1C602E; Mon, 8 Mar 2010 09:01:26 +0100 (CET) X-DKIM: Sendmail DKIM Filter v2.8.2 smtp3.sgsi.ucl.ac.be 8347C1C602E DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=uclouvain.be; s=selucl; t=1268035286; bh=ZK6ULeY/V/p2hj8V8+zuGNUuFynTYNg/4k9wsPRWbBA=; h=Subject:Mime-Version:Content-Type:From:In-Reply-To:Date:Cc: Content-Transfer-Encoding:Message-Id:References:To; b=ibt07DikZDLJE4AnfIWkthTJ8w+mSbkQWqFXH27MrGochsyCbeyjOaMUzTg17qmaJ 2F6L+zpuidxwU0D6mesWiHXpBy2JZkPRhWmC8imxjMd5rPcIPNew7sfYDcla4csgWq oYT+RtctJu4LSHsl+iFiXU8hh2dIC3G3yKUscEgI= Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Damien Saucez In-Reply-To: <3B4B1F41-ABD8-4344-973C-1D1F9EE7D4EF@cisco.com> Date: Mon, 8 Mar 2010 09:01:25 +0100 Content-Transfer-Encoding: quoted-printable Message-Id: <90B50DD3-7830-449A-8431-F0C32363B0C2@uclouvain.be> References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> <4B8E7954.1020702@joelhalpern.com> <0259E2DB-735E-49C7-8E02-7C6A0C3C63E3@uclouvain.be> <3B4B1F41-ABD8-4344-973C-1D1F9EE7D4EF@cisco.com> To: Dino Farinacci X-Mailer: Apple Mail (2.1077) X-Virus-Scanned: clamav-milter 0.95.3-exp at smtp-3.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 8347C1C602E.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 08:01:36 -0000 Dino, On 08 Mar 2010, at 07:58, Dino Farinacci wrote: >> UCL use case: >> -------------------- >> We, at UCL, have two campuses, one at Louvain and one at Woluwe. Both = campuses >> are leaded by the university. As the two campuses are in different = cities, they have >> different xTR. Let say one in Louvain and one in Woluwe. Because we = are the same >> entity, we will have the same big EID prefix (let say for the example = 130.104/16). >> This prefix will be divided into two prefixes, 130.104/17 for Louvain = and 130.104.127/17 >> for Woluwe. At a first glance, it seems that, if some request arrives = for 130.104.5.100, we >> only need to send the mapping for 130.104/16. But now, imagine, = 130.104.5.100 is >> the main webserver for UCL and that the website give you information = about all the >> UCL activities (from both Louvain and Woluwe), then, it is possible = that one click >> makes a redirection to a server in Woluwe. If the two mapping are = given at the same >> time, the cost of using the mapping system will not be seen for the = "click" as the cache >> is pre-fetched with the mapping. >=20 > Damien, another way to do this so the mapping database can scale = better is to have both ETRs configured with the /16 and have policy in = each to respond with different priorities depending on what destination = EID is being requested. If the EID is in Louvain, then the ETR in = Louvain can decide to make itself active and the other one backup (or = not used with priority 255). Counter-wise with Woluwe. In the example I gave, Louvain and Woluwe are at different places but = are from the same organization and some servers are in Louvain and others are in Woluwe. = So we do not want to have traffic to Woluwe going through Louvain and vice-versa, so = that I do not=20 understand how you can deal with the problem by using only the /16 and = priorities different if it is from Woluwe or Louvain. Indeed, if you send the Map-Request to = Louvain's ETR, you will have the priority for going to Louvain's ETR, even if the traffic = is for Woluwe. So I do not see how to avoid having deaggregation in the case, could you clarify?=20= >=20 > So, yes you can segment the EID-prefix for UCL but you don't have to. >=20 > Another way to do this is to register the /16 with the map-servers and = use the same policy above and return just the /17. So the mapping = database has less entries but the cachers can have specific prefixes, = created on demand. >=20 In this case, if you provide only a /17, it will be necessary to have a = second map-request if the traffic has to go to the other campus (it is happening frequently = if you are browsing the global website of UCL).=20 Our suggestion is simple: send the Map-Reply with the longest prefix and = all the longest prefixes covered by the prefix, by definition, these prefixes do not = cover the EID in the request. Example: request for 130.104.1.1, prefixes in the mapping: 130.104/16 = and=20 130.104.128/24, then, Map-Reply with 130.104/16 and 130.104.128/24. On = the contrary, if the request is for 130.104.128.2, the map-reply is only with = 130.104.128/24. In this example, we=20 see that the cost is less important by doing this than by saying that = one prefix cannot cover=20 another.=20 Regards, Damien Saucez > Dino From dino@cisco.com Mon Mar 8 08:11:51 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E4C263A6A03 for ; Mon, 8 Mar 2010 08:11:48 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.599 X-Spam-Level: X-Spam-Status: No, score=-10.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id epQQb2wfJgDw for ; Mon, 8 Mar 2010 08:11:43 -0800 (PST) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id 15A0F3A69CC for ; Mon, 8 Mar 2010 08:11:42 -0800 (PST) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEABexlEurR7Ht/2dsb2JhbACbKHOiAJgOhHgEgxc X-IronPort-AV: E=Sophos;i="4.49,602,1262563200"; d="scan'208";a="97240397" Received: from sj-core-1.cisco.com ([171.71.177.237]) by sj-iport-4.cisco.com with ESMTP; 08 Mar 2010 16:11:44 +0000 Received: from [192.168.1.5] (sjc-vpn2-750.cisco.com [10.21.114.238]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id o28GBiGG003906; Mon, 8 Mar 2010 16:11:44 GMT Message-Id: <0BD4EF82-9517-4B10-8755-F096FD18EA12@cisco.com> From: Dino Farinacci To: Damien Saucez In-Reply-To: <90B50DD3-7830-449A-8431-F0C32363B0C2@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Mon, 8 Mar 2010 08:11:40 -0800 References: <26E5D1C5D5365D47B147E5E62FC73585429671@FIESEXC035.nsn-intra.net> <4B8D64B4.20301@joelhalpern.com> <26E5D1C5D5365D47B147E5E62FC7358545E124@FIESEXC035.nsn-intra.net> <4B8E7954.1020702@joelhalpern.com> <0259E2DB-735E-49C7-8E02-7C6A0C3C63E3@uclouvain.be> <3B4B1F41-ABD8-4344-973C-1D1F9EE7D4EF@cisco.com> <90B50DD3-7830-449A-8431-F0C32363B0C2@uclouvain.be> X-Mailer: Apple Mail (2.936) Cc: lisp@ietf.org Subject: Re: [lisp] Membership test draft X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 16:11:51 -0000 > Dino, > On 08 Mar 2010, at 07:58, Dino Farinacci wrote: > >>> UCL use case: >>> -------------------- >>> We, at UCL, have two campuses, one at Louvain and one at Woluwe. >>> Both campuses >>> are leaded by the university. As the two campuses are in different >>> cities, they have >>> different xTR. Let say one in Louvain and one in Woluwe. Because >>> we are the same >>> entity, we will have the same big EID prefix (let say for the >>> example 130.104/16). >>> This prefix will be divided into two prefixes, 130.104/17 for >>> Louvain and 130.104.127/17 >>> for Woluwe. At a first glance, it seems that, if some request >>> arrives for 130.104.5.100, we >>> only need to send the mapping for 130.104/16. But now, imagine, >>> 130.104.5.100 is >>> the main webserver for UCL and that the website give you >>> information about all the >>> UCL activities (from both Louvain and Woluwe), then, it is >>> possible that one click >>> makes a redirection to a server in Woluwe. If the two mapping are >>> given at the same >>> time, the cost of using the mapping system will not be seen for >>> the "click" as the cache >>> is pre-fetched with the mapping. >> >> Damien, another way to do this so the mapping database can scale >> better is to have both ETRs configured with the /16 and have policy >> in each to respond with different priorities depending on what >> destination EID is being requested. If the EID is in Louvain, then >> the ETR in Louvain can decide to make itself active and the other >> one backup (or not used with priority 255). Counter-wise with Woluwe. > In the example I gave, Louvain and Woluwe are at different places > but are from the same > organization and some servers are in Louvain and others are in > Woluwe. So we do not > want to have traffic to Woluwe going through Louvain and vice-versa, > so that I do not Yes, I understand that. I wanted to offer a general reference for both the active/backup case and your case of active/none. > understand how you can deal with the problem by using only the /16 > and priorities different > if it is from Woluwe or Louvain. Indeed, if you send the Map-Request > to Louvain's ETR, you > will have the priority for going to Louvain's ETR, even if the > traffic is for Woluwe. So I do not > see how to avoid having deaggregation in the case, could you clarify? If you send a Map-Request to *either* they will respond the same way. For instance, if there is an EID behind me (I'm an ETR), and if the Map-Request comes to me or to you, we would both respond with "me/you is active/none". We want either ETR to reply to the Map-Request because we want to distribute Map-Request load across the ETRs. Now if both you and me *proxy-reply* registered to the same Map-Servers, the Map-Server could answer consistently. This later functionality though is not encoded in the packet formats but could be. Architecturally, we don't prohibit it. The Map-Server just has to be configured with "merge semantics" rather than "overwrite" semantics. I plan to experiment with this in the next month or so. >> So, yes you can segment the EID-prefix for UCL but you don't have to. >> >> Another way to do this is to register the /16 with the map-servers >> and use the same policy above and return just the /17. So the >> mapping database has less entries but the cachers can have specific >> prefixes, created on demand. >> > > In this case, if you provide only a /17, it will be necessary to > have a second map-request if > the traffic has to go to the other campus (it is happening > frequently if you are browsing the > global website of UCL). No, the one /16 for the site is broken up into 2 /17s, so if there is a map-request to the other half EID, you won't match the one you have in the cache. What I am saying is that both ETRs will Map-Reply for 2 /17s, one with itself as active/none and other one with none/active. > Our suggestion is simple: send the Map-Reply with the longest prefix > and all the longest > prefixes covered by the prefix, by definition, these prefixes do not > cover the EID in the request. > Example: request for 130.104.1.1, prefixes in the mapping: > 130.104/16 and > 130.104.128/24, then, Map-Reply with 130.104/16 and 130.104.128/24. > On the contrary, if the > request is for 130.104.128.2, the map-reply is only with > 130.104.128/24. In this example, we > see that the cost is less important by doing this than by saying > that one prefix cannot cover > another. Right, that is what we have documented in -06. And I understand what you are saying but if you return more than one prefix than it justifies the problem Hannu is trying to solve. Dino > > Regards, > > Damien Saucez > >> Dino > From vaf@cisco.com Mon Mar 8 11:12:27 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 195FE3A6AA1 for ; Mon, 8 Mar 2010 11:12:27 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.744 X-Spam-Level: X-Spam-Status: No, score=-1.744 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FB_WORD1_END_DOLLAR=3.294, FB_WORD2_END_DOLLAR=3.294, HTML_MESSAGE=0.001, J_CHICKENPOX_43=0.6, RCVD_IN_DNSWL_HI=-8, SARE_HTML_SINGLETS=1.666] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HF3ADyp5aB2C for ; Mon, 8 Mar 2010 11:12:17 -0800 (PST) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 1AA593A6B1B for ; Mon, 8 Mar 2010 11:12:17 -0800 (PST) Authentication-Results: sj-iport-1.cisco.com; dkim=neutral (message not signed) header.i=none X-Files: draft-ietf-lisp-alt-03.txt, rfcdiff-alt-02-to-03.html : 55674, 116309 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEAM7alEurR7Hu/2dsb2JhbACbMXOiUYp4jSeCTQMJA4IcBIMXi1o X-IronPort-AV: E=Sophos;i="4.49,603,1262563200"; d="txt'?html'217?scan'217,208,217";a="306450355" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-1.cisco.com with ESMTP; 08 Mar 2010 19:12:19 +0000 Received: from vaf-lnx1 (vaf-lnx1.cisco.com [128.107.165.254]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o28JCJsl017192; Mon, 8 Mar 2010 19:12:19 GMT Received: by vaf-lnx1 (Postfix, from userid 113818) id 6734120766; Mon, 8 Mar 2010 11:08:21 -0800 (PST) Date: Mon, 8 Mar 2010 11:08:21 -0800 From: Vince Fuller To: "John G.Scudder" Message-ID: <20100308190821.GA17921@vaf-lnx1.cisco.com> References: MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="7JfCtLOvnd9MIVvH" Content-Disposition: inline In-Reply-To: User-Agent: Mutt/1.5.20 (2009-06-14) Cc: lisp@ietf.org, draft-ietf-lisp-alt@tools.ietf.org, lisp-chairs@tools.ietf.org, rtg-dir@tools.ietf.org, rtg-ads@tools.ietf.org Subject: Re: [lisp] RtgDir review: draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 19:12:28 -0000 --7JfCtLOvnd9MIVvH Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Hi John- Thanks for the thorough review and comments. I have incorporated most of them in to the latest draft, which is attached along with diffs from -02. To respond specifically to several several of your points: > The document's goal is to "[describe] a method of building an > Alternative Logical Topology" I'm not sure that I'd say it achieves > this goal. Some key aspects of building such a topology are how to > interconnect the member routers and how to perform aggregation at > the various levels; these are addressed in general terms but not in > sufficient detail to tell someone how do it for the ALT. Also > missing is any information of how one might connect to the deployed > ALT although this may be a non-goal, since it's beyond the scope of > just "a method of building". I would buy "outline an architecture > for building" as a description of the document as it stands. If the > document actually wants to do what the abstract says, I think it > needs more detail especially in sections 7-9, preferably with > examples. This document is intended to describe, in general terms, how to build the ALT, using BGP and GRE, and what the different components of the ALT are. A companion deployment guide document, which will cover more specific operational aspects of the ALT, is already in the works. > The document doesn't attempt to tackle questions of deployment at > scale. Some of the open technical issues are identified (e.g. in > the security section) although none of the operational ones are > discussed. Examples of potential operational issues might be the > manageability of a large-scale tunneled overlay network, the ability > of operators to troubleshoot customer issues when there is no easy > way to distinguish an "EID" from a conventional IP address, and how > to handle sites that leak their "EID" prefix into the regular > Internet routing, either accidentally or on purpose. See above regarding the deployment guide. The issue of distinguishing an EID from a "conventional IP address" is a difficult one that is inherent in trying to build a id/locator separation system that uses "addresses" that are backward-compatible with existing host usage. > The Security section discusses a number of possible attacks. Here's > another one: "EID" prefix injection into the plain old Internet > routing. Such an attack would appear to be at increased likelihood > of success compared to an identical attack against a normal IP > prefix. This is because per [LISP] only a highly aggregated "EID" > prefix would be advertised into the plain old Internet, making a > longer-prefix attack likely to succeed. This is admittedly really a > shortcoming in the BGP "security" model and would be addressed by > any solution which addresses the underlying problem; still, the > problem seems to be exacerbated by LISP. Presumably such an attack > wouldn't be effective to divert traffic from a LISP source, but it > would work against non-LISP sources (i.e. the majority of the > Internet). This may be a case of "can't make an omelette without > breaking eggs" but it's still worth noting. Added to the Security Considerations section. > The document emphasizes that the ALT is to be used only to forward > ALT datagrams. Since "ALT datagrams" are just IP packets as far as > the ALT Routers are concerned, are technical means needed to enforce > this assumption? This would seem to deserve treatment in the main > body of the document, or at least in the Security section. As it > is, it would appear easy to inject arbitrary packets into the ALT. Discussion added about rate-limiting of and possible filtering of non-ALT- Datagrams (Map Reqeusts and Data Probes) added as appropriate. > S5.3 claims "LISP+ALT ... reduces ... OPEX". I don't think this > claim is justified by evidence. (I can see a stronger case for > claiming it reduces vendor development costs.) I understand that > there is goodness from not having to train folks in the use of a new > protocol. On the other hand, much will depend on how the overlay > network is constructed and maintained. Until experience is gained > in that, it's not knowable whether opex is high or low overall. > Furthermore, the statement begs the question, reduces opex compared > to what? For these reasons, I think it would be better to remove > this claim. Section rewritten with clarifying text added. > ALT's claims to scalability rest on high levels of aggregation with > no hole punching. This has implications on the necessary business > relationships between EID users and EID suppliers, and the types of > suballocation that can and cannot be done. Most importantly, it > implies that EID users will be locked in to their EID supplier, of > course unless they are willing to renumber into different EID space > -- but freedom from renumbering is a goal of LISP. This consequence > probably should be spelled out in some fashion. This might come > naturally from a much more detailed description of specifics as I > raise in other points, or it might need its own section. This is partly addressed (no pun intended) by changes to the aggregation example, which now specifically discusses how holes are handled. There is also new clarifying text that emphasizes that the ALT is a tunneled topology, so re-homing attachment points to facilitate aggregation should be relatively simple. A more thorough discussion of business relationships is, IMHO, beyond the scope of a technical IETF document and it a matter for further study as EID/RLOC separation technology evolves. > S.1 The document cites RFC 2119 but barely uses the terminology. > It's limited to one MUST in S.3 and one more in S.4. There are many > places where 2119 type language would clarify things. For example, > look at the uses of "should". A number could be turned into MUST or > in some cases, SHOULD. (Others really are the plain old English > "should".) Although one option would be to ditch the use of 2119 > language altogether (including removing the citation) I'd prefer to > see the document worked over to use it properly. To take just one > example, S6.1 ("Changes to ITR behavior with LISP+ALT") seems to cry > out for some MUSTs where "should" is used. References to RFC 2119 and use of terminology have been removed. > S.2 notes that "an important design goal of LISP+ALT is to minimize > the number of changes to existing hardware and/or software". This > begs the question of what the other design goals were. It would be > useful to know this, as a way of letting the reader evaluate how > well LISP+ALT meets those goals. Were there any explicit non-goals? Section 2 rewritten to address this. > S.3 says that an EID is the address used in the first "LISP header" > of a packet. Does the LISP architecture refer to the header of the > encapsulated packet as a "LISP header"? If so I think that is > unfortunate; it's really just an IP header (and that's how the host > that emitted it thinks of it; isn't that the point?). But, if so > then I think there needs to be a discussion of this renaming of the > IP header and just exactly what "LISP header" means. OTOH, maybe > this is just an editorial error, in which case it looks as though it > should say "IP header". (Based on the definition of "LISP header" > in [LISP] I think it's just an editorial error.) Also, this > paragraph says "system" where I think it should say "host". The term "LISP header" is defined in the LISP document. It is slightly more than just an encapsulating IP header as it also includes a UDP header (required for LAG traffic distribution according to those with operational networks who have worked with the authors) with destination port 4141 (LISP-encapsulated user data) or 4142 (LISP control). For LISP control messages, there are additional defined fields. > S.3, the definition of EID Prefix Reachability refers to "the ETR > (or its proxy)". The notion of an ETR's proxy isn't amplified on in > the spec. Either do so, or cite another document which does so > ([LISP-IW]?). The "or its proxy" is an obsolete term from an early version of the document and has been removed. Thanks for catching this. > Section 4.3 notes that "Data Probes ... should be considered > experimental." Isn't all of LISP experimental, by definition? When > seen in that light, this statement is quite odd. I'm not really > sure what your goal is with this phrasing so it's hard for me to > suggest different wording, but something needs to change. (This > would also seem to be a good place for 2119 type language, > e.g. "MUST be disabled by default".) It might help clarity to > restructure the doc making Map-Request the only lookup method > documented in the main doc, and move all discussion of Data Probes > to an appendix. This section has been reworded to more clearly describe when Data Probes may be used, which is basically only when doing specific experiments intended to demonstrate whether they are useful. We expect that such experiments will be completed before LISP and LISP+ALT move towards standards adoption (if that occurs) and that revised versions of the specs will either eliminate Data Probes completely or will provide a more thorough description of how and when it is appropriate to use them. > S5.1, second paragraph, "additional packets destined to the given > EID prefix are routed directly to a viable ETR without use of the > ALT, until either the entry's TTL has expired, or the ITR can > otherwise find no reachable ETR." Considering that the next > sentence says that non-reachability of all the RLOCs in the mapping > does not constitute "can otherwise find no reachable ETR" I wonder > what WOULD be covered by this clause? This tortured text was attempting to describe negatve cache entries and dates back to an early version of the document before we'd formalized what that meant. I have rewritten it for clarity. > S5.2, third paragraph, provides an example of aggregation that is > mostly holes. Either the paragraph should be updated to get rid of > the holes (replace /24 with /18) or the aggregation-across-holes > should be explicitly addressed. Rewritten and expanded to explicitly describe how holes works. > S5.3, it took me several reads to understand what point "[a]lso, > since tunnel IP addresses are local in scope, no coordination is > needed for their assignment" is getting at. Maybe something like > "... since any given tunnel in the ALT is only relevant to the pair > of routers that connects over it, the only requirement of the IP > addresses used to establish that tunnel is that the involved routers > should be able to reach each other." Or something like that. Rewritten pretty much as you suggested. > Section 7.2 (SAFI for LISP+ALT) asks whether it would be prudent to > use a different SAFI to syntactically distinguish ALT routes from > Internet routes. This seems like a good idea to me since it would > help eliminate one hard-to-debug routing problem (and source of > increased opex, see other comments). However, if this is done it > has the disadvantage of eliminating the possibility of using COTS > routers for ALT routers. Rewitten to point out this trade-off. > S8.1 "First, since reachability of RLOCs is learned through the LISP > ITR-ETR exchange, "flapping" (frequent BGP updates and withdrawals) > is not likely, and mapping information cannot become "stale" due to > slow propagation through the ALT BGP mesh." I can't tell what this > sentence is trying to say. Rewritten and expanded to better explain this. > S8.1 The relationship of LISP+ALT to traffic engineering seems to be > fairly tenuous; this section seems to primarily recapitulate > elements of the LISP architecture (not ALT) that are related to > traffic engineering. I would suggest removing the section entirely, > or if not then reducing it just to the first two sentences plus a > statement that ALT as such does not relate to traffic engineering, > perhaps with a reference to the relevant section of [LISP]. In re-reading this section, I agree that it did a poor job of combining two concepts (ALT stability and traffic engineering) that are only indirectly related. I have split the discussion into two subsections and have rewritten/expanded both to better explain the intention. > This section glosses over the fact that although some traffic > engineering capabilities are gained, others are lost, and that costs > are transferred in some cases. Depending on the scenario, some > players in the traffic engineering equation win, others lose. > Notably, transit providers can be seen as losing. For transit > traffic, if all traffic flows toward well-aggregated prefixes, the > ability of transit SPs to engineer those flows by making > fine-grained adjustments to routing is hampered. Elsewhere in the > LISP document set it is suggested that this can be addressed by > having the transit provider re-encapsulate the transit traffic. > While this may enable the transit provider to regain egress > selection TE control, it comes at the cost of deploying new > encapsulating and decapsulating routers at the transit provider > border. Further, current routing-based TE can provide a modicum of > ingress selection control; no replacement is offered for this. > There are further changes in the "balance of power" between traf fic > sinks, transits, and traffic sources as well. Thus, while I would > agree that the TE capabilities provided by LISP are better in some > ways, they may be seen as worse in others, and the "improved traffic > engineering" claims of this section are incomplete without a > discussion of the tradeoffs. This is an area of the LISP effort that is in the midst of a great deal of evolution right now. The authors are actively working to engage the operational community in a dicussion to figure out what traffic engineering capabilities are needed and how best to incorporate those capabilities into LISP and the LISP mapping database. If you're interested in participating in these discussions, I'd very much welcome your input. > S8.2 and elsewhere mention that "It is again worth noting that the > ALT carries only EID-prefixes, used to construct BGP paths to their > owning ETRs; this set of information is considerably less volatile > than the actual EID-to-RLOC mappings." It's not clear to me why it > should be much less volatile. Presumably the mapping changes > whenever an RLOC is (permanently) added or deleted. Equally, one > would assume that since each RLOC corresponds to an ETR, when an > RLOC is added the ETR must be advertised into the ALT, and when an > RLOC is deleted the ETR advertisement must be removed. Thus the > naive analysis is that the ALT routes should be at least equally > volatile (but actually more so because the routing will reflect the > dynamic state of the ETR connectivity). Perhaps Map Servers are > supposed to help with this? Or maybe the point is that aggregation > should hide the volatility close to the source? In any case, the > statement as written doesn't seem to be quite right. Rewritten to clarify how and why the ALT can help improve stability. > The various discussions of aggregation seem to be lacking in detail > considering that aggregation is said to be key to this scheme. In > particular, there is no mention of whether and when to suppress > more-specifics. I suppose it may be assumed that you always do so? > This needs to be made clear. Diagrams would help. I believe more details will come out of development of the ALT deployment document. > S11.3 the citation for S-BGP (not sBGP) is wrong. Fixed. > S13, References. Surely [LISP] must be a normative reference? > [LISP-MS] also seems to be. Fixed. The distinction between "normative reference" and "informative reference" in IETF procedural-speak is somewhat lost on me. > The final paragraph of S.2 summarizes most of the following sections > other than S.7 and sections 10+. Seemed odd to omit those. Fixed. Probably an oversight as additional sections were added. > The definition of RLOC should probably mention that "locator" is > used interchangeably with "RLOC". Or, the uses of "locator" could > be replaced by "RLOC". Fixed. > S.4, the first use of the acronym "DA" is not defined. (Seems to > have come from some c-n-p of paragraphs in the latest revision, > since the term is defined later.) Eliminated the acronym use and spelled-out "destination IP address". > In section 5, "A LISP+ALT router near the edge learns EID prefixes > originated by authoritative ETRs". You haven't defined "the edge" > but shouldn't this be *at* the edge? (If you really mean "near" > then what is "the edge", and how near is near?) Yes, it is "at the edge". Fixed, though I haven't added a specific definition of "the edge". > S5.1 talks about Data Probes without mentioning that they're discouraged. Fixed. > S5.2, first paragraph, "The ALT network is built in a > tree-structured hierarchy". S8 later says "The ALT BGP peering > topology should be arranged in a tree-like fashion (with some > meshiness)". The latter makes more sense than the former for > practical purposes, but anyway they need to be reconciled. Fixed. Good catch, thanks. > S6.1 -- I think you could s/explicitly//g and increase clarity. If > you want to be emphatic, IMO you'd be better off using 2119 > terminology. Mostly removed except where I thought the emphasis was needed. > S9.1 "TCP-connected ETRs". These are not defined. Obsolete reference, removed. > The [Interworking] reference has expired. Updated reference. > In addition, the following minor changes. This is against the > version that was sent to lisp@ietf.org on Feb 23: > > jgs$ diff draft-ietf-lisp-alt-03.txt draft-ietf-lisp-alt-03-marked-up.txt > 250c250 > < It is important to note that the ALT does not distibute actual EID- > --- > > It is important to note that the ALT does not distribute actual EID- > 352c352 ... Is there some context missing from this list of diffs? I can't see any differences in the text other than spacing. --Vince --7JfCtLOvnd9MIVvH Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename="draft-ietf-lisp-alt-03.txt" Network Working Group V. Fuller Internet-Draft D. Farinacci Intended status: Experimental D. Meyer Expires: September 9, 2010 D. Lewis Cisco March 8, 2010 LISP Alternative Topology (LISP+ALT) draft-ietf-lisp-alt-03.txt Abstract This document describes a simple mapping database to be used by the Locator/ID Separation Protocol (LISP) to find Endpoint Identifier (EID) to Routing Locator (RLOC) mappings. Termed the Alternative Logical Topology (ALT), the database is built as an overlay network on the public Internet using the Border Gateway Protocol (BGP) and the Generic Routing Encapsulation (GRE). Using these proven protocols, the ALT can be built and deployed relatively quickly without major changes to the existing routing infrastructure. Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on September 9, 2010. Copyright Notice Copyright (c) 2010 IETF Trust and the persons identified as the Fuller, et al. Expires September 9, 2010 [Page 1] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the BSD License. Fuller, et al. Expires September 9, 2010 [Page 2] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Table of Contents 1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 4 2. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 5 3. The LISP+ALT model . . . . . . . . . . . . . . . . . . . . . . 8 3.1. Routeability of EIDs . . . . . . . . . . . . . . . . . . . 8 3.1.1. Mechanisms for an ETR to originate EID-prefixes . . . 9 3.1.2. Mechanisms for an ITR to forward to EID-prefixes . . . 9 3.1.3. Map Server Model preferred . . . . . . . . . . . . . . 9 3.2. Connectivity to non-LISP sites . . . . . . . . . . . . . . 9 3.3. Caveats on the use of Data Probes . . . . . . . . . . . . 10 4. LISP+ALT: Overview . . . . . . . . . . . . . . . . . . . . . . 11 4.1. ITR traffic handling . . . . . . . . . . . . . . . . . . . 12 4.2. EID Assignment - Hierarchy and Topology . . . . . . . . . 12 4.3. Use of GRE and BGP between LISP+ALT Routers . . . . . . . 14 5. EID-prefix Propagation and Map-Request Forwarding . . . . . . 15 5.1. Changes to ITR behavior with LISP+ALT . . . . . . . . . . 15 5.2. Changes to ETR behavior with LISP+ALT . . . . . . . . . . 15 6. BGP configuration and protocol considerations . . . . . . . . 17 6.1. Autonomous System Numbers (ASNs) in LISP+ALT . . . . . . . 17 6.2. Sub-Address Family Identifier (SAFI) for LISP+ALT . . . . 17 7. EID-prefix Aggregation . . . . . . . . . . . . . . . . . . . . 18 7.1. Stability of the ALT . . . . . . . . . . . . . . . . . . . 18 7.2. Traffic engineering using LISP . . . . . . . . . . . . . . 18 7.3. Edge aggregation and dampening . . . . . . . . . . . . . . 19 8. Connecting sites to the ALT network . . . . . . . . . . . . . 20 8.1. ETRs originating information into the ALT . . . . . . . . 20 8.2. ITRs Using the ALT . . . . . . . . . . . . . . . . . . . . 20 9. IANA Considerations . . . . . . . . . . . . . . . . . . . . . 22 10. Security Considerations . . . . . . . . . . . . . . . . . . . 23 10.1. Apparent LISP+ALT Vulnerabilities . . . . . . . . . . . . 23 10.2. Survey of LISP+ALT Security Mechanisms . . . . . . . . . . 24 10.3. Use of new IETF standard BGP Security mechanisms . . . . . 24 11. Acknowledgments . . . . . . . . . . . . . . . . . . . . . . . 25 12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 26 12.1. Normative References . . . . . . . . . . . . . . . . . . . 26 12.2. Informative References . . . . . . . . . . . . . . . . . . 26 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 27 Fuller, et al. Expires September 9, 2010 [Page 3] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 1. Introduction This document describes the LISP+ALT mapping database, to be used by LISP to find EID-to-RLOC mappings. The ALT network is built using the Border Gateway Protocol (BGP, [RFC4271]), the BGP multi-protocol extension [RFC2858], and the Generic Routing Encapsulation (GRE, [RFC2784]) to construct an overlay nnetwork of devices (ALT Routers) which operate on EID-prefixes and use EIDs as forwarding destinations. ALT Routers advertise hierarchically-delegated segments of the EID namespace (i.e., prefixes) toward the rest of the ALT; they also forward traffic destined for an EID covered by one of those prefixes toward the network element which is authoritative for that EID (i.e. is the origin of the advertisement of the EID-to-RLOC mapping which applies to that EID). Map Resolvers (MRs; see [LISP-MS]) and, in some cases, Ingress Tunnel Routers (ITRs) use this overlay to send mapping requests (using [LISP]) to the Egress Tunnel Routers (ETRs) that hold the EID-to-RLOC mappings for a particular EID-prefix It is important to note that the ALT does not distibute actual EID- to-RLOC mappings. What it does provide is a forwarding path from an ITR (or MR) which requires an EID-to-RLOC mapping to an ETR which holds that mapping. The ITR/MR uses this path to send an ALT Datagram (see Section 3) to an ETR which then responds with a Map- Reply containing the needed mapping information. One design goal for LISP+ALT is to use existing technology wherever possible. To this end, the ALT is intended to be built using off- the-shelf routers which already implement the required protocols (BGP and GRE); little, if any, LISP-specific modifications should be needed for such devices to be deployed on the ALT. Note, though, that organizational and operational considerations suggest that ALT Routers be both logically and physically separate from the "native" Internet packet transport system; deploying this overlay on those routers which are already participating in the global routing system and actively forwarding Internet traffic is not recommended. The remainder of this document is organized as follows: Section 2 provides the definitions of terms used in this document. Section 3 outlines the basic LISP 1.5 model. Section 4 provides a basic overview of the LISP Alternate Topology architecture, and Section 5 describes how the ALT uses BGP to propagate Endpoint Identifier reachability over the overlay network and Section 6 describes other considerations for using BGP on the ALT. Section 7 describes the construction of the ALT aggregation hierarchy, and Section 8 discusses how LISP+ALT elements are connected to form the overlay network. Fuller, et al. Expires September 9, 2010 [Page 4] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 2. Definition of Terms LISP+ALT operates on two name spaces and introduces a new network element, the LISP+ALT Router (see below). This section provides high-level definitions of the LISP+ALT name spaces, network elements, and message types. Alternative Logical Topology (ALT): The virtual overlay network made up of tunnels between LISP+ALT Routers. The Border Gateway Protocol (BGP) runs between ALT Routers and is used to carry reachability information for EID-prefixes. The ALT provides a way to forward Map-Requests (and, if supported, Data Probes) toward the ETR that "owns" and EID-prefix. As a tunneled overlay, its performance is expected to be quite limited so use of it to forward high-bandwidth flows of Data Probes is strongly discouraged (see Section 3.3 for additional discussion). Legacy Internet: The portion of the Internet which does not run LISP and does not participate in LISP+ALT. ALT Router: The devices which run on the ALT. The ALT is a static network built using tunnels between ALT Routers. These routers are deployed in a roughly-hierarchical mesh in which routers at each level in the topology are responsible for aggregating EID- prefixes learned from those logically "below" them and advertising summary prefixes to those logically "above" them. Prefix learning and propagation between ALT Routers is done using BGP. An ALT Router at the lowest level, or "edge" of the ALT, learns EID- prefixes from its "client" ETRs. See Section 3.1 for a description of how EID-prefixes are learned at the "edge" of the ALT. See also Section 6 for details on how BGP is configured between the different network elements. When an ALT Router receives an ALT Datagram, it looks up the destination EID in its forwarding table (composed of EID prefix routes it learned from neighboring ALT Routers) and forwards it to the logical next-hop on the overlay network. Endpoint ID (EID): A 32-bit (for IPv4) or 128-bit (for ipv6) value used to identify the ultimate source or destination for a LISP- encapsulated packet. See [LISP] for details. EID-prefix: A set of EIDs delegated in a power-of-two block. EID- prefixes are routed on the ALT (not on the global Internet) and are expected to be assigned in a hierarchical manner such that they can be aggregated by ALT Routers. Such a block is characterized by a prefix and a length. Note that while the ALT routing system considers an EID-prefix to be an opaque block of EIDs, an end site may put site-local, topologically-relevant Fuller, et al. Expires September 9, 2010 [Page 5] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 structure (subnetting) into an EID-prefix for intra-site routing. Aggregated EID-prefixes: A set of individual EID-prefixes that have been aggregated in the [RFC4632] sense. Map Server (MS): An edge ALT Router that provides a registration function for non-ALT-connected ETRs, originates EID-prefixes into the ALT on behalf of those ETRs, and forwards Map-Reqeusts to them. See [LISP-MS] for details. Map Resolver (MR): An edge ALT Router that accepts an Encapsulated Map-Reqeust from a non-ALT-connected ITR, decapsulates it, and forwards it on to the ALT toward the ETR which owns the requested EID-prefix. See [LISP-MS] for details. Ingress Tunnel Router (ITR): A router which sends LISP Map- Requests or encapsulates IP datagrams with LISP headers, as defined in [LISP]. In this document, the term refers to any device implementing ITR functionality, including a Proxy-ITR (see [LISP-IW]). Under some circumstances, a LISP Map Resolver may also originate Map-Requests (see [LISP-MS]). Egress Tunnel Router (ETR): A router which sends LISP Map-Replies in response to LISP Map-Requests and decapsulates LISP- encapsulated IP datagrams for delivery to end systems, as defined in [LISP]. In this document, the term refers to any device implementing ETR functionality, including a Proxy-ETR (see [LISP-IW]). Under some circumstances, a LISP Map Server may also respond to Map-Requests (see [LISP-MS]). Routing Locator (RLOC): A routable IP address for a LISP tunnel router (ITR or ETR). Interchangeably referred to as a "locator" in this document. An RLOC is also the output of a EID-to-RLOC mapping lookup; an EID-prefix maps to one or more RLOCs. Typically, RLOCs are numbered from topologically-aggregatable blocks that are assigned to a site at each point where it attaches to the global Internet; where the topology is defined by the connectivity of provider networks, RLOCs can be thought of as Provider Aggregatable (PA) addresses. Routing for RLOCs is not carried on the ALT. EID-to-RLOC Mapping: A binding between an EID-prefix and the set of RLOCs that can be used to reach it; sometimes referred to simply as a "mapping". Fuller, et al. Expires September 9, 2010 [Page 6] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 EID-prefix Reachability: An EID-prefix is said to be "reachable" if one or more of its locators are reachable. That is, an EID-prefix is reachable if the ETR that is authoritative for a given EID-to- RLOC mapping is reachable. Default Mapping: A Default Mapping is a mapping entry for EID- prefix 0.0.0.0/0 (0::/0 for ipv6). It maps to a locator-set used for all EIDs in the Internet. If there is a more specific EID- prefix in the mapping cache it overrides the Default Mapping entry. The Default Mapping can be learned by configuration or from a Map-Reply message. ALT Default Route: A EID-prefix value of 0.0.0.0/0 (or 0::/0 for ipv6) which may be learned from the ALT or statically configured on an edge ALT Router. The ALT-Default Route defines a forwarding path for a packet to be sent into the ALT on a router which does not have a full ALT forwarding database. Fuller, et al. Expires September 9, 2010 [Page 7] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 3. The LISP+ALT model The LISP+ALT model uses the same basic query/response protocol that is documented in [LISP]. In particular, LISP+ALT provides two types packet that an ITR can originate to obtain EID-to-RLOC mappings: Map-Request: A Map-Request message is sent into the ALT to request an EID-to-RLOC mapping. The ETR which owns the mapping will respond to the ITR with a Map-Reply message. Since the ALT only forwards on EID destinations, the destination address of the Map- Request sent on the ALT must be an EID. See [LISP] for the format of Map-Request and Map-Reply packets. Data Probe: Alternatively, an ITR may encapsulate and send the first data packet destined for a EID with no known RLOCs into the ALT as a Data Probe. This might be done minimize packet loss and to probe for the mapping. As above, the authoritative ETR for the EID-prefix will respond to the ITR with a Map-Reply message when it receives the data packet over the ALT. As a side-effect, the encapsulated data packet is delivered to the end-system at the ETR site. Note that the Data Probe inner IP destination address, which is an EID, is copied to the outer IP destination address so that the resulting packet can be routed over the ALT. See Section 3.3 for caveats on the usability of Data Probes. The term "ALT Datagram" is short-hand for a Map-Request or Data Probe to be sent into or forwarded on the ALT. Note that while the outer header Source Address of an ALT Datagram is currently expected to be an RLOC, there may be situations (i.e. for experimentation with caching in intermediate ALT nodes) where an EID would be used to force a Map-Reply to be routed back through the ALT. 3.1. Routeability of EIDs A LISP EID has the same syntax as IP address and can be used, unaltered, as the source or destination of an IP datagram. In general, though, EIDs are not routable on the public Internet; LISP+ ALT provides a separate, virtual network, known as the LISP Alternative Logical Topology (ALT) on which a datagram using an EID as an IP destination address may be transmitted. This network is built as an overlay on the public Internet using tunnels to interconnect ALT Routers. BGP runs over these tunnels to propagate path information needed to forward ALT Datagrams. Importantly, while the ETRs are the source(s) of the unaggregated EID-prefixes, LISP+ALT uses existing BGP mechanisms to aggregate this information. Fuller, et al. Expires September 9, 2010 [Page 8] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 3.1.1. Mechanisms for an ETR to originate EID-prefixes There are three ways that an ETR may originate its mappings into the ALT: 1. By registration with a Map Server as documented in [LISP-MS]. This is the common case and is expected to be used by the majority of ETRs. 2. Using a "static route" on the ALT. Where no Map-Server is available, an edge ALT Router may be configured with a "static EID-prefix route" pointing to an ETR. 3. Edge connection to the ALT. If a site requires fine- grained control over how its EID-prefixes are advertised in to the ALT, it may configure its ETR(s) with tunnel and BGP connections to edge ALT Routers. 3.1.2. Mechanisms for an ITR to forward to EID-prefixes There are three ways that an ITR may send ALT Datagrams: 1. Through a Map Resolver as documented in [LISP-MS]. This is the common case and is expected to be used by the majority of ITRs. 2. Using a "default route". Where a Map Resolver is not available, an ITR may be configured with a static ALT Default Route pointing to an edge ALT Router. 3. Edge connection to the ALT. If a site requires fine-grained knowledge of what prefixes exist on the ALT, it may configure its ITR(s) with tunnel and BGP connections to edge ALT Routers. 3.1.3. Map Server Model preferred The ALT-connected ITR and ETR cases are expected to be rare, as the Map Server/Map Resolver model is both simpler for an ITR/ETR operator to use, and provides a more general service interface to not only the ALT, but also to other mapping databases that may be developed in the future. 3.2. Connectivity to non-LISP sites As stated above, EIDs used as IP addresses by LISP sites are not routable on the public Internet. This implies that, absent a mechanism for communication between LISP and non-LISP sites, connectivity between them is not possible. To resolve this problem, an "interworking" technology has been defined; see [LISP-IW] for Fuller, et al. Expires September 9, 2010 [Page 9] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 details. 3.3. Caveats on the use of Data Probes It is worth noting that there has been a great deal of discussion and controversy about whether Data Probes are a good idea. On the one hand, using them offers a method of avoiding the "first packet drop" problem when an ITR does not have a mapping for a particular EID- prefix. On the other hand, forwarding data packets on the ALT would require that it either be engineered to support relatively high traffic rates, which is not generally feasible for a tunneled network, or that it be carefully designed to aggressively rate-limit traffic to avoid congestion or DoS attacks. There may also be issues caused by different latency or other performance characteristics between the ALT path taken by an initial Data Probe and the "Internet" path taken by subsequent packets on the same flow once a mapping is in place on an ITR. For these reasons, the use of Data Probes is not recommended at this time; they should only be originated an ITR when explicitly configured to do so and such configuration should only be enabled when performing experiments intended to test the viability of using Data Probes. Fuller, et al. Expires September 9, 2010 [Page 10] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 4. LISP+ALT: Overview LISP+ALT is a hybrid push/pull architecture. Aggregated EID-prefixes are advertised among the ALT Routers and to those (rare) ITRs that are directly connected via a tunnel and BGP to the ALT. Specific EID-to-RLOC mappings are requested by an ITR (and returned by an ETR) using LISP when it sends a request either via a Map Resolver or to an edge ALT Router. The basic idea embodied in LISP+ALT is to use BGP, running on a tunneled overlay network (the ALT), to establish reachability between ALT Routers. The ALT BGPRoute Information Base (RIB) is comprised of EID-prefixes and associated next hops. ALT Routers interconnect using BGP and propagate EID-prefix updates among themselves. EID- prefix information is learned from ETRs at the "edge" of the ALT either through the use of the Map Server interface (the commmon case), static configuration, or by BGP-speaking ETRs. An ITR use the ALT to learn the best path for forwarding an ALT Datagram destined to a particular EID-prefix. An ITR will normally use a Map Resolver to send its ALT Datagrams on to the ALT but may, in unusual circumstances, use a static ALT Default Route or connect to the ALT using BGP. Note that while this document specifies the use of Generic Routing Encapsulation (GRE) as a tunneling mechanism, there is no reason that parts of the ALT cannot be built using other tunneling technologies, particularly in cases where GRE does not meet security, management, or other operational requirements. References to "GRE tunnel" in later sections of this document should therefore not be taken as prohibiting or precluding the use of other tunneling mechanisms. Note also that two ALT Routers that are directly adjacent (with no layer-3 router hops between them) need not use a tunnel between them; in this case, BGP may be configured across the interfaces that connect to their common subnet and that subnet is then considered to be part of the ALT topology. Use of techniques such as "eBGP multihop" to connect ALT Routers that do not share a tunnel or common subnet is not recommended as the non-ALT Routers in between the ALT Routers in such a configuration may not have information necessary to forward ALT Datagrams destined to EID-prefixes exchanged across that BGP session. In summary, LISP+ALT uses BGP to build paths through ALT Routers so that an ALT Datagram sent in to the ALT can be forwarded to the ETR that holds the EID-to-RLOC mapping for that EID-prefix. This reachability is carried as IPv4 or ipv6 NLRI without modification (since an EID-prefix has the same syntax as IPv4 or ipv6 address prefix). ALT Routers establish BGP sessions with one another, Fuller, et al. Expires September 9, 2010 [Page 11] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 forming the ALT. An ALT Router at the "edge" of the topology learns EID-prefixes originated by authoritative ETRs. Learning may be though the Map Server interface, by static configuration, or via BGP with the ETRs. An ALT Router may also be configured to aggregate EID-prefixes received from ETRs or from other LISP+ALT routers that are topologically "downstream" from it. 4.1. ITR traffic handling When an ITR receives a packet originated by an end system withind its site (i.e. a host for which the ITR is the exit path out of the site) and the destination EID for that packet is not known in the ITR's mapping cache, the ITR creates either a Map-Request for the destination EID or the original packet encapsulated as a Data Probe (see Section 3.3 for caveats on the usability of Data Probes). The result, known as an ALT Datagram, is then sent to an ALT Router (see also [LISP-MS] for non-ALT-connected ITRs, noting that Data Probes cannot be sent to a Map-Resolver). This "first hop" ALT Router uses EID-prefix routing information learned from other ALT Routers via BGP to guide the packet to the ETR which "owns" the prefix. Upon receipt by the ETR, normal LISP processing occurs: the ETR responds to the ITR with a LISP Map-Reply that lists the RLOCs (and, thus, the ETRs to use) for the EID-prefix. For Data Probes, the ETR also decapsulates the packet and transmits it toward its destination. Upon receipt of the Map-Reply, the ITR installs the RLOC information for a given prefix into a local mapping database. With these mapping entries stored, additional packets destined to the given EID-prefix are routed directly to an RLOC without use of the ALT, until either the entry's TTL has expired, or the ITR can otherwise find no reachable ETR. Note that a current mapping may exist that contains no reachable RLOCs; this is known as a Negative Cache Entry and it indicates that packets destined to the EID-prefix are to be dropped. Full details on Map-Request/Map-Reply processing may be found in [LISP]. Traffic routed on to the ALT consists solely of ALT Datagrams, i.e. Map-Requests and Data Probes (if supported). Given the relatively low performance expected of a tuneled topology, ALT Routers (and Map Resolvers) should aggressively rate-limit the ingress of ALT Datagrams from ITRs and, if possible, should be configured to not accept packets that are not ALT Datagrams. 4.2. EID Assignment - Hierarchy and Topology EID-prefixes are expected to be allocated to a LISP site by Internet Registries. Where a site has multiple aggregations which are aligned Fuller, et al. Expires September 9, 2010 [Page 12] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 on a power-of-2 block boundary, they should be aggregated into a single EID-prefix for advertisement. The ALT network is built in a roughly hierarchical, partial mesh which is intended to allow aggregation where clearly-defined hierarchical boundaries exist. Building such a structure should minimize the number of EID-prefixes carried by LISP+ALT nodes near the top of the hierarchy. Routes on the ALT do not need to respond to changes in policy, subscription, or underlying physical connectivity, so the topology can remain relatively static and aggregation can be sustained. Because routing on the ALT uses BGP, the same rules apply for generating aggregates; in particular, a ALT Router should only be configured to generate an aggregate if it is configured with BGP sessions to all of the originators of components (more-specifics prefixes) of that aggregate. Not all of the components of need to be present for the aggregate to be originated (some may be holes in the covering prefix and some may be down) but the aggregating router must be configured to learn the state of all of the components. Under what circumstances the ALT Router actually generates the aggregate is a matter of local policy: in some cases, it will be statically configured to do so at all times with a "static discard" route. In other cases, it may be configured to only generate the aggregate prefix if at least one of the components of the aggregate is learned via BGP. An ALT Router must not genearte an aggregate that includes a non- LISP-speaking hole unless it can be configured to return a Negative Map-Reply with action="Natively-Forward" (see [LISP]) if it receives an ALT Datagram that matches that hole. If it receives an ALT Datagram that matches a LISP-speaking hole that is currently not reachable, it should return a Negative Map-Reply with action="drop". Negative Map-Replies should be returned with a short TTL, as specified in [LISP-MS]. Note that an off-the-shelf, non-LISP- speaking router configured as an aggregating ALT Router cannot send Negative Map-Replies, so such a router must never originate an aggregate that includes a non-LISP-speaking hole. This implies that two ALT Routers that share an overlapping set of prefixes must exchange those prefixes if either is to generate and export a covering aggregate for those prefixes. It also implies that an ETR which connects to the ALT using BGP must maintain BGP sessions with all of the ALT Routers that are configured to originate an aggregate which covers that prefix and that each of those ALT Routers must be explicitly configured to know the set of EID-prefixes that make up any aggregate that it originates. See also [LISP-MS] for an example of other ways that prefix origin consistency and aggregation are maintained. Fuller, et al. Expires September 9, 2010 [Page 13] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 As an example, consider ETRs that are originating EID-prefixes for 10.1.0.0/24, 10.1.64.0/24, 10.1.128.0/24, and 10.1.192.0/24. An ALT Router should only be configured to generate an aggregate for 10.1.0.0/16 if it has BGP sessions configured with all of these ETRs, in other words, only if it has sufficient knowledge about the state of those prefixes to summarize them. If the Router originating 10.1.0.0/16 receives an ALT Datagram destined for 10.1.77.88, a non- LISP destination covered by the aggregate, it returns a Negative Map- Reply with action "Natively-Forward". If it receives an ALT Datagram destined for 10.1.128.199 but the configured LISP prefix 10.1.128.0/24 is unreachable, it returns a Negative Map-Reply with action "drop". Note: much is currently uncertain about the best way to build the ALT network; as testing and prototype deployment proceeds, a guide to how to best build the ALT network will be developed. 4.3. Use of GRE and BGP between LISP+ALT Routers The ALT network is built using GRE tunnels between ALT Routers. BGP sessions are configured over those tunnels, with each ALT Router acting as a separate AS "hop" in a Path Vector for BGP. For the purposes of LISP+ALT, the AS-path is used solely as a shortest-path determination and loop-avoidance mechanism. Because all next-hops are on tunnel interfaces, no IGP is required to resolve those next- hops to exit interfaces. LISP+ALT's use of GRE and BGP facilities deployment and operation of LISP because no new protocols need to be defined, implemented, or used on the overlay topology; existing BGP/GRE tools and operational expertise are also re-used. Tunnel address assignment is also easy: since the addresses on an ALT tunnel are only used by the pair of routers connected to the tunnel, the only requirement of the IP addresses used to establish that tunnel is that the attached routers be reachable by each other; any addressing plan, including private addressing, can therefore be used for ALT tunnels. Fuller, et al. Expires September 9, 2010 [Page 14] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 5. EID-prefix Propagation and Map-Request Forwarding As described in Section 8.2, an ITR sends an ALT Datagram to a given EID-to-RLOC mapping. The ALT provides the infrastructure that allows these requests to reach the authoritative ETR. Note that under normal circumstances Map-Replies are not sent over the ALT - an ETR sends a Map-Reply to the source RLOC learned from the original Map-Request. There may be scenarios, perhaps to encourage caching of EID-to-RLOC mappings by ALT Routers, where Map- Replies could be sent over the ALT or where a "first-hop" ALT router might modify the originating RLOC on a Map-Request received from an ITR to force the Map-Reply to be returned to the "first-hop" ALT Router. These cases will not be supported by initial LISP+ALT implementations but may be subject to future experimentation. ALT Routers propagate path information via BGP ([RFC4271]) that is used by ITRs to send ALT Datagrams toward the appropriate ETR for each EID-prefix. BGP is run on the inter-ALT Router links, and possibly between an edge ("last hop") ALT Router and an ETR or between an edge ("first hop") ALT Router and an ITR. The ALT BGP RIB consists of aggregated EID-prefixes and their next hops toward the authoritative ETR for that EID-prefix. 5.1. Changes to ITR behavior with LISP+ALT As previously described, an ITR will usually use the Map Resolver interface and will send its Map Requests to a Map Resolver. When an ITR instead connects via tunnels and BGP to the ALT, it sends ALT Datagrams to one of its "upstream" ALT Routers; these are sent only to obtain new EID-to-RLOC mappings - RLOC probe and cache TTL refresh Map-Requests are not sent on the ALT. As in basic LISP, it should use one of its RLOCs as the source address of these queries; it should not use a tunnel interface as the source address as doing so will cause replies to be forwarded over the tunneled topology and may be problematic if the tunnel interface address is not routed throughout the ALT. If the ITR is running BGP with the LISP+ALT router(s), it selects the appropriate ALT Router based on the BGP information received. If it is not running BGP, it uses a statically-configued ALT Default Route to select an ALT Router. 5.2. Changes to ETR behavior with LISP+ALT As previously described, an ETR will usually use the Map Server interface (see [LISP-MS]) and will register its EID-prefixes with its configured Map Servers. When an ETR instead connects using BGP to one or more ALT Routers, it announces its EID-prefix(es) to those ALT Routers. Note that when an ETR generates a Map-Reply message to Fuller, et al. Expires September 9, 2010 [Page 15] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 return to a querying ITR, it sends it to the ITR's source-RLOC (i.e., on the underlying Internet topology, not on the ALT; this avoids any latency penalty (or "stretch") that might be incurred by routing over the ALT). Fuller, et al. Expires September 9, 2010 [Page 16] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 6. BGP configuration and protocol considerations 6.1. Autonomous System Numbers (ASNs) in LISP+ALT The primary use of BGP today is to define the global Internet routing topology in terms of its participants, known as Autonomous Systems. LISP+ALT specifies the use of BGP to create a global overlay network (the ALT) for finding EID-to-RLOC mappings. While related to the global routing database, the ALT serves a very different purpose and is organized into a very different hierarchy. Because LISP+ALT does use BGP, however, it uses ASNs in the paths that are propagated among ALT Routers. To avoid confusion, it needs to be stressed that that these LISP+ALT ASNs use a new numbering space that is unrelated to the ASNs used by the global routing system. Exactly how this new space will be assigned and managed will be determined during the deployment of LISP+ALT. Note that the ALT Routers that make up the "core" of the ALT will not be associated with any existing core-Internet ASN because the ALT topology is completely separate from, and independent of, the global Internet routing system. 6.2. Sub-Address Family Identifier (SAFI) for LISP+ALT As defined by this document, LISP+ALT may be implemented using BGP without modification. Given the fundamental operational difference between propagating global Internet routing information (the current dominant use of BGP) and creating an overlay network for finding EID- to-RLOC mappings (the use of BGP proposed by this document), it may be desirable to assign a new SAFI [RFC2858] to prevent operational confusion and difficulties, including the inadvertent leaking of information from one domain to the other. Use of a separate SAFI would make it easier to debug many operational problems but would come at a significant cost: unmodified, off-the-shelf routers which do not understand the new SAFI could not be used to build any part of the ALT network. At present, this document does not request the assignment of a new SAFI; additional experimentation may suggest the need for one in the future. Fuller, et al. Expires September 9, 2010 [Page 17] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 7. EID-prefix Aggregation The ALT BGP peering topology should be arranged in a tree-like fashion (with some meshiness), with redundancy to deal with node and link failures. A basic assumption is that as long as the routers are up and running, the underlying Internet will provide alternative routes to maintain BGP connectivity among ALT Routers. Note that, as mentioned in Section 4.2, the use of BGP by LISP+ALT requires that information only be aggregated where all active more- specific prefixes of a generated aggregate prefix are known. This is no different than the way that BGP route aggregation works in the existing global routing system: a service provider only generates an aggregate route if it is configured to learn to all prefixes that make up that aggregate. 7.1. Stability of the ALT It is worth noting that LISP+ALT does not directly propagate EID-to- RLOC mappings. What it does is provide a mechanism for an ITR to commonicate with the ETR that holds the mapping for a particular EID- prefix. This distinction is important when considering the stability of BGP on the ALT network as compared to the global routing system. It also has implications for how site-specific EID-prefix information may be used by LISP but not propagated by LISP+ALT (see Section 7.2 below). RLOC prefixes are not propagated through the ALT so their reachability is not determined through use of LISP+ALT. Instead, reachability of RLOCs is learned through the LISP ITR-ETR exchange. This means that link failures or other service disruptions that may cause the reachability of an RLOC to change are not known to the ALT. Changes to the presence of an EID-prefix on the ALT occur much less frequently: only at subscription time or in the event of a failure of the ALT infrastructure itself. This means that "flapping" (frequent BGP updates and withdrawals due to prefix state changes) is not likely and mapping information cannot become "stale" due to slow propagation through the ALT BGP mesh. 7.2. Traffic engineering using LISP Since an ITR learns an EID-to-RLOC mapping directly from the ETR that owns it, it is possible to perform site-to-site traffic engineering by setting the preference and/or weight fields, and by including more-specific EID-to-RLOC information in Map-Reply messages. This is a powerful mechanism that can conceivably replace the traditional practice of routing prefix deaggregation for traffic Fuller, et al. Expires September 9, 2010 [Page 18] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 engineering purposes. Rather than propagating more-specific information into the global routing system for local- or regional- optimization of traffic flows, such more-specific information can be exchanged, through LISP (not LISP+ALT), on an as-needed basis between only those ITRs/ETRs (and, thus, site pairs) that need it. Should a receiving ITR decide that it does not wish to store such more- specific information, it has the option of discarding it as long as a shorter, covering EID-prefix exists. Such an exchange of "more- specifics" between sites facilitates traffic engineering, by allowing richer and more fine-grained policies to be applied without advertising additional prefixes into either the ALT or the global routing system. Note that these new traffic engineering capabilities are an attribute of LISP and are not specific to LISP+ALT; discussion is included here because the BGP-based global routing system has traditionally used propagation of more-specific routes as a crude form of traffic engineering. 7.3. Edge aggregation and dampening Normal BGP best common practices apply to the ALT network. In particular, first-hop ALT Routers will aggregate EID prefixes and dampen changes to them in the face of excessive updates. Since EID- prefix assignments are not expected to change as frequently as global routing BGP prefix reachability, such dampening should be very rare, and might be worthy of logging as an exceptional event. It is again worth noting that the ALT carries only EID-prefixes, used to construct BGP paths to their owning ETRs; it does not carry reachability about RLOCs. In addition, EID-prefix information may be aggregated as the topology and address assignment hierarchy allow. Since the topology is all tunneled and can be modified as needed, reasonably good aggregation should be possible. In addition, since most ETRs are expected to connect to the ALT using the Map Server interface, Map Servers will implement a natural "edge" for the ALT where dampening and aggregation can be applied. For these reasons, the set of prefix information on the ALT can be expected to be both better aggregated and considerably less volatile than the actual EID- to-RLOC mappings. Fuller, et al. Expires September 9, 2010 [Page 19] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 8. Connecting sites to the ALT network 8.1. ETRs originating information into the ALT EID-prefix information is originated into the ALT by three different mechanisms: Map Server: In most cases, a site will configure its ETR(s) to register with one or more Map Servers (see [LISP-MS]), and does not participate directly in the ALT. BGP: For a site requiring complex control over their EID-prefix origination into the ALT, an ETR may connect to the LISP+ALT overlay network by running BGP to one or more ALT Router(s) over tunnel(s). The ETR advertises reachability for its EID-prefixes over these BGP connection(s). The edge ALT Router(s) that receive(s) these prefixes then propagate(s) them into the ALT. Here the ETR is simply an BGP peer of ALT Router(s) at the edge of the ALT. Where possible, an ALT Router that receives EID-prefixes from an ETR via BGP should aggregate that information. Configuration: One or more ALT Router(s) may be configured to originate an EID-prefix on behalf of the non-BGP-speaking ETR that is authoritative for a prefix. As in the case above, the ETR is connected to ALT Router(s) using GRE tunnel(s) but rather than BGP being used, the ALT Router(s) are configured with what are in effect "static routes" for the EID-prefixes "owned" by the ETR. The GRE tunnel is used to route Map-Requests to the ETR. Note: in all cases, an ETR may register to multiple Map Servers or connect to multiple ALT Routers for the following reasons: * redundancy, so that a particular ETR is still reachable even if one path or tunnel is unavailable. * to connect to different parts of the ALT hierarchy if the ETR "owns" multiple EID-to-RLOC mappings for EID-prefixes that cannot be aggregated by the same ALT Router (i.e. are not topologically "close" to each other in the ALT). 8.2. ITRs Using the ALT In the common configuration, an ITR does not need to know anything about the ALT, since it sends Map-Requests to one of its configured Map-Resolvers (see [LISP-MS]). There are two exceptional cases: Fuller, et al. Expires September 9, 2010 [Page 20] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Static default: If a Map Resolver is not available but an ITR is adjacent to an ALT Router (either over a common subnet or through the use of a tunnel), it can use an ALT Default Route route to cause all ALT Datagrams to be sent that ALT Router. This case is expected to be rare. Connection to ALT: A site with complex Internet connectivity needs may need more fine-grained distinction between traffic to LISP- capable and non-LISP-capable sites. Such a site may configure each of its ITRs to connect directly to the ALT, using a tunnel and BGP connection. In this case, the ITR will receive EID-prefix routes from its BGP connection to the ALT Router and will LISP- encapsulate and send ALT Datagrams through the tunnel to the ALT Router. Traffic to other destinations may be forwarded (without LISP encapsulation) to non-LISP next-hop routers that the ITR knows. In general, an ITR that connects to the ALT does so only to to ALT Routers at the "edge" of the ALT (typically two for redundancy). There may, though, be situations where an ITR would connect to other ALT Routers to receive additional, shorter path information about a portion of the ALT of interest to it. This can be accomplished by establishing GRE tunnels between the ITR and the set of ALT Routers with the additional information. This is a purely local policy issue between the ITR and the ALT Routers in question. As described in [LISP-MS], Map-Resolvers do not accept or forward Data Probes; in the rare scenario that an ITR does support and originate Data Probes, it must do so using one of the exceptional configurations described above. Note that the use of Data Probes is discouraged at this time (see Section 3.3). Fuller, et al. Expires September 9, 2010 [Page 21] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 9. IANA Considerations This document makes no request of the IANA. Fuller, et al. Expires September 9, 2010 [Page 22] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 10. Security Considerations LISP+ALT shares many of the security characteristics of BGP. Its security mechanisms are comprised of existing technologies in wide operational use today, so securing the ALT should be mostly a matter of applying the same technology that is used to secure the BGP-based global routing system (see Section 10.3 below). 10.1. Apparent LISP+ALT Vulnerabilities This section briefly lists the known potential vulnerabilities of LISP+ALT. Mapping Integrity: Can an attacker insert bogus mappings to black- hole (create Denial-of-Service, or DoS attack) or intercept LISP data-plane packets? ALT Router Availability: Can an attacker DoS the ALT Routers connected to a given ETR? If a site's ETR cannot advertise its EID-to-RLOC mappings, the site is essentially unavailable. ITR Mapping/Resources: Can an attacker force an ITR or ALT Router to drop legitimate mapping requests by flooding it with random destinations for which it will generate large numbers of Map- Reqeusts and fill its mapping cache? Further study is required to see the impact of admission control on the overlay network. EID Map-Request Exploits for Reconnaissance: Can an attacker learn about a LISP site's TE policy by sending legitimate mapping requests and then observing the RLOC mapping replies? Is this information useful in attacking or subverting peer relationships? Note that any public LISP mapping database will have similar data- plane reconnaissance issue. Scaling of ALT Router Resources: Paths through the ALT may be of lesser bandwidth than more "direct" paths; this may make them more prone to high-volume denial-of-service attacks. For this reason, all components of the ALT (ETRs and ALT Routers) should be prepared to rate-limit traffic (ALT Datagrams) that could be received across the ALT. UDP Map-Reply from ETR: Since Map-Replies are sent directly from the ETR to the ITR's RLOC, the ITR's RLOC may be vulnerable to various types of DoS attacks (this is a general property of LISP, not an LISP+ALT vulnerability). Fuller, et al. Expires September 9, 2010 [Page 23] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 More-specific prefix leakage: Because EID-prefixes on the ALT are expected to be fairly well-aggregated and EID-prefixes propagated out to the global Internet (see [LISP-IW] much more so, accidental leaking or malicious advertisement of an EID-prefix into the global routing system could cause traffic redirection away from a LISP site. This is not really a new problem, though, and its solution can only be achieved by much more strict prefix filtering and authentication on the global routing system. 10.2. Survey of LISP+ALT Security Mechanisms Explicit peering: The devices themselves can both prioritize incoming packets, as well as potentially do key checks in hardware to protect the control plane. Use of TCP to connect elements: This makes it difficult for third parties to inject packets. Use of HMAC Protected BGP/TCP Connections: HMAC is used to verify message integrity and authenticity, making it nearly impossible for third party devices to either insert or modify messages. Message Sequence Numbers and Nonce Values in Messages: This allows an ITR to verify that the Map-Reply from an ETR is in response to a Map-Request originated by that ITR (this is a general property of LISP; LISP+ALT does not change this behavior). 10.3. Use of new IETF standard BGP Security mechanisms LISP+ALT's use of BGP allows the ALT to take advantage of BGP security features designed for existing Internet BGP use. For example, should either S-BGP [I-D.murphy-bgp-secr] or soBGP [I-D.white-sobgparchitecture] become widely deployed it expected that LISP+ALT could use these mechanisms to provide authentication of EID- to-RLOC mappings, and EID origination. Fuller, et al. Expires September 9, 2010 [Page 24] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 11. Acknowledgments The authors would like to specially thank J. Noel Chiappa who was a key contributer to the design of the LISP-CONS mapping database (many ideas from which made their way into LISP+ALT) and who has continued to provide invaluable insight as the LISP effort has evolved. Others who have provided valuable contributions include John Zwiebel, Hannu Flinck, Amit Jain, John Scudder, and Scott Brim. Fuller, et al. Expires September 9, 2010 [Page 25] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 12. References 12.1. Normative References [LISP] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-ietf-lisp-06.txt (work in progress), January 2010. [LISP-MS] Fuller, V. and D. Farinacci, "LISP Map Server", draft-ietf-lisp-ms-04.txt (work in progress), October 2009. [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, March 2000. [RFC2858] Bates, T., Rekhter, Y., Chandra, R., and D. Katz, "Multiprotocol Extensions for BGP-4", RFC 2858, June 2000. [RFC4271] Rekhter, Y., Li, T., and S. Hares, "A Border Gateway Protocol 4 (BGP-4)", RFC 4271, January 2006. [RFC4632] Fuller, V. and T. Li, "Classless Inter-domain Routing (CIDR): The Internet Address Assignment and Aggregation Plan", BCP 122, RFC 4632, August 2006. 12.2. Informative References [I-D.murphy-bgp-secr] Murphy, S., "BGP Security Analysis", draft-murphy-bgp-secr-04 (work in progress), November 2001. [I-D.white-sobgparchitecture] White, R., "Architecture and Deployment Considerations for Secure Origin BGP (soBGP)", draft-white-sobgparchitecture-00 (work in progress), May 2004. [LISP-IW] Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, "Interworking LISP with IPv4 and ipv6", draft-ietf-lisp-interworking-02.txt (work in progress), February 2010. Fuller, et al. Expires September 9, 2010 [Page 26] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Authors' Addresses Vince Fuller Cisco Tasman Drive San Jose, CA 95134 USA Email: vaf@cisco.com Dino Farinacci Cisco Tasman Drive San Jose, CA 95134 USA Email: dino@cisco.com Dave Meyer Cisco Tasman Drive San Jose, CA 95134 USA Email: dmm@cisco.com Darrel Lewis Cisco Tasman Drive San Jose, CA 95134 USA Email: darlewis@cisco.com Fuller, et al. Expires September 9, 2010 [Page 27] --7JfCtLOvnd9MIVvH Content-Type: text/html; charset=us-ascii Content-Disposition: attachment; filename="rfcdiff-alt-02-to-03.html" wdiff draft-fuller-lisp-alt-02.txt draft-ietf-lisp-alt-03.txt 
Network Working Group                                       D. Farinacci
Internet-Draft                                          V. Fuller
Internet-Draft                                              D. Farinacci
Intended status: Experimental                                   D. Meyer
Expires: October 25, 2008 September 9, 2010                                      D. Lewis
                                                                   Cisco
                                                          April 23, 2008
                                                           March 8, 2010

                  LISP Alternative Topology (LISP+ALT)
                      draft-fuller-lisp-alt-02.txt
                       draft-ietf-lisp-alt-03.txt

Abstract

   This document describes a simple mapping database to be used by the
   Locator/ID Separation Protocol (LISP) to find Endpoint Identifier
   (EID) to Routing Locator (RLOC) mappings.  Termed the Alternative
   Logical Topology (ALT), the database is built as an overlay network
   on the public Internet using the Border Gateway Protocol (BGP) and
   the Generic Routing Encapsulation (GRE).  Using these proven
   protocols, the ALT can be built and deployed relatively quickly
   without major changes to the existing routing infrastructure.

Status of this Memo

   By submitting this Internet-Draft, each author represents that any
   applicable patent or other IPR claims of which he or she

   This Internet-Draft is aware
   have been or will be disclosed, and any of which he or she becomes
   aware will be disclosed, submitted to IETF in accordance full conformance with Section 6 the
   provisions of BCP 78 and BCP 79.

   Internet-Drafts are working documents of the Internet Engineering
   Task Force (IETF), its areas, and its working groups.  Note that
   other groups may also distribute working documents as Internet-
   Drafts.

   Internet-Drafts are draft documents valid for a maximum of six months
   and may be updated, replaced, or obsoleted by other documents at any
   time.  It is inappropriate to use Internet-Drafts as reference
   material or to cite them other than as "work in progress."

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   http://www.ietf.org/ietf/1id-abstracts.txt.

   The list of Internet-Draft Shadow Directories can be accessed at
   http://www.ietf.org/shadow.html.

   This Internet-Draft will expire on October 25, 2008.

Abstract

   This document describes a method of building an alternative, logical
   topology for managing Endpoint Identifier to Routing Locator mappings
   using September 9, 2010.

Copyright Notice

   Copyright (c) 2010 IETF Trust and the Locator/ID Separation Protocol.  The logical network is
   built persons identified as an overlay on the public Internet using existing
   technologies and tools, specifically the Border Gateway Protocol
   document authors.  All rights reserved.

   This document is subject to BCP 78 and the Generic Routing Encapsulation.  An important design goal for
   LISP+ALT is IETF Trust's Legal
   Provisions Relating to allow for IETF Documents
   (http://trustee.ietf.org/license-info) in effect on the relatively easy deployment date of an
   efficient mapping system while minimizing changes
   publication of this document.  Please review these documents
   carefully, as they describe your rights and restrictions with respect
   to existing
   hardware this document.  Code Components extracted from this document must
   include Simplified BSD License text as described in Section 4.e of
   the Trust Legal Provisions and software. are provided without warranty as
   described in the BSD License.

Table of Contents

   1.  Requirements Notation  . . . . . . . . . . . . . . . . . . . .  3
   2.  Introduction . . . . . . . . . . . . . . . . . . . . . . . . .  4
   3.
   2.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  5
   4.
   3.  The LISP 1.5 LISP+ALT model . . . . . . . . . . . . . . . . . . . . . .  7
   5.  LISP+ALT: Overview  8
     3.1.  Routeability of EIDs . . . . . . . . . . . . . . . . . . .  8
       3.1.1.  Mechanisms for an ETR to originate EID-prefixes  . . .  8
     5.1.  9
       3.1.2.  Mechanisms for an ITR traffic handling to forward to EID-prefixes . . .  9
       3.1.3.  Map Server Model preferred . . . . . . . . . . . . . .  9
     3.2.  Connectivity to non-LISP sites . . . . .  8
     5.2.  EID Assignment - Hierarchy and Topology . . . . . . . . .  9
     5.3.  LISP+ALT Router
     3.3.  Caveats on the use of Data Probes  . . . . . . . . . . . . 10
   4.  LISP+ALT: Overview . . . . . . . . . . . . . 10
     5.4. . . . . . . . . . 11
     4.1.  ITR and ETR in a LISP+ALT Environment traffic handling . . . . . . . . . . 10
     5.5.  Use of GRE . . . . . . . . . 12
     4.2.  EID Assignment - Hierarchy and BGP between LISP+ALT Routers Topology  . . . . . . . 10
   6.  EID-to-RLOC mapping propagation . . 12
     4.3.  Use of GRE and BGP between LISP+ALT Routers  . . . . . . . 14
   5.  EID-prefix Propagation and Map-Request Forwarding  . . . . . . 12
     6.1. 15
     5.1.  Changes to ITR behavior with LISP+ALT  . . . . . . . . . . 12
     6.2. 15
     5.2.  Changes to ETR behavior with LISP+ALT  . . . . . . . . . . 12
   7. 15
   6.  BGP configuration and protocol considerations  . . . . . . . . 14
     7.1. 17
     6.1.  Autonomous System Numbers (ASNs) in LISP+ALT . . . . . . . 14
     7.2. 17
     6.2.  Sub-Address Family Identifier (SAFI) for LISP+ALT  . . . . 14
   8.  EID-Prefix 17
   7.  EID-prefix Aggregation . . . . . . . . . . . . . . . . . . . . 15
     8.1. 18
     7.1.  Stability of the ALT . . . . . . . . . . . . . . . . . . . 18
     7.2.  Traffic engineering with using LISP . . . . . . . . . . . . . . 18
     7.3.  Edge aggregation and LISP+ALT dampening . . . . . . . . 15
   9. . . . . . . 19
   8.  Connecting sites to the ALT network  . . . . . . . . . . . . . 16
     9.1. 20
     8.1.  ETRs originating information into the ALT  . . . . . . . . 16
     9.2. 20
     8.2.  ITRs Receiving Information from Using the ALT . . . . . . . . . 16
   10. . . . . . . . . . . . 20
   9.  IANA Considerations  . . . . . . . . . . . . . . . . . . . . . 18
   11. 22
   10. Security Considerations  . . . . . . . . . . . . . . . . . . . 19
     11.1. 23
     10.1. Apparent LISP+ALT Vulnerabilities  . . . . . . . . . . . . 19
     11.2. 23
     10.2. Survey of LISP+ALT Security Mechanisms . . . . . . . . . . 20
     11.3. Using existing 24
     10.3. Use of new IETF standard BGP Security mechanisms . . . . . . . . . . 20
   12. 24
   11. Acknowledgments  . . . . . . . . . . . . . . . . . . . . . . . 21
   13. 25
   12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 22
     13.1. 26
     12.1. Normative References . . . . . . . . . . . . . . . . . . . 22
     13.2. 26
     12.2. Informative References . . . . . . . . . . . . . . . . . . 22 26
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 23
   Intellectual Property and Copyright Statements . . . . . . . . . . 24 27

1.  Requirements Notation

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

2.  Introduction

   This document describes a method of building an alternative logical
   topology for managing Endpoint identifier the LISP+ALT mapping database, to Routing Locator mappings be used by
   LISP to find EID-to-RLOC mappings.  The ALT network is built using
   the Locator/ID Separation Protocol [LISP].  This logical
   topology uses existing technology and tools, specifically the Border Gateway Protocol [RFC4271] and its (BGP, [RFC4271]), the BGP multi-protocol
   extension [RFC2858], along with and the Generic Routing Encapsulation [RFC2784]
   protocol (GRE,
   [RFC2784]) to construct an overlay network nnetwork of devices that advertise (ALT Routers)
   which operate on EID-prefixes only.  These Endpoint Identifier Prefix Aggregators hold
   hierarchically-assigned pieces and use EIDs as forwarding
   destinations.

   ALT Routers advertise hierarchically-delegated segments of the Endpoint Identifier space EID
   namespace (i.e., prefixes) and their next hops toward the rest of the ALT; they also
   forward traffic destined for an EID covered by one of those prefixes
   toward the network element which is authoritative for Endpoint Identifier-to-Routing Locator that EID (i.e.
   is the origin of the advertisement of the EID-to-RLOC mapping
   for which
   applies to that prefix. EID).  Map Resolvers (MRs; see [LISP-MS]) and, in
   some cases, Ingress Tunnel routers can Routers (ITRs) use this overlay to make queries
   against and respond to send
   mapping requests made against the distributed
   Endpoint Identifier-to-Routing Locator mapping database.  Note the
   database is distributed (as described in (using [LISP]) and is stored in to the
   ETRs.

   Note Egress Tunnel Routers (ETRs)
   that an important design goal of LISP+ALT hold the EID-to-RLOC mappings for a particular EID-prefix

   It is important to minimize note that the
   number of changes ALT does not distibute actual EID-
   to-RLOC mappings.  What it does provide is a forwarding path from an
   ITR (or MR) which requires an EID-to-RLOC mapping to existing hardware and/or software an ETR which
   holds that are
   required mapping.  The ITR/MR uses this path to send an ALT
   Datagram (see Section 3) to deploy an ETR which then responds with a Map-
   Reply containing the needed mapping system.  It information.

   One design goal for LISP+ALT is envisioned that in most
   cases to use existing technology can be used wherever
   possible.  To this end, the ALT is intended to be built using off-
   the-shelf routers which already implement and deploy LISP+
   ALT.  Since the deployment of LISP+ALT adds new required protocols (BGP
   and GRE); little, if any, LISP-specific modifications should be
   needed for such devices to be deployed on the
   network, existing devices not need changes or upgrades.  They can
   function as they ALT.  Note, though,
   that organizational and operational considerations suggest that ALT
   Routers be both logically and physically separate from the "native"
   Internet packet transport system; deploying this overlay on those
   routers which are to realize an underlying already participating in the global routing system
   and robust physical
   topology. actively forwarding Internet traffic is not recommended.

   The remainder of this document is organized as follows: Section 3 2
   provides the definitions of terms used in this document.  Section 4 3
   outlines the basic LISP 1.5 model.  Section 5 4 provides a basic
   overview of the LISP Alternate Topology architecture, and Section 6 5
   describes how the ALT uses BGP to propagate Endpoint Identifier
   reachability over the overlay network. network and Section 8 6 describes other
   considerations for using BGP on the ALT.  Section 7 describes the
   construction of the ALT aggregation hierarchy, and Section 9 8
   discusses how LISP+ALT elements are connected to form the overlay
   network.

3.

2.  Definition of Terms

   LISP+ALT operates on two name spaces and introduces a new network
   element, the LISP+ALT Router (see below).  This section provides
   high-level definitions of the LISP+ALT name spaces, network elements,
   and message types.

   The

    Alternative Logical Topology (ALT):  The virtual overlay network
      made up of tunnels between EID Prefix Aggregators. LISP+ALT Routers.  The Border Gateway
      Protocol (BGP) runs between LISP+ALT routers ALT Routers and is used to carry
      reachability information for EID prefixes. EID-prefixes.  The ALT provides a way
      to forward Map-Requests (and, if supported, Data Probes) toward
      the ETR that "owns" and EID-prefix.  As a tunneled overlay, its
      performance is expected to be quite limited so use of it to
      forward high-bandwidth flows of Data Probes is strongly
      discouraged (see Section 3.3 for additional discussion).

    Legacy Internet:  The portion of the Internet which does not run
      LISP and does not participate in LISP+ALT.

   LISP+ALT

    ALT Router:  The devices which run on the ALT.  The ALT is a static
      network built using tunnels between LISP+ALT routers. ALT Routers.  These routers
      are deployed in a hierarchy roughly-hierarchical mesh in which routers at
      each level in the this hierarchy topology are responsible for aggregating all
      EID EID-
      prefixes learned from those logically "below" them and advertising
      summary prefixes to the routers those logically "above" them.  All prefix  Prefix learning
      and propagation between levels ALT Routers is done using BGP.  LISP+ALT routers  An ALT
      Router at the lowest level, or "edge", "edge" of the ALT learn EID ALT, learns EID-
      prefixes either over from its "client" ETRs.  See Section 3.1 for a BGP session to ETRs or
      through static routes (in
      description of how EID-prefixes are learned at the case "edge" of the "low-opex ETR").
      ALT.  See also Section 7 6 for details on how BGP is configured
      between the different network elements.

      The primary function of LISP+ALT routers is to provide a
      lightweight  When an ALT Router
      receives an ALT Datagram, it looks up the destination EID in its
      forwarding infrastructure for LISP control-plane
      messages (Map-Request and Map-Reply), table (composed of EID prefix routes it learned from
      neighboring ALT Routers) and forwards it to transport data
      packets when the packet has logical next-hop
      on the same destination address in both
      the inner (encapsulating) destination and outer destination
      addresses ((i.e., a Data Probe packet). overlay network.

    Endpoint ID (EID):  A 32-bit (for IPv4) or 128-bit (for ipv6) value
      used in to identify the ultimate source and or destination address fields of the first
      (most inner) LISP header of for a LISP-
      encapsulated packet.  See [LISP] for details.

    EID-prefix:  A packet that is emitted by
      a system contains set of EIDs delegated in its headers and LISP headers a power-of-two block.  EID-
      prefixes are
      prepended only when routed on the packet reaches an Ingress Tunnel Router
      (ITR) ALT (not on the data path global Internet) and
      are expected to the destination EID.

      In LISP+ALT, EID-prefixes MUST BE be assigned in a hierarchical manner (in power-of-two) such that
      they can be aggregated by LISP+ ALT routers.  In addition, Routers.  Such a block is
      characterized by a prefix and a length.  Note that while the ALT
      routing system considers an EID-prefix to be an opaque block of
      EIDs, an end site may have site-local put site-local, topologically-relevant
      structure in
      how EIDs are topologically organized (subnetting) into an EID-prefix for routing
      within the site; this structure is not visible to the global
      routing system.

   EID-Prefix Aggregate: intra-site routing.

    Aggregated EID-prefixes:  A set of individual EID-prefixes said to be aggregatable that have
      been aggregated in the [RFC4632] sense.  That is, an EID-Prefix aggregate is
      defined to be a single contiguous power-of-two EID-prefix block.
      Such a block is characterized by a prefix and a length.

   Routing Locator (RLOC):

    Map Server (MS):   An IP address of an egress tunnel router
      (ETR).  It is edge ALT Router that provides a registration
      function for non-ALT-connected ETRs, originates EID-prefixes into
      the output ALT on behalf of a EID-to-RLOC mapping lookup.  An EID
      maps those ETRs, and forwards Map-Reqeusts to one or more RLOCs.  Typically, RLOCs are numbered from
      topologically-aggregatable blocks
      them.  See [LISP-MS] for details.

    Map Resolver (MR):   An edge ALT Router that are assigned to accepts an Encapsulated
      Map-Reqeust from a site at
      each point to which non-ALT-connected ITR, decapsulates it, and
      forwards it attaches on to the global Internet; where ALT toward the
      topology is defined by ETR which owns the connectivity of provider networks,
      RLOCs can be thought of as Provider Aggregatable (PA) addresses.
      Note that in LISP+ALT, RLOCs are not carried requested
      EID-prefix.  See [LISP-MS] for details.

    Ingress Tunnel Router (ITR):   A router which sends LISP Map-
      Requests or encapsulates IP datagrams with LISP headers, as
      defined in [LISP].  In this document, the term refers to any
      device implementing ITR functionality, including a Proxy-ITR (see
      [LISP-IW]).  Under some circumstances, a LISP Map Resolver may
      also originate Map-Requests (see [LISP-MS]).

    Egress Tunnel Router (ETR):   A router which sends LISP Map-Replies
      in response to LISP Map-Requests and decapsulates LISP-
      encapsulated IP datagrams for delivery to end systems, as defined
      in [LISP].  In this document, the term refers to any device
      implementing ETR functionality, including a Proxy-ETR (see
      [LISP-IW]).  Under some circumstances, a LISP Map Server may also
      respond to Map-Requests (see [LISP-MS]).

    Routing Locator (RLOC):  A routable IP address for a LISP tunnel
      router (ITR or ETR).  Interchangeably referred to as a "locator"
      in this document.  An RLOC is also the output of a EID-to-RLOC
      mapping lookup; an EID-prefix maps to one or more RLOCs.
      Typically, RLOCs are numbered from topologically-aggregatable
      blocks that are assigned to a site at each point where it attaches
      to the global Internet; where the topology is defined by LISP+ALT routers. the
      connectivity of provider networks, RLOCs can be thought of as
      Provider Aggregatable (PA) addresses.  Routing for RLOCs is not
      carried on the ALT.

    EID-to-RLOC Mapping:  A binding between an EID EID-prefix and the RLOC-set set of
      RLOCs that can be used to reach the EID.  The term "mapping" refers it; sometimes referred to an
      EID-to-RLOC mapping.

    EID Prefix simply
      as a "mapping".

    EID-prefix Reachability:  An EID prefix EID-prefix is said to be "reachable" if
      one or more of its locators are reachable.  That is, an EID prefix EID-prefix
      is reachable if the ETR (or its proxy) that is authoritative for a given EID-to-RLOC EID-to-
      RLOC mapping is reachable.

    Default Mapping:  A Default Mapping is a mapping entry for EID-
      prefix 0.0.0.0/0. 0.0.0.0/0 (0::/0 for ipv6).  It maps to a locator-set used
      for all EIDs in the Internet.  If there is a more specific EID-prefix EID-
      prefix in the mapping cache it overrides the Default Mapping
      entry.  The Default Mapping route can be learned by configuration or
      from a Map-Reply message.

    ALT Default Route:  A Default Route in the context of LISP+ALT is a EID-
      prefix EID-prefix value of 0.0.0.0/0 (or 0::/0 for
      ipv6) which is advertised by BGP on top of may be learned from the
      ALT. ALT or statically configured
      on an edge ALT Router.  The Default ALT-Default Route is used to realize defines a forwarding
      path for Data Probe
      or Map-Request packets.

4. a packet to be sent into the ALT on a router which does
      not have a full ALT forwarding database.

3.  The LISP 1.5 LISP+ALT model

   As documented in [LISP], the LISP 1.5

   The LISP+ALT model uses the same basic query/response protocol machinery as LISP 1.0. that
   is documented in [LISP].  In particular, LISP+
   ALT LISP+ALT provides two mechanisms for types
   packet that an ITR can originate to obtain EID-to-RLOC mappings
   (both mappings:

   Map-Request:  A Map-Request message is sent into the ALT to request
      an EID-to-RLOC mapping.  The ETR which owns the mapping will
      respond to the ITR with a Map-Reply message.  Since the ALT only
      forwards on EID destinations, the destination address of these techniques are described in more detail in
   Section 9.2): the Map-
      Request sent on the ALT must be an EID.  See [LISP] for the format
      of Map-Request and Map-Reply packets.

   Data Probe:  An  Alternatively, an ITR may encapsulate and send the first few
      data packets packet destined for a EID with no known RLOCs into the ALT
      to as
      a Data Probe.  This might be done minimize packet loss and to
      probe for the mapping; mapping.  As above, the authoritative ETR for the
      EID-prefix will respond to the ITR with a Map-Reply message when
      it receives the data packet over the ALT.  As a side-effect, the
      encapsulated data packet is delivered to the end-system at the ETR
      site.  Note that in this
      case, the Data Probe inner Destination Address (DA), IP destination address,
      which is an EID, is copied to the outer DA and is IP destination address so
      that the resulting packet can be routed over the ALT.

   Map-Request:  An ITR may also send  See
      Section 3.3 for caveats on the usability of Data Probes.

   The term "ALT Datagram" is short-hand for a Map-Request message into the ALT
      to request the mapping.  As in the or Data Probe case, the
      authoritative ETR will respond
   to be sent into or forwarded on the ITR with a Map-Reply
      message.  In this case, ALT.  Note that while the DA outer
   header Source Address of the Map-Request MUST an ALT Datagram is currently expected to be
   an EID.
      See [LISP] RLOC, there may be situations (i.e. for the format of Map-Request and Map-Reply packets.

   Like LISP 1.0, experimentation with
   caching in intermediate ALT nodes) where an EID would be used to
   force a Map-Reply to be routed back through the ALT.

3.1.  Routeability of EIDs are routable

   A LISP EID has the same syntax as IP address and can be used,
   unaltered, as the source and or destination addresses in of an IP datagrams.  Unlike in LISP
   1.0, LISP 1.5 datagram.  In
   general, though, EIDs are not routable on the public Internet; instead,
   they are only routed over LISP+
   ALT provides a separate, virtual topology referred to network, known as the LISP
   Alternative Virtual Network. Logical Topology (ALT) on which a datagram using an EID
   as an IP destination address may be transmitted.  This network is
   built as an overlay on the public Internet using tunnels to
   interconnect LISP+ALT
   routers. ALT Routers.  BGP is run runs over these tunnels to propagate the
   path information needed to route Data Probes and Map-Request/Replies. forward ALT Datagrams.  Importantly, while
   the ETRs are the source(s) of the unaggregated EID prefix data, EID-prefixes, LISP+ALT
   uses existing BGP mechanisms to aggressively aggregate this information.  Note that ETRs are not required

3.1.1.  Mechanisms for an ETR to participate (or
   prevented from participating) in LISP+ALT; they originate EID-prefixes

   There are three ways that an ETR may choose
   communicate their originate its mappings to their serving LISP+ALT router(s) at
   subscription time via configuration.  ITRs are also not required to
   participate into the
   ALT:

   1.  By registration with a Map Server as documented in (nor prevented from participating in) LISP+ALT.

5.  LISP+ALT: Overview

   LISP+ALT [LISP-MS].
       This is a hybrid push/pull architecture.  Aggregated EID prefixes
   are "pushed" among the LISP+ALT routers and, optionally, out to ITRs
   (which may elect common case and is expected to receive be used by the aggregated information, as opposed to
   simply using
       majority of ETRs.

   2.  Using a default mapping).  Specific EID-to-RLOC mappings are
   "pulled" by ITRs when they either send explicit LISP requests or data
   packets "static route" on the alternate topology that result in triggered replies
   being generated by ETRs.

   The basic idea embodied in LISP+ALT ALT.  Where no Map-Server is to use BGP, running over
       available, an
   overlay network made up of Generic Routing Encapsulation (GRE)
   tunnels, edge ALT Router may be configured with a "static
       EID-prefix route" pointing to establish reachability required an ETR.

   3.  Edge connection to route Data Probes,
   Map-Requests, and Map-Replies over the alternate topology (ALT).  The
   ALT RIB (BGP RIB) ALT.  If a site requires fine- grained
       control over how its EID-prefixes are advertised in to the ALT,
       it may configure its ETR(s) with tunnel and BGP connections to
       edge ALT Routers.

3.1.2.  Mechanisms for an ITR to forward to EID-prefixes

   There are three ways that an ITR may send ALT Datagrams:

   1.  Through a Map Resolver as documented in [LISP-MS].  This is the
       common case and is expected to be used by the majority of ITRs.

   2.  Using a "default route".  Where a Map Resolver is not available,
       an ITR may be configured with a static ALT Default Route pointing
       to an edge ALT Router.

   3.  Edge connection to the ALT.  If a site requires fine-grained
       knowledge of what prefixes exist on the ALT, it may configure its
       ITR(s) with tunnel and BGP connections to edge ALT Routers.

3.1.3.  Map Server Model preferred

   The ALT-connected ITR and ETR cases are expected to be rare, as the
   Map Server/Map Resolver model is both simpler for an ITR/ETR operator
   to use, and provides a more general service interface to not only the
   ALT, but also to other mapping databases that may be developed in the
   future.

3.2.  Connectivity to non-LISP sites

   As stated above, EIDs used as IP addresses by LISP sites are not
   routable on the public Internet.  This implies that, absent a
   mechanism for communication between LISP and non-LISP sites,
   connectivity between them is not possible.  To resolve this problem,
   an "interworking" technology has been defined; see [LISP-IW] for
   details.

3.3.  Caveats on the use of Data Probes

   It is worth noting that there has been a great deal of discussion and
   controversy about whether Data Probes are a good idea.  On the one
   hand, using them offers a method of avoiding the "first packet drop"
   problem when an ITR does not have a mapping for a particular EID-
   prefix.  On the other hand, forwarding data packets on the ALT would
   require that it either be engineered to support relatively high
   traffic rates, which is not generally feasible for a tunneled
   network, or that it be carefully designed to aggressively rate-limit
   traffic to avoid congestion or DoS attacks.  There may also be issues
   caused by different latency or other performance characteristics
   between the ALT path taken by an initial Data Probe and the
   "Internet" path taken by subsequent packets on the same flow once a
   mapping is in place on an ITR.  For these reasons, the use of Data
   Probes is not recommended at this time; they should only be
   originated an ITR when explicitly configured to do so and such
   configuration should only be enabled when performing experiments
   intended to test the viability of using Data Probes.

4.  LISP+ALT: Overview

   LISP+ALT is a hybrid push/pull architecture.  Aggregated EID-prefixes
   are advertised among the ALT Routers and to those (rare) ITRs that
   are directly connected via a tunnel and BGP to the ALT.  Specific
   EID-to-RLOC mappings are requested by an ITR (and returned by an ETR)
   using LISP when it sends a request either via a Map Resolver or to an
   edge ALT Router.

   The basic idea embodied in LISP+ALT is to use BGP, running on a
   tunneled overlay network (the ALT), to establish reachability between
   ALT Routers.  The ALT BGPRoute Information Base (RIB) is comprised of EID prefixes (and
   EID-prefixes and associated next
   hops).  The LISP+ALT routers talk eBGP to each other in order to hops.  ALT Routers interconnect
   using BGP and propagate EID EID-prefix updates among themselves.  EID-
   prefix update information, which information is learned either over
   eBGP connections from ETRs at the authoritative ETR, "edge" of the ALT
   either through the use of the Map Server interface (the commmon
   case), static configuration, or by configuration.
   ITRs may also eBGP peer with one or more LISP+ALT routers in order BGP-speaking ETRs.

   An ITR use the ALT to
   route Data Probe packets or Map-Requests (more likely, learn the best path for forwarding an ALT
   Datagram destined to a particular EID-prefix.  An ITR will
   have normally
   use a default mapping pointing at one Map Resolver to send its ALT Datagrams on to the ALT but may,
   in unusual circumstances, use a static ALT Default Route or more LISP+ALT routers). connect
   to the ALT using BGP.

   Note that while this document explicitly specifies the use of GRE Generic Routing
   Encapsulation (GRE) as a tunneling mechanism, there is no reason that a
   parts of the ALT cannot be built using other tunneling technologies.  In technologies,
   particularly in cases where GRE does not meet security, management,
   or other operational requirements, it is
   reasonable to use another tunneling technology that does. requirements.  References to "GRE tunnel" in
   later sections of this document should therefore not be taken as
   prohibiting or precluding the use of other, available other tunneling mechanisms.
   Note also that two ALT Routers that are directly adjacent (with no
   layer-3 router hops between them) need not use a tunnel between them;
   in this case, BGP may be configured across the interfaces that
   connect to their common subnet and that subnet is then considered to
   be part of the ALT topology.  Use of techniques such as "eBGP
   multihop" to connect ALT Routers that do not share a tunnel or common
   subnet is not recommended as the non-ALT Routers in between the ALT
   Routers in such a configuration may not have information necessary to
   forward ALT Datagrams destined to EID-prefixes exchanged across that
   BGP session.

   In summary, LISP+ALT uses BGP to propagate EID-prefix update
   information used by ITRs and ETRs build paths through ALT Routers so
   that an ALT Datagram sent in to the ALT can be forwarded to forward Map-Requests, Map-
   Replies, and Data Probes. the ETR
   that holds the EID-to-RLOC mapping for that EID-prefix.  This
   reachability is carried as IPv4 or
   IPv6 ipv6 NLRI without modification
   (since the EID space an EID-prefix has the same syntax as IPv4 or IPv6).  LISP+ALT routers eBGP peer ipv6 address
   prefix).  ALT Routers establish BGP sessions with one another,
   forming the ALT.  An LISP+ALT router near ALT Router at the edge "edge" of the topology learns
   EID prefixes which are
   EID-prefixes originated by authoritative ETRs, either ETRs.  Learning may be
   though the Map Server interface, by
   eBGP peering static configuration, or via BGP
   with them the ETRs.  An ALT Router may also be configured to aggregate
   EID-prefixes received from ETRs or by configuration. from other LISP+ALT routers
   aggregate EID prefixes, and forward Data Probes, Map-Requests, and
   Map-Replies.

5.1. that
   are topologically "downstream" from it.

4.1.  ITR traffic handling

   When an ITR receives a packet originated by an end system within withind its
   site (i.e. a host for which the ITR is the exit path out of the site)
   and the destination EID for that packet is not known in the ITR's
   mapping cache, the ITR encapsulates the packet in creates either a LISP header, copying Map-Request for the
   inner
   destination address (EID) to EID or the outer destination address
   (RLOC), and transmits it through original packet encapsulated as a GRE tunnel Data Probe
   (see Section 3.3 for caveats on the usability of Data Probes).  The
   result, known as an ALT Datagram, is then sent to an ALT Router (see
   also [LISP-MS] for non-ALT-connected ITRs, noting that Data Probes
   cannot be sent to a LISP+ALT router in
   the ALT. Map-Resolver).  This "first hop" LISP+ALT router ALT Router uses
   EID-prefix routing information learned from other LISP+ALT routers ALT Routers via BGP
   to guide the packet to the ETR which "owns" the prefix.  Upon receipt
   by the ETR, normal LISP processing occurs: the ETR responds to the
   ITR with a LISP Map-Reply that lists the RLOCs (and, thus, the ETRs
   to use) for the EID prefix.  The EID-prefix.  For Data Probes, the ETR also de-encapsulates
   decapsulates the packet and transmits it toward its destination.

   Upon receipt of the Map-Reply, the ITR installs the RLOC information
   for a given prefix into a local mapping database.  With these mapping
   entries stored, additional packets destined to the given EID prefix EID-prefix
   are routed directly to a viable ETR an RLOC without use of the ALT, until either
   the entry's TTL has expired, or the ITR can otherwise find no
   reachable ETR.  Note that a valid current mapping (not timed-out) may exist that contains
   no reachable RLOCs (i.e. all paths to that ETR are
   down); in RLOCs; this case, is known as a Negative Cache Entry and it
   indicates that packets destined to the EID prefix EID-prefix are dropped,
   not routed through the ALT. to be dropped.

   Full details on Map-Request/Map-Reply processing may be found in
   [LISP].

   Traffic routed over on to the ALT therefore consists of:

   o  EID prefix Map-Requests, solely of ALT Datagrams, i.e.
   Map-Requests and

   o  data packets destined for those EID prefixes while Data Probes (if supported).  Given the relatively
   low performance expected of a tuneled topology, ALT Routers (and Map
   Resolvers) should aggressively rate-limit the ITR awaits
      map replies

5.2. ingress of ALT
   Datagrams from ITRs and, if possible, should be configured to not
   accept packets that are not ALT Datagrams.

4.2.  EID Assignment - Hierarchy and Topology

   EID-prefixes will are expected to be allocated to a LISP site by Internet
   Registries.
   Multiple allocations may not be in  Where a site has multiple aggregations which are aligned
   on a power-of-2 blocks.  But when they
   are, block boundary, they will should be aggregated into a single, advertised EID-prefix.
   single EID-prefix for advertisement.  The ALT network is built in a tree-structured hierarchy
   roughly hierarchical, partial mesh which is intended to allow
   proxy
   aggregation at merge points in the tree. where clearly-defined hierarchical boundaries exist.
   Building such a structure should minimize the number of EID-prefixes
   carried by LISP+
   ALT LISP+ALT nodes near the top of the hierarchy.

   Since

   Routes on the ALT will do not need to change due respond to subscription changes in policy,
   subscription, or policy
   reasons, underlying physical connectivity, so the topology
   can remain relatively static and aggregation can be sustained.
   Because routing on the ALT uses BGP, the same rules apply for
   generating aggregates; in particular, a LISP+ALT
   router ALT Router should only be
   configured to generate an aggregate if it is
   able configured with BGP
   sessions to learn reachability information for all of the originators of components (more-
   specific (more-specifics
   prefixes) of that aggregate. aggregate.  Not all of the components of need to be
   present for the aggregate to be originated (some may be holes in the
   covering prefix and some may be down) but the aggregating router must
   be configured to learn the state of all of the components.

   Under what circumstances the ALT Router actually generates the
   aggregate is a matter of local policy: in some cases, it will be
   statically configured to do so at all times with a "static discard"
   route.  In other cases, it may be configured to only generate the
   aggregate prefix if at least one of the components of the aggregate
   is learned via BGP.

   An ALT Router must not genearte an aggregate that includes a non-
   LISP-speaking hole unless it can be configured to return a Negative
   Map-Reply with action="Natively-Forward" (see [LISP]) if it receives
   an ALT Datagram that matches that hole.  If it receives an ALT
   Datagram that matches a LISP-speaking hole that is currently not
   reachable, it should return a Negative Map-Reply with action="drop".
   Negative Map-Replies should be returned with a short TTL, as
   specified in [LISP-MS].  Note that an off-the-shelf, non-LISP-
   speaking router configured as an aggregating ALT Router cannot send
   Negative Map-Replies, so such a router must never originate an
   aggregate that includes a non-LISP-speaking hole.

   This means, for example, implies that two ALTs ALT Routers that share an overlapping set of
   prefixes must exchange those prefixes if either is to generate and
   export a covering aggregate for those prefixes.

   Note: much is currently uncertain about the best way  It also implies that
   an ETR which connects to build the ALT
   network; as testing and prototype deployment proceeds, a guide to how
   to best build using BGP must maintain BGP sessions
   with all of the ALT network will Routers that are configured to originate an
   aggregate which covers that prefix and that each of those ALT Routers
   must be developed.

5.3.  LISP+ALT Router

   A LISP+ALT Router has the following functionality:

   1.  It runs, at a minimum, explicitly configured to know the eBGP part set of the BGP protocol.

   2.  It supports a separate RIB which uses next-hop GRE tunnel
       interfaces EID-prefixes that
   make up any aggregate that it originates.  See also [LISP-MS] for forwarding Data Probes an
   example of other ways that prefix origin consistency and Map-Requests.

   3.  It can act as a "proxy-ITR" to support non-LISP sites.

   4.  It can act as aggregation
   are maintained.

   As an ETR, or as a recursive or re-encapsulating ITR
       to reduce mapping tables in site-based LISP routers.

5.4.  ITR example, consider ETRs that are originating EID-prefixes for
   10.1.0.0/24, 10.1.64.0/24, 10.1.128.0/24, and ETR in a LISP+ALT Environment 10.1.192.0/24.  An ITR using LISP+ALT may have additional functionality as follows:

   1.  If it is also acting as a LISP+ALT Router, ALT
   Router should only be configured to generate an aggregate for
   10.1.0.0/16 if it sends Data Probes
       or Map-Requests on the has BGP best path computed GRE tunnel for each
       EID prefix.

   2.  When acting solely as a ITR, sessions configured with all of these ETRs,
   in other words, only if it sends Data Probes or Map-Requests
       directly has sufficient knowledge about the state
   of those prefixes to a configured LISP+ALT router.

   An ETR using LISP+ALT may also behave slightly differently:

   1. summarize them.  If the Router originating
   10.1.0.0/16 receives an ALT Datagram destined for 10.1.77.88, a non-
   LISP destination covered by the aggregate, it is also acting as returns a LISP+ALT router, Negative Map-
   Reply with action "Natively-Forward".  If it advertises its
       configured EID-prefixes into BGP receives an ALT Datagram
   destined for distribution through 10.1.128.199 but the
       ALT.

   2.  It receives Data Probes and Map-Requests only over GRE tunnel(s) configured LISP prefix
   10.1.128.0/24 is unreachable, it returns a Negative Map-Reply with
   action "drop".

   Note: much is currently uncertain about the best way to its "upstream" LISP+ALT router(s) build the ALT
   network; as testing and responds with Map-
       Replies for prototype deployment proceeds, a guide to how
   to best build the EID prefixes that it "owns".

5.5. ALT network will be developed.

4.3.  Use of GRE and BGP between LISP+ALT Routers

   The ALT network is built using GRE tunnels between LISP+ALT routers.
   eBGP ALT Routers.  BGP
   sessions are configured over those tunnels, with each LISP+ALT
   router ALT Router
   acting as a separate AS "hop" in a Path Vector for BGP.  For the
   purposes of LISP+ALT, the AS-path is used solely as a shortest-
   path shortest-path
   determination and loop-avoidance mechanism.  Because all next-
   hops next-hops
   are on tunnel interfaces, no IGP is required to resolve those
   next-hops next-
   hops to exit interfaces.

   LISP+ALT's use of GRE and BGP reduces provider Operational Expense
   (OPEX) facilities deployment and operation of
   LISP because no new protocols need to be either defined defined, implemented, or
   used on the overlay topology.  Also, topology; existing BGP/GRE tools and operational
   expertise are also re-used.  Tunnel address assignment is also easy:
   since the addresses on an ALT tunnel are only used by the pair of
   routers connected to the tunnel, the only requirement of the IP
   addresses are local in
   scope, no coordination used to establish that tunnel is needed for their assignment; that the attached routers
   be reachable by each other; any addressing
   scheme (including plan, including private addressing)
   addressing, can therefore be used for tunnel
   addressing.

6.  EID-to-RLOC mapping propagation ALT tunnels.

5.  EID-prefix Propagation and Map-Request Forwarding

   As described in Section 9.2, 8.2, an ITR may send either a Map-Request or
   a data probe sends an ALT Datagram to find a given
   EID-to-RLOC mapping.  The ALT provides the infrastructure that allows
   these requests to reach the authoritative ETR, and possibly for ETR.

   Note that under normal circumstances Map-Replies are not sent over
   the reply ALT - an ETR sends a Map-Reply to find its way back the source RLOC learned from
   the original Map-Request.  There may be scenarios, perhaps to
   encourage caching of EID-to-RLOC mappings by ALT Routers, where Map-
   Replies could be sent over the requesting ITR (the ETR ALT or where a "first-hop" ALT router
   might choose modify the originating RLOC on a Map-Request received from an
   ITR to send force the Map-Reply to be returned to the
   requesting ITR's source-RLOC, bypassing the ALT). "first-hop" ALT
   Router.  These cases will not be supported by initial LISP+ALT routers
   implementations but may be subject to future experimentation.

   ALT Routers propagate mapping path information for use via BGP ([RFC4271]) that is
   used by ITRs (when
   making Map-Requests or sending Data Probes), and ETRs (if the ETR is
   configured to send Map-Replies back to the requesting ITR over ALT Datagrams toward the
   ALT) using eBGP [RFC4271]. eBGP appropriate ETR for
   each EID-prefix.  BGP is run on the inter-LISP+ALT router inter-ALT Router links, and and
   possibly between an edge LISP+ALT router ("last hop") ALT Router and an ETR or
   between an edge LISP+ALT router ("first hop") ALT Router and an ITR.  The ALT eBGP BGP RIB
   consists of aggregated EID prefixes EID-prefixes and their next hops toward the
   authoritative ETR for that EID prefix.

6.1. EID-prefix.

5.1.  Changes to ITR behavior with LISP+ALT

   As previously described, an ITR will usually use the Map Resolver
   interface and will send its Map Requests to a Map Resolver.  When using LISP+ALT, an
   ITR always instead connects via tunnels and BGP to the ALT, it sends either Data Probes or Map-
   Requests ALT
   Datagrams to one of its "upstream" LISP+ALT routers. ALT Routers; these are sent only
   to obtain new EID-to-RLOC mappings - RLOC probe and cache TTL refresh
   Map-Requests are not sent on the ALT.  As in basic LISP, it should
   use one of its RLOCs as the source address of these queries; it
   should explicitly not use a tunnel interface as the source address as doing so
   will cause replies to be forwarded over the tunneled topology and may
   be problematic if the tunnel interface address is not explicitly routed
   throughout the ALT.  If the ITR is running BGP with the LISP+ALT
   router(s), it selects the appropriate
   LISP+ALT router ALT Router based on the BGP
   information received.  If it is not running BGP, it uses static configuration a
   statically-configued ALT Default Route to select a LISP+ALT
   router; in the general case, this will effectively be an "EID-prefix
   default route".

6.2. ALT Router.

5.2.  Changes to ETR behavior with LISP+ALT

   If

   As previously described, an ETR will usually use the Map Server
   interface (see [LISP-MS]) and will register its EID-prefixes with its
   configured Map Servers.  When an ETR instead connects using BGP to
   one or more LISP+ALT router(s), ALT Routers, it
   simply announces its EID-prefix EID-prefix(es) to those LISP+ALT routers.  In the
   "low-opex" case, where the ETR does not use BGP, it will still have a
   GRE tunnel to one or more LISP+ALT routers; these LISP+ALT router(s)
   the ETR must route Map-Requests and Data Probes to the ETR and
   contain configuration (in effect, static routes) for the ETR's EID-
   prefixes. ALT
   Routers.  Note that in either case, when an ETR generates a Map-
   Reply Map-Reply message to
   return to a querying ITR, it sends it to the ITR's source-RLOC (i.e.,
   on the underlying Internet topology, not on the ALT; this avoids any
   latency penalty (or "stretch") that might be incurred by routing over
   the ALT).

   See also Section 9 for more details about the "low-opex" ETR and ITR
   configurations.

7.

6.  BGP configuration and protocol considerations

7.1.

6.1.  Autonomous System Numbers (ASNs) in LISP+ALT

   The primary use of BGP today is to define the global Internet routing
   topology in terms of its participants, known as Autonomous Systems.
   LISP+ALT specifies the use of BGP to create a global overlay network
   (the ALT) for finding EID-to-RLOC
   mapping database which, while mappings.  While related to the
   global routing database, the ALT serves a very different purpose and
   is organized into a very different hierarchy.  Because LISP+ALT does
   use BGP, however, it uses ASNs in the paths that are propagated among LISP+ALT routers.
   ALT Routers.  To avoid confusion, it needs to be stressed that that
   these LISP+ALT ASNs use a new numbering space that is unrelated to
   the ASNs used by the global routing system.  Exactly how this new
   space will be assigned and managed will be determined during experimental the
   deployment of LISP+ALT.

   Note that the LISP+ALT routers the ALT Routers that make up the "core" of the ALT will not
   be associated with any existing core-Internet ASN because
   topology, hierarchy, and aggregation boundaries are the ALT
   topology is completely separate from from, and independent of of, the global
   Internet routing system.

7.2.

6.2.  Sub-Address Family Identifier (SAFI) for LISP+ALT

   As defined by this document, LISP+ALT may be implemented using BGP
   without modification.  Given the fundamental operational difference
   between propagating global Internet routing information (the current, current
   dominant use of BGP) and managing the global EID-to-RLOC database creating an overlay network for finding EID-
   to-RLOC mappings (the use of BGP proposed by this document), it may
   be desirable to assign a new SAFI [RFC2858] to prevent operational
   confusion and difficulties, including the inadvertent leaking of
   information from one domain to the other.  Use of a separate SAFI
   would make it easier to debug many operational problems but would
   come at a significant cost: unmodified, off-the-shelf routers which
   do not understand the new SAFI could not be used to build any part of
   the ALT network.  At present, this document does not require request the
   assignment of a new SAFI but the authors anticipate that SAFI; additional experimentation may suggest the
   need for one in the future.

8.  EID-Prefix

7.  EID-prefix Aggregation

   The ALT BGP peering topology should be arranged in a tree-like
   fashion (with some meshiness), with redundancy to deal with node and
   link failures.  A basic assumption is that as long as the routers are
   up and running, the underlying topology Internet will provide alternative
   routes to maintain BGP connectivity among LISP+ALT routers. ALT Routers.

   Note that, as mentioned in Section 5.2, 4.2, the use of BGP by LISP+ALT
   requires that information can only be aggregated where all active
   more-specific more-
   specific prefixes of a generated aggregate prefix are known.  This implies, for example, that if a given set of prefixes is used by
   multiple, ALT networks, those networks must interconnect and share
   information about all of the prefixes if either were to generate an
   aggregate prefix that covered all of them.  This is
   no different than the way that BGP route aggregation works in the
   existing global routing system: a service provider only generates an
   aggregate route if it has connectivity is configured to learn to all prefixes that
   make up that aggregate.

8.1.  Traffic engineering with LISP and LISP+ALT

7.1.  Stability of the ALT

   It is worth noting that LISP+ALT does not directly propagate EID-to-
   RLOC mappings.  What it does is provide a mechanism for a LISP an ITR to
   find
   commonicate with the ETR that holds the mapping for a particular EID EID-
   prefix.  This distinction is important when considering the stability
   of BGP on the ALT network as compared to the global routing system.
   It also has implications for several reasons.  First, it means
   that how site-specific EID-prefix information
   may be used by LISP but not propagated by LISP+ALT (see Section 7.2
   below).

   RLOC prefixes are not propagated through the ALT so their
   reachability is not determined through use of LISP+ALT.  Instead,
   reachability of RLOCs is learned through the LISP ITR-ETR
   exchange so "flapping" exchange.
   This means that link failures or other service disruptions that may
   cause the reachability of state information through an RLOC to change are not known to the ALT.
   Changes to the presence of an EID-prefix on the ALT occur much less
   frequently: only at subscription time or in the event of a failure of
   the ALT infrastructure itself.  This means that "flapping" (frequent
   BGP updates and withdrawals due to prefix state changes) is not
   likely
   nor can and mapping information cannot become "stale" by due to slow
   propagation through the ALT BGP mesh.  Second, by deferring

7.2.  Traffic engineering using LISP

   Since an ITR learns an EID-to-RLOC mapping
   to an ITR-ETR exchange, directly from the ETR that
   owns it, it is possible to perform site-to-site traffic engineering through a combination of
   by setting the preference
   and and/or weight fields fields, and by returning including
   more-specific EID-to-RLOC information in LISP Map-Reply messages.

   This is a powerful mechanism that can conceivably replace the
   traditional practice of routing prefix deaggregation for traffic
   engineering purposes.  Rather than propagating more-specific
   information into the global routing system for local- or regional-optimization regional-
   optimization of traffic flows, such more-
   specific more-specific information can be
   exchanged, through LISP (not LISP+ALT), on an as-needed basis between
   only those ITRs/ETRs (and, thus, site pairs) that need it; should it.  Should a
   receiving ITR decide that it does not wish to store such more-specific more-
   specific information, it has the option of discarding it as long as a
   shorter, covering EID prefix EID-prefix exists.  Not
   only does this greatly improve the scalability  Such an exchange of the global routing
   system but it also allows improved "more-
   specifics" between sites facilitates traffic engineering techniques engineering, by allowing
   richer and more fine-grained policies to be applied without
   advertising additional prefixes into either the ALT or the global
   routing system.

   Note that these new traffic engineering capabilities are an attribute
   of LISP and are not specific to LISP+ALT; discussion is included here
   because the BGP-based global routing system has traditionally used
   propagation of more-specific routes as a crude form of traffic
   engineering.

7.3.  Edge aggregation and dampening

   Normal BGP best common practices apply to the ALT network.  In
   particular, first-hop ALT Routers will aggregate EID prefixes and
   dampen changes to them in the face of excessive updates.  Since EID-
   prefix assignments are not expected to change as frequently as global
   routing BGP prefix reachability, such dampening should be very rare,
   and might be worthy of logging as an exceptional event.  It is again
   worth noting that the ALT carries only EID-prefixes, used to
   construct BGP paths to their owning ETRs; it does not carry
   reachability about RLOCs.  In addition, EID-prefix information may be
   aggregated as the topology and address assignment hierarchy allow.
   Since the topology is all tunneled and can be modified as needed,
   reasonably good aggregation should be possible.  In addition, since
   most ETRs are expected to connect to the ALT using the Map Server
   interface, Map Servers will implement a natural "edge" for the ALT
   where dampening and aggregation can be applied.

9.  For these reasons,
   the set of prefix information on the ALT can be expected to be both
   better aggregated and considerably less volatile than the actual EID-
   to-RLOC mappings.

8.  Connecting sites to the ALT network

9.1.

8.1.  ETRs originating information into the ALT

   EID prefix

   EID-prefix information is originated into the ALT by two three different
   mechanisms:

   eBGP:  An ETR may

   Map Server:  In most cases, a site will configure its ETR(s) to
      register with one or more Map Servers (see [LISP-MS]), and does
      not participate directly in the ALT.

   BGP:  For a site requiring complex control over their EID-prefix
      origination into the ALT, an ETR may connect to the LISP+ALT
      overlay network by running eBGP BGP to one or more LISP+ALT router(s) ALT Router(s) over GRE
      tunnel(s).
      In this case, the  The ETR advertises reachability for its EID prefixes EID-prefixes
      over these eBGP BGP connection(s).  The LISP+ALT router(s) edge ALT Router(s) that
      receive(s) these prefixes then propagate(s) them into the ALT.
      Here the ETR is simply an eBGP BGP peer of LISP+ALT router(s) ALT Router(s) at the edge of
      the ALT.  Where possible, a LISP+ALT router an ALT Router that receives
      EID prefixes EID-prefixes
      from an ETR via eBGP BGP should aggregate that information.

   Configuration:  One or more LISP+ALT router(s) ALT Router(s) may be configured to
      originate an EID prefix EID-prefix on behalf of the non-BGP-speaking ETR that
      is authoritative for a prefix.  As in the case above, the ETR is
      connected to LISP+ALT router(s) ALT Router(s) using GRE tunnel(s) but rather than BGP
      being used, the LISP+ALT router(s) ALT Router(s) are configured with what are in
      effect "static routes" for the EID prefixes EID-prefixes "owned" by the ETR.
      The GRE tunnel is used to route Map-Requests to the ETR
      (if necessary), and for the ETR to respond with Map-Replies.  Of
      course, the LISP+ALT router could also serve as a proxy for its
      TCP-connected ETRs. ETR.

   Note:  in both all cases, an ETR may have connections register to multiple Map Servers or
      connect to multiple
      LISP+ALT routers ALT Routers for the following reasons:

      *  redundancy, so that a particular ETR is still reachable through
         the ALT even if
         one path or tunnel is unavailable.

      *  to connect to different parts of the ALT hierarchy if the ETR
         "owns" multiple EID-to-RLOC mappings for EID prefixes EID-prefixes that
         cannot be aggregated by the same LISP+ALT router ALT Router (i.e. are not
         topologically "close" to each other in the ALT).

9.2.

8.2.  ITRs Receiving Information from Using the ALT

   In order to source Map-Requests to the ALT and receive Map-Replies
   from common configuration, an ITR does not need to know anything
   about the ALT, or since it sends Map-Requests to route one of its configured
   Map-Resolvers (see [LISP-MS]).  There are two exceptional cases:

   Static default:  If a Data Probe packet over the ALT, each Map Resolver is not available but an ITR
   participating in the is
      adjacent to an ALT establishes Router (either over a connection to one or more
   LISP+ALT routers.  These connections can be either eBGP common subnet or TCP (as
   described above).

   In the case in which the ITR is running eBGP, through
      the peer LISP+ALT
   routers use these connections to advertise highly aggregated EID-
   prefixes to the peer ITRs.  The ITR then installs the received
   prefixes into of a forwarding table that is used to to send LISP Map-
   Requests tunnel), it can use an ALT Default Route route to the appropriate LISP+ALT router.  In most cases, a LISP+
      cause all ALT router will send a default mapping Datagrams to its client ITRs so be sent that
   they can send request for any EID prefix into the ALT.

   In the ALT Router.  This case in which the ITR is connected
      expected to some set of LISP+ALT
   routers without eBGP, the ITR sends Map-Requests be rare.

   Connection to any ALT:  A site with complex Internet connectivity needs
      may need more fine-grained distinction between traffic to LISP-
      capable and non-LISP-capable sites.  Such a site may configure
      each of its
   connected LISP+ALT routers, and receives Map-Replies from the LISP+
   ALT router that has the "shortest path" ITRs to the authoritative ETR.

   An ITR may also choose connect directly to send the first few data packets over the
   ALT to minimize packet loss ALT, using a tunnel
      and reduce mapping latency. BGP connection.  In this case, the data packet serves as a mapping probe (Data Probe) and the
   ETR which receives the data packet (over the ALT) responds with a
   Map-Reply that is either routed back over ITR will receive EID-prefix
      routes from its BGP connection to the ALT or Router and will LISP-
      encapsulate and send ALT Datagrams through the tunnel to the
   ITR's source-RLOC over ALT
      Router.  Traffic to other destinations may be forwarded (without
      LISP encapsulation) to non-LISP next-hop routers that the underlying topology. ITR
      knows.

      In general, an ITR will establish connections that connects to the ALT does so only to LISP+ALT
   routers to ALT
      Routers at the "edge" of the ALT (typically two for redundancy) but
   there may also redundancy).
      There may, though, be situations where an ITR would connect to
      other
   LISP+ALT routers ALT Routers to receive additional, shorter path information
      about a portion of the ALT of interest to it.  This can be
      accomplished by establishing GRE tunnels between the ITR and the
      set of LISP+ALT routers ALT Routers with the additional information.  This is a
      purely local policy issue between the ITR and the LISP+ALT routers ALT Routers in
      question.

10.

   As described in [LISP-MS], Map-Resolvers do not accept or forward
   Data Probes; in the rare scenario that an ITR does support and
   originate Data Probes, it must do so using one of the exceptional
   configurations described above.  Note that the use of Data Probes is
   discouraged at this time (see Section 3.3).

9.  IANA Considerations

   This document makes no request of the IANA.

11.

10.  Security Considerations

   LISP+ALT shares many of the security characteristics of BGP.  Its
   security mechanisms are comprised of existing technologies in wide
   operational use today.  Securing LISP+ALT today, so securing the ALT should be mostly a matter
   of applying the same technology that is much simpler than
   securing BGP.

   Compared to BGP, LISP+ALT routers are not topologically bound,
   allowing them used to be put in locations away from secure the vulnerable AS
   border (unlike eBGP speakers).

11.1. BGP-based
   global routing system (see Section 10.3 below).

10.1.  Apparent LISP+ALT Vulnerabilities

   This section briefly lists of the apparent known potential vulnerabilities of LISP+
   ALT.
   LISP+ALT.

   Mapping Integrity:  Can an attacker insert bogus mappings to black-
      hole (create a DoS) Denial-of-Service, or DoS attack) or intercept LISP
      data-plane packets?

   LISP+ALT router

   ALT Router Availability:  Can an attacker DoS the LISP+ALT
      routers ALT Routers
      connected to a given ETR? without access to  If a site's ETR cannot advertise its
      EID-to-RLOC mappings,
      a the site is essentially unavailable.

   ITR Mapping/Resources:  Can an attacker force an ITR or LISP+ALT
      router ALT Router to
      drop legitimate mapping requests by flooding it with random
      destinations that for which it will have to query for. generate large numbers of Map-
      Reqeusts and fill its mapping cache?  Further study is required to
      see the impact of admission control on the overlay network.

   EID Map-Request Exploits for Reconnaissance:  Can an attacker learn
      about a LISP destination sites' site's TE policy by sending legitimate mapping
      requests messages and then observing the RLOC mapping replies?  Is this
      information useful in attacking or subverting peer relationships?
      Note that any public LISP 1.0 has a mapping database will have similar data-plane data-
      plane reconnaissance issue.

   Scaling of LISP+ALT router ALT Router Resources:  Paths through the ALT may be of
      lesser bandwidth than more "direct" paths; this may make them more
      prone to high-volume denial-of-service attacks.  For this reason,
      all components of the ALT (ETRs and ALT Routers) should be
      prepared to rate-limit traffic (ALT Datagrams) that could be
      received across the ALT.

   UDP Map-Reply from ETR:  If  Since Map-Replies packets are sent directly from the
      ETR to the ITR's RLOC, the ITR's RLOC may be vulnerable to various
      types of DoS attacks.

11.2. attacks (this is a general property of LISP, not an
      LISP+ALT vulnerability).

   More-specific prefix leakage:  Because EID-prefixes on the ALT are
      expected to be fairly well-aggregated and EID-prefixes propagated
      out to the global Internet (see [LISP-IW] much more so, accidental
      leaking or malicious advertisement of an EID-prefix into the
      global routing system could cause traffic redirection away from a
      LISP site.  This is not really a new problem, though, and its
      solution can only be achieved by much more strict prefix filtering
      and authentication on the global routing system.

10.2.  Survey of LISP+ALT Security Mechanisms

   Explicit peering:  The devices themselves can both prioritize
      incoming packets packets, as well as potentially do key checks in hardware
      to protect the control plane.

   Use of TCP to connect elements:  This makes it difficult for third
      parties to inject packets.

   Use of HMAC Protected TCP BGP/TCP Connections:  HMAC is used to verify
      message integrity and authenticity, making it nearly impossible
      for third party devices to either insert or modify messages.

   Message Sequence Numbers and Nonce Values in Messages:  This allows
      for devices
      an ITR to verify that the mapping-reply packet was Map-Reply from an ETR is in response to the mapping-request
      a Map-Request originated by that they sent.

11.3.  Using existing ITR (this is a general property
      of LISP; LISP+ALT does not change this behavior).

10.3.  Use of new IETF standard BGP Security mechanisms

   LISP+ALT's use of BGP allows for the ALT to take advantage of BGP
   security features designed for existing Internet BGP use.

   For example, should either sBGP S-BGP [I-D.murphy-bgp-secr] or soBGP
   [I-D.white-sobgparchitecture] become widely deployed it expected that
   LISP+ALT could use these mechanisms to provide authentication of EID-
   to-RLOC mappings, and EID origination.

12.

11.  Acknowledgments

   Many

   The authors would like to specially thank J. Noel Chiappa who was a
   key contributer to the design of the LISP-CONS mapping database (many
   ideas described in this document were developed during
   detailed discussions with Scott Brim from which made their way into LISP+ALT) and Darrel Lewis, who made many
   insightful comments on earlier versions of this document.

13. has continued
   to provide invaluable insight as the LISP effort has evolved.  Others
   who have provided valuable contributions include John Zwiebel, Hannu
   Flinck, Amit Jain, John Scudder, and Scott Brim.

12.  References

13.1.

12.1.  Normative References

   [RFC2119]  Bradner, S., "Key words for use

   [LISP]     Farinacci, D., Fuller, V., Meyer, D., and D. Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-ietf-lisp-06.txt (work in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119, March 1997. progress), January 2010.

   [LISP-MS]  Fuller, V. and D. Farinacci, "LISP Map Server",
              draft-ietf-lisp-ms-04.txt (work in progress),
              October 2009.

   [RFC2784]  Farinacci, D., Li, T., Hanks, S., Meyer, D., and P.
              Traina, "Generic Routing Encapsulation (GRE)", RFC 2784,
              March 2000.

   [RFC2858]  Bates, T., Rekhter, Y., Chandra, R., and D. Katz,
              "Multiprotocol Extensions for BGP-4", RFC 2858, June 2000.

   [RFC4271]  Rekhter, Y., Li, T., and S. Hares, "A Border Gateway
              Protocol 4 (BGP-4)", RFC 4271, January 2006.

   [RFC4632]  Fuller, V. and T. Li, "Classless Inter-domain Routing
              (CIDR): The Internet Address Assignment and Aggregation
              Plan", BCP 122, RFC 4632, August 2006.

13.2.

12.2.  Informative References

   [I-D.murphy-bgp-secr]
              Murphy, S., "BGP Security Analysis",
              draft-murphy-bgp-secr-04 (work in progress),
              November 2001.

   [I-D.white-sobgparchitecture]
              White, R., "Architecture and Deployment Considerations for
              Secure Origin BGP (soBGP)",
              draft-white-sobgparchitecture-00 (work in progress),
              May 2004.

   [LISP]     Farinacci,

   [LISP-IW]  Lewis, D., Oran, Meyer, D., Farinacci, D., and V. Fuller, V.,
              "Interworking LISP with IPv4 and D. Meyer,
              "Locator/ID Separation Protocol (LISP)",
              draft-farinacci-lisp-07.txt ipv6",
              draft-ietf-lisp-interworking-02.txt (work in progress),
              November 2007.
              February 2010.

Authors' Addresses

   Dino Farinacci

   Vince Fuller
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dino@cisco.com

   Vince Fuller vaf@cisco.com

   Dino Farinacci
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: vaf@cisco.com dino@cisco.com

   Dave Meyer
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dmm@cisco.com

Full Copyright Statement

   Copyright (C) The IETF Trust (2008).

   This document is subject to the rights, licenses and restrictions
   contained in BCP 78, and except as set forth therein, the authors
   retain all their rights.

   This document and the information contained herein are provided on an
   "AS IS" basis and THE CONTRIBUTOR, THE ORGANIZATION HE/SHE REPRESENTS
   OR IS SPONSORED BY (IF ANY), THE INTERNET SOCIETY, THE IETF TRUST AND
   THE INTERNET ENGINEERING TASK FORCE DISCLAIM ALL WARRANTIES, EXPRESS
   OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTY THAT THE USE OF
   THE INFORMATION HEREIN WILL NOT INFRINGE ANY RIGHTS OR ANY IMPLIED
   WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.

Intellectual Property

   The IETF takes no position regarding the validity or scope of any
   Intellectual Property Rights or other rights that might be claimed to
   pertain to the implementation or use of the technology described in
   this document or the extent to which any license under such rights
   might or might not be available; nor does it represent that it has
   made any independent effort to identify any such rights.  Information
   on the procedures with respect to rights in RFC documents can be
   found in BCP 78 and BCP 79.

   Copies of IPR disclosures made to the IETF Secretariat and any
   assurances of licenses to be made available, or the result of an
   attempt made to obtain a general license or permission for the use of
   such proprietary rights by implementers or users of this
   specification can be obtained from the IETF on-line IPR repository at
   http://www.ietf.org/ipr.

   The IETF invites any interested party to bring to its attention any
   copyrights, patents or patent applications, or other proprietary
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   this standard.  Please address the information to the IETF at
   ietf-ipr@ietf.org.

   Darrel Lewis
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: darlewis@cisco.com
--7JfCtLOvnd9MIVvH-- From vaf@cisco.com Mon Mar 8 13:17:58 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C805A3A6A95 for ; Mon, 8 Mar 2010 13:17:56 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.171 X-Spam-Level: X-Spam-Status: No, score=-6.171 tagged_above=-999 required=5 tests=[AWL=4.428, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 2s9mbHvCCMhK for ; Mon, 8 Mar 2010 13:17:54 -0800 (PST) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 33F973A69EB for ; Mon, 8 Mar 2010 13:17:51 -0800 (PST) Authentication-Results: sj-iport-2.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.49,604,1262563200"; d="scan'208";a="245100518" Received: from sj-core-1.cisco.com ([171.71.177.237]) by sj-iport-2.cisco.com with ESMTP; 08 Mar 2010 21:17:55 +0000 Received: from vaf-lnx1 (vaf-lnx1.cisco.com [128.107.165.254]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id o28LHtTh004577; Mon, 8 Mar 2010 21:17:55 GMT Received: by vaf-lnx1 (Postfix, from userid 113818) id 219242079A; Mon, 8 Mar 2010 13:13:57 -0800 (PST) Date: Mon, 8 Mar 2010 13:13:57 -0800 From: Vince Fuller To: "John G.Scudder" Message-ID: <20100308211357.GA19638@vaf-lnx1.cisco.com> References: <20100308190821.GA17921@vaf-lnx1.cisco.com> MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <20100308190821.GA17921@vaf-lnx1.cisco.com> User-Agent: Mutt/1.5.20 (2009-06-14) Cc: lisp@ietf.org, rtg-dir@tools.ietf.org, draft-ietf-lisp-alt@tools.ietf.org, lisp-chairs@tools.ietf.org, rtg-ads@tools.ietf.org Subject: Re: [lisp] RtgDir review: draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 21:17:58 -0000 > The term "LISP header" is defined in the LISP document. It is slightly > more than just an encapsulating IP header as it also includes a UDP > header (required for LAG traffic distribution according to those with > operational networks who have worked with the authors) with destination > port 4141 (LISP-encapsulated user data) or 4142 (LISP control). For > LISP control messages, there are additional defined fields. FYI, as Darrel pointed out in private email, I typod the port numbers above. They should be 4341 (LISP user data) and 4342 (LISP control). --Vince From kotikalapudi.sriram@nist.gov Mon Mar 8 15:44:46 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B712F3A6A07 for ; Mon, 8 Mar 2010 15:44:46 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VfpUlc3V9ImD for ; Mon, 8 Mar 2010 15:44:45 -0800 (PST) Received: from smtp.nist.gov (rimp2.nist.gov [129.6.16.227]) by core3.amsl.com (Postfix) with ESMTP id 3E6773A6AC0 for ; Mon, 8 Mar 2010 15:44:45 -0800 (PST) Received: from WSXGHUB2.xchange.nist.gov (wsxghub2.nist.gov [129.6.18.19]) by smtp.nist.gov (8.13.1/8.13.1) with ESMTP id o28NiDox017690; Mon, 8 Mar 2010 18:44:13 -0500 Received: from MBCLUSTER.xchange.nist.gov ([fe80::41df:f63f:c718:e08]) by WSXGHUB2.xchange.nist.gov ([2002:8106:1213::8106:1213]) with mapi; Mon, 8 Mar 2010 18:44:01 -0500 From: "Sriram, Kotikalapudi" To: "lisp@ietf.org" Date: Mon, 8 Mar 2010 18:44:02 -0500 Thread-Topic: [lisp] Fwd: [rrg] Summary of "Enhanced Efficiency of Mapping Distribution Protocols in Map-and-Encap Schemes" Thread-Index: AcqZQiKwhkQsW6krSReI4Xi2JuLlBglwv+OAAATY5PA= Message-ID: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-NIST-MailScanner: Found to be clean X-NIST-MailScanner-From: kotikalapudi.sriram@nist.gov Subject: Re: [lisp] Fwd: [rrg] Summary of "Enhanced Efficiency of Mapping Distribution Protocols in Map-and-Encap Schemes" X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 08 Mar 2010 23:44:46 -0000 I am responding to a message that Dino posted a while ago. The complete original message posted by Dino is at:=20 http://www.ietf.org/mail-archive/web/lisp/current/msg01949.html=20 My responses to many of Dino's comments were included in a formal=20 rebuttal that I submitted to the RRG list which you can see at (together with a proposal summary and a critique): http://tools.ietf.org/html/draft-irtf-rrg-recommendation-06#section-13.1 In the last few weeks, we have substantially revised and updated the document on EEMDP or "Enhanced Efficiency of Mapping=20 Distribution Protocols in Scalable Routing and Addressing Architectures" and it is available at: http://www.antd.nist.gov/~ksriram/NGRA_map_mgmt.pdf =20 (Many thanks to Dino and some others on the RRG list for their comments and suggestions.) Figures 3, 4 and Section 3.A and Table I are all new in the document, and may interest you specifically. Any further comments would be very welcome. Sriram > -----Original Message----- > From: lisp-bounces@ietf.org [mailto:lisp-bounces@ietf.org] On Behalf Of l= isp- > request@ietf.org > Sent: Tuesday, January 19, 2010 3:00 PM > To: lisp@ietf.org > Subject: lisp Digest, Vol 14, Issue 18 >=20 > Today's Topics: >=20 > 1. Fwd: [rrg] Summary of "Enhanced Efficiency of Mapping > Distribution Protocols in Map-and-Encap Schemes" (Dino Farinacci) >=20 ---- snip ----- Complete original message of Dino's is at: http://www.ietf.org/mail-archive/web/lisp/current/msg01949.html=20 >=20 From darlewis@cisco.com Wed Mar 10 16:52:24 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 9F2313A6A40 for ; Wed, 10 Mar 2010 16:52:24 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.282 X-Spam-Level: X-Spam-Status: No, score=-3.282 tagged_above=-999 required=5 tests=[BAYES_40=-0.185, HTML_MESSAGE=0.001, J_CHICKENPOX_39=0.6, MIME_QP_LONG_LINE=1.396, RCVD_IN_DNSWL_HI=-8, SARE_HTML_SINGLETS=1.666, SARE_LWSHORTT=1.24] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ZufhimIFNGrL for ; Wed, 10 Mar 2010 16:52:18 -0800 (PST) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id 39A4B3A62C1 for ; Wed, 10 Mar 2010 16:52:18 -0800 (PST) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-Files: draft-ietf-lisp-interworking-01.txt, draft-ietf-lisp-interworking-00-to-01.html : 46658, 69469 X-IronPort-AV: E=Sophos;i="4.49,617,1262563200"; d="txt'?html'217?scan'217,208,217";a="98502749" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-4.cisco.com with ESMTP; 11 Mar 2010 00:52:23 +0000 Received: from [128.107.115.179] ([128.107.115.179]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o2B0qN6V006825; Thu, 11 Mar 2010 00:52:23 GMT From: Darrel Lewis Content-Type: multipart/mixed; boundary=Apple-Mail-35-51333286 Date: Wed, 10 Mar 2010 16:53:45 -0800 Message-Id: <92F75679-A988-4C42-BBB4-FCD563D887B8@cisco.com> To: lisp@ietf.org Mime-Version: 1.0 (Apple Message framework v1077) X-Mailer: Apple Mail (2.1077) Subject: [lisp] draft-ietf-lisp-interworking-01 X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 11 Mar 2010 00:52:24 -0000 --Apple-Mail-35-51333286 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii All, I have (finally) finished incorporating all the comments that I = received, both on the list and privately, for the = draft-ietf-lisp-interworking-01 submission posted to the list a few = weeks ago. Thanks for all the great comments! While I can't post this to the directory until 3/22, I figured I'd send = the text to the list now in case someone had comments before or during = the upcoming WG meeting. Text of the draft and html diff from -00 attached. Thanks. -Darrel (on behalf of the other interworking authors: Dino, Dave, and = Vince) --Apple-Mail-35-51333286 Content-Disposition: attachment; filename=draft-ietf-lisp-interworking-01.txt Content-Type: text/plain; name="draft-ietf-lisp-interworking-01.txt" Content-Transfer-Encoding: quoted-printable Network Working Group D. Lewis Internet-Draft D. Meyer Intended status: Experimental D. Farinacci Expires: September 11, 2010 V. Fuller Cisco Systems, Inc. March 10, 2010 Interworking LISP with IPv4 and IPv6 draft-ietf-lisp-interworking-01.txt Abstract This document describes techniques for allowing sites running the Locator/ID Separation Protocol (LISP [LISP]) to interoperate with Internet sites (which may be using either IPv4, IPv6, or both) but which are not running LISP. A fundamental property of LISP speaking sites is that they use Endpoint Identifiers (EIDs), rather than traditional IP addresses, in the source and destination fields of all traffic they emit or receive. While EIDs are syntactically identical to IPv4 or IPv6 addresses, normally routes to them are not carried in the global routing system so an interoperability mechanism is needed for non-LISP-speaking sites to exchange traffic with LISP-speaking sites. This document introduces three such mechanisms. The first uses a new network element, the LISP Proxy Ingress Tunnel Routers (PITR) (Section 5) to act as a intermediate LISP Ingress Tunnel Router (ITR) for non-LISP-speaking hosts. Second the document adds Network Address Translation (NAT) functionality to LISP Ingress and LISP Egress Tunnel Routers (xTRs) to substitute routable IP addresses for non-routable EIDs. Finally, this document introduces a Proxy Egress Tunnel Router (PETR) to handle cases where a LISP ITR cannot send packets to non-LISP sites without encapsulation. Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." Lewis, et al. Expires September 11, 2010 [Page 1] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on September 11, 2010. Copyright Notice Copyright (c) 2010 IETF Trust and the persons identified as the document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the BSD License. Lewis, et al. Expires September 11, 2010 [Page 2] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 Table of Contents 1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 4 2. LISP Interworking Models . . . . . . . . . . . . . . . . . . . 6 3. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 8 4. Routable EIDs . . . . . . . . . . . . . . . . . . . . . . . . 11 4.1. Impact on Routing Table . . . . . . . . . . . . . . . . . 11 4.2. Requirement for using BGP . . . . . . . . . . . . . . . . 11 4.3. Limiting the Impact of Routable EIDs . . . . . . . . . . . 11 4.4. Use of Routable EIDs for sites transitioning to LISP . . . 11 5. Proxy Ingress Tunnel Routers . . . . . . . . . . . . . . . . . 13 5.1. PITR EID announcements . . . . . . . . . . . . . . . . . . 13 5.2. Packet Flow with PITRs . . . . . . . . . . . . . . . . . . 13 5.3. Scaling PITRs . . . . . . . . . . . . . . . . . . . . . . 14 5.4. Impact of the PITRs placement in the network . . . . . . . 15 5.5. Benefit to Networks Deploying PITRs . . . . . . . . . . . 15 6. LISP-NAT . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 6.1. Using LISP-NAT with LISP-NR EIDs . . . . . . . . . . . . . 16 6.2. LISP Sites with Hosts using RFC 1918 Addresses Sending to non-LISP Sites . . . . . . . . . . . . . . . . . . . . 17 6.3. LISP Sites with Hosts using RFC 1918 Addresses Sending Packets to Other LISP Sites . . . . . . . . . . . 17 6.4. LISP-NAT and multiple EIDs . . . . . . . . . . . . . . . . 18 6.5. When LISP-NAT and PITRs used by the same LISP Site . . . . 18 7. Proxy Egress Tunnel Routers . . . . . . . . . . . . . . . . . 19 7.1. Packet Flow with Proxy Egress Tunnel Routers . . . . . . . 19 8. Discussion of Proxy ITRs (PITRs), LISP-NAT, and Proxy-ETRs (PETRs) . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 8.1. How Proxy-ITRs and Proxy-ETRs Interact . . . . . . . . . . 21 9. Security Considerations . . . . . . . . . . . . . . . . . . . 22 10. Acknowledgments . . . . . . . . . . . . . . . . . . . . . . . 23 11. IANA Considerations . . . . . . . . . . . . . . . . . . . . . 24 12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 25 12.1. Normative References . . . . . . . . . . . . . . . . . . . 25 12.2. Informative References . . . . . . . . . . . . . . . . . . 25 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 26 Lewis, et al. Expires September 11, 2010 [Page 3] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 1. Introduction This document describes two mechanisms for interoperation between LISP [LISP] sites, which use non-globally-routed EIDs, and non-LISP sites: use of PITRs, which create highly-aggregated routes to EID prefixes for non-LISP sites to use. Second, it describes the use of NAT by LISP ITRs when sending packets to non-LISP hosts. Finally, the use of Proxy Egress Tunnel routers (PETRs) LISP for sites relying on PITRs, and which are faced with certain restrictions. A key behavior of the separation of Locators and End-Point-IDs is that EID prefixes are normally not advertised into the Internet's Default Free Zone (DFZ). Specifically, only RLOCs are carried in the Internet's DFZ. Existing Internet sites (and their hosts) which do not run in the LISP protocol must still be able to reach sites numbered from LISP EID space. This draft describes a set of mechanisms that can be used to provide reachability between sites that are LISP-capable and those that are not. This document introduces three such mechanisms. The first uses a new network element, the LISP Proxy Ingress Tunnel Router (PITR) to act as a intermediate LISP Ingress Tunnel Router (ITR) for non-LISP-speaking hosts. The second adds a form of Network Address Translation (NAT) functionality to Tunnel Routers (xTRs), to substitute routable IP addresses for non-routable EIDs. The final network element is the LISP Proxy Egress Tunnel Routers (PETR), which act as an intermediate Egress Tunnel Router (ETR) for LISP sites which need to encapsulate packets LISP packets to non-LISP sites. More detailed descriptions of these mechanisms and the network elements involved may be found in the following sections: - Section 2 describes the different cases where interworking mechanisms are needed - Section 3 defines terms used throughout the document - Section 4 describes the relationship between the new EID prefix space and the IP address space used by the current Internet - Section 5 introduces and describes the operation of Proxy-ITRs - Section 6 defines how NAT is used by ETRs to translate non-routable EIDs into routable IP addresses. - Section 7 introduces and describes the operations of Proxy-ETRs - Section 8 describes the relationship between asymmetric and Lewis, et al. Expires September 11, 2010 [Page 4] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 Symmetric interworking mechanisms (Proxy-ITRs and Proxy-ETRs vs LISP- NAT) Note that any successful interworking model should be independent of any particular EID-to-RLOC mapping algorithm. This document does not comment on the value of any of the particular LISP mapping systems. Lewis, et al. Expires September 11, 2010 [Page 5] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 2. LISP Interworking Models There are 4 unicast connectivity cases which describe how sites can send packets to each other: 1. Non-LISP site to Non-LISP site 2. LISP site to LISP site 3. LISP site to Non-LISP site 4. Non-LISP site to LISP site Note that while Cases 3 and 4 seem similar, there are subtle differences due to the way packets are originated. The first case is the Internet as we know it today and as such will not be discussed further here. The second case is documented in [LISP] and, hence, there are no new interworking requirements because there are no new protocol requirements placed on intermediate non- LISP routers. In case 3, LISP site to Non-LISP site, a LISP site can (in most cases) send packets to a non-LISP site because the non-LISP site prefixes are routable. The non-LISP site need not do anything new to receive packets. The only action the LISP site needs (with two possible caveats introduced below) to take is to know when not to LISP-encapsulate packets. This can be achieved by using one of two mechanisms: 1. At the ITR in the source site, if the destination of an IP packet is found to match a prefix from the BGP routing table, then the site is directly reachable by the BGP core that exists and operates today. 2. Second, if (from the perspective of the ITR at the source site) the destination address of an IP address is not found in the EID- to-RLOC mapping database, the ITR could infer that it is not a LISP-capable site, and decide to not LISP-encapsulate the packet. 3. In either of the two exceptions mentioned above there could be some situations where (unencapsualted) packets originated by a LISP site may not be forwarded to a non-LISP site. These cases are reviewed in section 7, (Proxy-Egress Tunnel Routers). Case 4, typically the most challenging, occurs when a host at a non- LISP site wishes to send traffic to a host at a LISP site. If the source host uses a (non-globally-routable) EID as the destination IP Lewis, et al. Expires September 11, 2010 [Page 6] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 address, the packet is forwarded inside the source site until it reaches a router which cannot forward tin (due to lack of a default route), at which point the traffic is dropped. For traffic not to be dropped, either some some mechanism to make this destination EID routable must be in place. Section 5 (PITRs) and Section 6 (LISP- NAT) describe two such mechanisms. Case 4 also applies to packets returning to the LISP site, in Case 3. Lewis, et al. Expires September 11, 2010 [Page 7] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 3. Definition of Terms Endpoint ID (EID): Endpoint ID (EID): A 32-bit (for IPv4) or 128-bit (for IPv6) value used in the source and destination address fields of the first (most inner) IP header of a packet. The host obtains a destination EID the same way it obtains an destination address today, for example through a DNS lookup or SIP exchange. The source EID is obtained via existing mechanisms used to set a host's "local" IP address. An EID is allocated to a host from an EID-prefix block associated with the site where the host is located. An EID can be used by a host to refer to other hosts. EIDs MUST NOT be used as LISP RLOCs. Note that EID blocks may be assigned in a hierarchical manner, independent of the network topology, to facilitate scaling of the mapping database. In addition, an EID block assigned to a site may have site-local structure (subnetting) for routing within the site; this structure is not visible to the global routing system. When used in discussions with other Locator/ID separation proposals, a LISP EID will be called a "LEID". Throughout this document, any references to "EID" refers to an LEID. EID-Prefix: EID-prefix: A power-of-2 block of EIDs which are allocated to a site by an address allocation authority. EID- prefixes are associated with a set of RLOC addresses which make up a "database mapping". EID-prefix allocations can be broken up into smaller blocks when an RLOC set is to be associated with the smaller EID- prefix. A globally routed address block (whether PI or PA) is not an EID-prefix. However, a globally routed address block may be removed from global routing and reused as an EID- prefix. A site that receives an explicitly allocated EID-prefix may not use that EID-prefix as a globally routed prefix assigned to RLOCs EID-Prefix Aggregate: A set of EID-prefixes said to be aggregatable in the [RFC4632] sense. That is, an EID-Prefix aggregate is defined to be a single contiguous power-of-two EID-prefix block. Such a block is characterized by a prefix and a length. Provider Independent (PI) Addresses: an address block assigned from a pool where blocks are not associated with any particular location in the network (e.g. from a particular service provider), and is therefore not topologically aggregatable in the routing system. Routing Locator (RLOC): The IPv4 or IPv6 address of an egress tunnel router (ETR). It is the output of a EID-to-RLOC mapping lookup. An EID maps to one or more RLOCs. Typically, RLOCs are numbered from topologically-aggregatable blocks that are assigned to a site at each point to which it attaches to the global Internet; where the topology is defined by the connectivity of provider networks, Lewis, et al. Expires September 11, 2010 [Page 8] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 RLOCs can be thought of as PA addresses. Multiple RLOCs can be assigned to the same ETR device or to multiple ETR devices at a site. EID-to-RLOC Mapping: A binding between an EID and the RLOC-set that can be used to reach the EID. We use the term "mapping" in this document to refer to a EID-to-RLOC mapping. EID Prefix Reachability: An EID prefix is said to be "reachable" if one or more of its locators are reachable. That is, an EID prefix is reachable if the ETR (or its proxy) is reachable. Default Mapping: A Default Mapping is a mapping entry for EID-prefix 0.0.0.0/0. It maps to a locator-set used for all EIDs in the Internet. If there is a more specific EID-prefix in the mapping cache it overrides the Default Mapping entry. The Default Mapping route can be learned by configuration or from a Map-Reply message [LISP]. LISP Routable (LISP-R) Site: A LISP site whose addresses are used as both globally routable IP addresses and LISP EIDs. LISP Non-Routable (LISP-NR) Site: A LISP site whose addresses are EIDs only, these EIDs are not found in the legacy Internet routing table. LISP Proxy Ingress Tunnel Router (PITR): PITRs are used to provide interconnectivity between sites which use LISP EIDs and those which do not. They act as gateways between those parts of the Internet which are not using LISP (the legacy Internet) A given PITR advertises one or more highly aggregated EID prefixes into the public Internet and acts as the ITR for traffic received from the public Internet. LISP Proxy Ingress Tunnel Routers are described in Section 5. LISP Network Address Translation (LISP-NAT): Network Address Translation between EID space assigned to a site and RLOC space also assigned to that site. LISP Network Address Translation is described in Section 6. LISP Proxy Egress Tunnel Router (PETR): PETRs provide a LISP (Routable or Non-Routable EID) site's ITRs the ability to send packets to non-LISP sites in cases where unencapsualted packets (the default mechanism) would fail to be delivered. PETRs are function by having an ITR encapsulate all non-LISP destined traffic to a pre-configured PETR. LISP Proxy Egress Tunnel Routers are described in Section 7. Lewis, et al. Expires September 11, 2010 [Page 9] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 EID Sub Namespace: A power-of-two block of aggregatable locators set aside for LISP interworking. Lewis, et al. Expires September 11, 2010 [Page 10] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 4. Routable EIDs An obvious way to achieve interworking between LISP and non-LISP hosts is for a LISP site to simply announce EID prefixes into the DFZ, much like the current routing system, effectively treating them as "Provider Independent (PI)" prefixes. Having a site do this is undesirable as it defeats one of the primary goals of LISP - to reduce global routing system state. 4.1. Impact on Routing Table If EID prefixes are announced into the DFZ, the impact is similar to the case in which LISP has not been deployed, because these EID prefixes will be no more aggregatable than existing PI addressing. Such a mechanism is not viewed as a viable long term solution, but may be a viable short term way for a site to transition a portion of its address space to EID space without changing its existing routing policy. 4.2. Requirement for using BGP Non-LISP sites today use BGP to, among other things, enable ingress traffic engineering. Relaxing this requirement is another primary design goal of LISP. 4.3. Limiting the Impact of Routable EIDs Two schemes are proposed to limit the impact of having EIDs announced in the current global Internet routing table: 1. Section 5 discusses the LISP Proxy Tunnel Router, an approach that provides ITR functionality to bridge LISP-capable and non- LISP-capable sites. 2. Section 6 discusses another approach, LISP-NAT, in which NAT [RFC2993] is combined with ITR functionality to limit the the impact of routable EIDs on the Internet routing infrastructure. 4.4. Use of Routable EIDs for sites transitioning to LISP A primary design goal for LISP (and other Locator/ID separation proposals) is to facilitate topological aggregation of namespace used by the path computation, and, thus, decrease global routing system overhead. Another goal is to achieve the benefits of improved aggregation as soon as possible. Individual sites advertising their own routes for LISP EID prefixes into the global routing system is therefore not recommended. Lewis, et al. Expires September 11, 2010 [Page 11] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 That being said, single homed sites (or multi-homed sites that are not leaking more specific exceptions) and that are already using provider-aggregated prefixes can use these prefixes as LISP EIDs without adding state to the routing system. In other words, such sites do not cause additional prefixes to be advertised. For such sites, connectivity to a non-LISP sites does not require interworking machinery because the "PA" EIDs are already routable (they are effectively LISP-R type sites). Their EIDs are found in the LISP mapping system, and their (aggregate) PA prefix(es) are found in the DFZ Internet. The continued announcements of an existing site's Provider Independent (or "PI") prefix(es) is of course under control of that site. Some period of transition, where a site is is found both in the LISP mapping system, and as a discrete prefix in the Internet routing system, may be a viable transition strategy. Care should be taken not to advertise additional more specific LISP EID prefixes into the DFZ. Lewis, et al. Expires September 11, 2010 [Page 12] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 5. Proxy Ingress Tunnel Routers Proxy Ingress Tunnel Routers (PITRs) allow for non-LISP sites to send packets to LISP-NR sites. A PITR is a new network element that shares many characteristics with the LISP ITR. PITRs allow non-LISP sites to send packets to LISP-NR sites without any changes to protocols or equipment at the non-LISP site. PITRs have two primary functions: Originating EID Advertisements: PITRs advertise highly aggregated EID-prefix space on behalf of LISP sites to so that non-LISP sites can reach them. Encapsulating Legacy Internet Traffic: PITRs also encapsulate non- LISP Internet traffic into LISP packets and route them towards their destination RLOCs. 5.1. PITR EID announcements A key part of PITR functionality is to advertise routes for highly- aggregated EID prefixes into part of the global routing system. Aggressive aggregation is performed to minimize the number of new announced routes. In addition, careful placement of PITRs can greatly reduce the advertised scope of these new routes. To this end, PITRs should be deployed close to non-LISP-speaking rather than close to LISP sites. Such deployment not only limits the scope of EID-prefix route advertisements, it also also allows traffic forwarding load to be spread among many PITRs. 5.2. Packet Flow with PITRs What follows is an example of the path a packet would take when using a PITR. In this example, the LISP-NR site is given the EID prefix 240.0.0.0/24. For the purposes of this example, this prefix and no covering aggregate is present in the global routing system. In other words, without the Proxy-ITR announcing 240.0.0.0/24, a packet with this destination were to reach a router in the "Default Free Zone", it would be dropped. A full protocol exchange example follows: 1. The source host makes a DNS lookup EID for destination, and gets 240.1.1.1 in return. 2. The source host has a default route to customer Edge (CE) router and forwards the packet to the CE. Lewis, et al. Expires September 11, 2010 [Page 13] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 3. The CE has a default route to its Provider Edge (PE) router, and forwards the packet to the PE. 4. The PE has route to 240.0.0.0/24 and the next hop is the PITR. 5. The PITR has or acquires a mapping for 240.1.1.1 and LISP encapsulates the packet. The outer IP header now has a destination address of one of the destination EID's RLOCs. The outer source address of this encapsulated packet is the PITR's RLOC. 6. The PITR looks up the RLOC, and forwards LISP packet to the next hop, after which, it is forwarded by other routers to the ETR's RLOC. 7. The ETR decapsulates the packet and delivers the packet to the 240.1.1.1 host in the destination LISP site. 8. Packets from host 240.1.1.1 will flow back through the LISP site's ITR. Such packets are not encapsulated because the ITR knows that the destination (the original source) is a non-LISP site. The ITR knows this because it can check the LISP mapping database for the destination EID, and on a failure determine that the destination site is not LISP enabled. 9. Packets are then routed natively and directly to the destination (original source) site. Note that in this example the return path is asymmetric, so return traffic will not go back through the PITR. This is because the LISP-NR site's ITR will discover that the originating site is not a LISP site, and not encapsulate the returning packet (see [LISP] for details of ITR behavior). The asymmetric nature of traffic flows allows the PITR to be relatively simple - it will only have to encapsulate LISP packets. 5.3. Scaling PITRs PITRs attract traffic by announcing the LISP EID namespace into parts of the non-LISP-speaking global routing system. There are several ways that a network could control how traffic reaches a particular PITR to prevent it from receiving more traffic than it can handle: 1. The PITR's aggregate routes might be selectively announced, giving a coarse way to control the quantity of traffic attracted by that PITR. For example, some of the routes being announced might be tagged with a BGP community and their scope of Lewis, et al. Expires September 11, 2010 [Page 14] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 announcement limited by the routing policy of the provider. 2. The same address might be announced by multiple PITRs in order to share the traffic using IP Anycast. The asymmetric nature of traffic flows through the Proxy ITR means that operationally, deploying a set PITRs would be very similar to existing Anycasted services like DNS caches. Multiple Proxy ITRs could advertise the same BGP Next Hop IP address as their RLOC, and traffic would be attracted to the nearest Next Hop according to the the network's IGP. 5.4. Impact of the PITRs placement in the network There are several approaches that a network could take in placing PITRs. Placing the PITR near the source of traffic allows for the communication between the non-LISP site and the LISP site to have the least "stretch" (i.e. the least number of forwarding hops when compared to an optimal path between the sites). Some proposals, for example CRIO [CRIO], have suggested grouping PITRs near an arbitrary subset of ETRs and announcing a 'local' subset of EID space. This model cannot guarantee minimum stretch if the EID prefix route advertisement points are changed (such a change might occur if a site adds, removes, or replaces one or more of its ISP connections). 5.5. Benefit to Networks Deploying PITRs When packets destined for LISP-NR sites arrive and are encapsulated at a Proxy-ITR, a new LISP packet header is pre-pended. This causes the packet's destination to be set to the destination ETRs RLOC. Because packets are thus routed towards RLOCs, it can potentially better follow the Proxy-ITR network's traffic engineering policies (such as closest exit routing). This also means that providers which are not default-free and do not deploy Proxy-ITRs end up sending more traffic to expensive transit links (assuming their upstreams have deployed Proxy-ITRs) rather than to the ETR's RLOC addresses, to which they may well have cheaper and closer connectivity to (via, for example, settlement-free peering). A corollary to this would be that large transit providers, deploying PITRs may attract more traffic, and therefore more revenue, from their customers. Lewis, et al. Expires September 11, 2010 [Page 15] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 6. LISP-NAT LISP Network Address Translation (LISP-NAT) is a limited form of NAT [RFC2993]. LISP-NAT is designed to enable the interworking of non- LISP sites and LISP-NR sites by ensuring that the LISP-NR's site addresses are always routable. LISP-NAT accomplishes this by translating a host's source address from an 'inner' (LISP-NR EID) value to an 'outer' (LISP-R) value and keeping this translation in a table that it can reference for subsequent packets. In addition, existing RFC 1918 [RFC1918] sites can use LISP-NAT to talk to both LISP or non-LISP sites. The basic concept of LISP-NAT is that when transmitting a packet, the ITR replaces a non-routable EID source address with a routable source address, which enables packets to return to the site. There are two main cases that involve LISP-NAT: 1. Hosts at LISP sites that use non-routable global EIDs speaking to non-LISP sites using global addresses. 2. Hosts at LISP sites that use RFC 1918 private EIDs speaking to other sites, who may be either LISP or non-LISP. Note that LISP-NAT is not needed in the case of LISP-R (routable global EIDs) sources. This case occurs when a site is announcing its prefix into both the LISP mapping system as well as the Internet DFZ. This is because the LISP-R source's address is routable, and return packets will be able to natively reach the site. 6.1. Using LISP-NAT with LISP-NR EIDs LISP-NAT allows a host with a LISP-NR EID to send packets to non-LISP hosts by translating the LISP-NR EID to a globally unique address (a LISP-R EID). This globally unique address may be a either a PI or PA address. An example of this translation follows. For this example, a site has been assigned a LISP-NR EID of 220.1.1.0/24. In order to utilize LISP-NAT, the site has also been provided the PA EID of 128.200.1.0/24, and uses the first address (128.200.1.1) as the site's RLOC. The rest of this PA space (128.200.1.2 to 128.200.1.254) is used as a translation pool for this site's hosts who need to send packets to non-LISP hosts. The translation table might look like the following: Lewis, et al. Expires September 11, 2010 [Page 16] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 Site NR-EID Site R-EID Site's RLOC Translation Pool =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D= =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D 220.1.1.0/24 128.200.1.0/24 128.200.1.1 128.200.1.2-254 Figure 1: Example Translation Table The Host 220.1.1.2 sends a packet destined for a non-LISP site to its default route (the ITR). The ITR receives the packet, and determines that the destination is not a LISP site. How the ITR makes this determination is up to the ITRs implementation of the EID-to-RLOC mapping system used (see, for example [LISP-ALT]). The ITR then rewrites the source address of the packet from 220.1.1.2 to 128.200.1.2, which is the first available address in the LISP-R EID space available to it. The ITR keeps this translation in a table in order to reverse this process when receiving packets destined to 128.200.1.2. Finally, when the ITR forwards this packet without encapsulating it, it uses the entry in its LISP-NAT table to translate the returning packets' destination IPs to the proper host. 6.2. LISP Sites with Hosts using RFC 1918 Addresses Sending to non-LISP Sites In the case where hosts using RFC 1918 addresses desire to send packets to non-LISP hosts, the LISP-NAT implementation acts much like an existing IPv4 NAT device. The ITR providing the NAT service must use LISP-R EIDs for its global address pool as well as providing all the standard NAT functions required today. The source of the packet must be translated to a LISP-R EID in a manner similar to Section 6, and this packet must be forwarded to the ITR's next hop for the destination, without LISP encapsulation. 6.3. LISP Sites with Hosts using RFC 1918 Addresses Sending Packets to Other LISP Sites LISP-NAT allows a host with an RFC 1918 address to send packets to LISP hosts by translating the RFC 1918 address to a LISP EID. After translation, the communication between source and destination ITR and ETRs continues as described in [LISP]. An example of this translation and encapsulation follows. For this example, a host has been assigned a RFC 1918 address of 192.168.1.2. In order to utilize LISP-NAT, the site also has been provided the LISP-R EID prefix of 192.0.2.0/24, and uses the first address (192.0.2.1) as the site's RLOC. The rest of this PA space (192.0.2.2 Lewis, et al. Expires September 11, 2010 [Page 17] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 to 192.0.2.254) is used as a translation pool for this site's hosts who need to send packets to both non-LISP and LISP hosts. The Host 192.168.1.2 sends a packet destined for a non-LISP site to its default route (the ITR). The ITR receives the packet and determines that the destination is a LISP site. How the ITR makes this determination is up to the ITRs implementation of the EID/RLOC mapping system. The ITR then rewrites the source address of the packet from 192.168.1.2 to 192.0.2.2, which is the first available address in the LISP EID space available to it. The ITR keeps this translation in a table in order to reverse this process when receiving packets destined to 192.0.2.2. The ITR then LISP encapsulates this packet (see [LISP] for details). The ITR uses the site's RLOC as the LISP outer header's source and the translation address as the LISP inner header's source. Once it decapsulates returning traffic, it uses the entry in its LISP-NAT table to translate the returning packet's destination IP address and then forward to the proper host. 6.4. LISP-NAT and multiple EIDs When a site has two addresses that a host might use for global reachability, care must be chosen on which EID is found in DNS. For example, whether applications such as DNS use the LISP-R EID or the LISP-NR EID. This problem exists for NAT in general, but the specific issue described above is unique to LISP. Using PITRs can mitigate this problem, since the LISP-NR EID can be reached in all cases. 6.5. When LISP-NAT and PITRs used by the same LISP Site With LISP-NAT, there are two EIDs possible for a given host, the LISP-R EID and the LISP-NR EID. When a site has two addresses that a host might use for global reachability, name-to-address directories may need to be modified. This problem, global addressability, exists for NAT in general, but the specific issue described above is unique to location/identity separation schemes. Some of these have suggested running a separate DNS instance for new types of EIDs. This solves the problem but introduces complexity for the site. Alternatively, using PITRs can mitigate this problem, because the LISP-NR EID can be reached in all cases. Lewis, et al. Expires September 11, 2010 [Page 18] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 7. Proxy Egress Tunnel Routers Proxy Egress Tunnel Routers (PETRs) allow for LISP sites to send packets to non-LISP sites in the case where the access network does not allow for the LISP site send packets with the source address of the site's EID(s). A PETR is a new network element that conceptually acts as an ETR for traffic destined to non-LISP sites. This also has the effect of allowing an ITR avoid having to decide whether to encapsulate packets or not - it can always encapsulate packets. Packets destined to LISP sites will travel directly to the destination site's ETR, all other packets will be sent to the originating site's PETR. There are two primary reasons why sites would want to utilize a PETR: Avoiding strict uRPF failures: Some provider's access networks require the source of the packets emitted to be within the addressing scope of the access networks. (see section 9) Traversing a different IP Protocol: A LISP site may want to transmit packets to a non-LISP site where the some of the intermediate network does not support the particular IP protocol desired (v4 or v6). PETRs can allow this LISP site's data to 'hop over' this by utilizing LISP's support for mixed protocol encapsulation. 7.1. Packet Flow with Proxy Egress Tunnel Routers Packets from a LISP site can reach a non-LISP site with the aid of a Proxy-ETR (or PETR). An ITR is simply configured to send all non- LISP traffic, which it normally would have forwarded natively (non- encapsulated), to a PETR. In the case where the ITR uses the Map- Resolver interface the ITR will encapsulate packets that match its Negative Map-Cache to the configured Proxy-ETR(s). In the case where the ITR is connected to the mapping system directly it would encapsulate all packets to the configured Proxy-ETR that are cache misses. Note that this outer encapsulation to the Proxy-ETR may be in an IP protocol other than the (inner) encapsulated data. Routers then use the LISP (outer) header's destination address to route the packets toward the configured Proxy-ETR. A PETR should verify the (inner) source EID of the packet at time of decapsulation in order to verify that this is from a configured LISP site. This is to prevent spoofed inner sources from being encapsulated through the Proxy-ETR. What follows is an example of the path a packet would take when using a PETR. In this example, the LISP-NR (or LISP-R) site is given the EID prefix 240.2.0.0/24, and it is trying to reach host at a non-LISP Lewis, et al. Expires September 11, 2010 [Page 19] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 site with the IP prefix of 192.0.2.0/24. For the purposes of this example, the destination is a non-LISP site and 192.0.2.0/24 is found in the Internet's routing system. A full protocol exchange example follows: 1. The source host makes a DNS lookup for the destination, and gets 192.0.2.100 (a host in a non-LISP site) in return. 2. The source host has a default route to customer Edge (CE) router and forwards the packet towards the CE. 3. The CE is a LISP ITR, and is configured to encapsulate traffic destined for non-LISP sites to a Proxy-ETR. 4. The Proxy ETR decapsulates the LISP packet and forwards the original packet to its next hop. 5. The packet is then routed natively and directly to the destination (non-LISP) site 192.0.2.0/24. Note that in this example the return path is asymmetric, so return traffic will not go back through the Proxy-ETR. This means that in order to reach LISP-NR sites, non-LISP sites must still use Proxy ITRs. Lewis, et al. Expires September 11, 2010 [Page 20] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 8. Discussion of Proxy ITRs (PITRs), LISP-NAT, and Proxy-ETRs (PETRs) In summary, there are three mechanisms for interworking LISP with non-LISP Sites (for both IPv4 and IPv6). In the LISP-NAT option the LISP site can manage and control the interworking on its own. In the PITR case, we the site is not required to manage the advertisement of it's EID prefix into the DFZ, with the cost of potentially adding stretch to the connections of non-LISP sites sending packets to the LISP site. The third option is Proxy-ETRs, which are optionally used by sites relying on PITRs case to mitigate two caveats for LISP sites sending packets to non-LISP sites. This means Proxy-ETRs are not usually expected to be deployed by themselves, rather they will be used to assist LISP-NR sites which are already using PITRs. 8.1. How Proxy-ITRs and Proxy-ETRs Interact There is a subtle difference between Symmetrical (LISP-NAT) vs Asymmetrical (Proxy-ITR and Proxy-ETR) Interworking techniques. Operationally, Proxy-ITRs (PITRs) and Proxy-ETRs (PETRs) can (and likely should) be decoupled since Proxy-ITRs are best deployed closest to non-LISP sites, and Proxy-ETRs are best located close to the LISP sites they are decapsulating for. This asymmetric placement of the two network elements minimizes the stretch imposed on each direction of the packet flow, while still allowing for coarsely aggregated announcements of EIDs into the Internet's routing table. Lewis, et al. Expires September 11, 2010 [Page 21] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 9. Security Considerations Like any router or LISP ITR, PITRs will have the opportunity to inspect traffic at the time that they encapsulate. The location of these devices in the network can have implications for discarding malicious traffic on behalf of ETRs which request this behavior (via the drop action bit in Map-Reply packets for an EID or EID prefix). As with traditional NAT, LISP-NAT will obscure the actual host LISP-NR EID behind the LISP-R addresses used as the NAT pool. When LISP sites send packets to non-LISP sites (these non-LISP sites rely on PITRs to enable Interworking), packets will have the Site's EID as its source IP address. These EIDs may not be recognized by their Internet Service Provider's Unicast Reverse Path Forwarding (uRPF) rules enabled on the Provider Edge Router. Several options are available to the service provider. For example they could enable a less strict version of uRPF, where they only look for the existence of the the EID prefix in the routing table. Another, more secure, option is to add a static route for the customer on the PE router, but not redistribute this route into the provider's routing table. Finally, Proxy-ETRs can enable LISP sites to bypass this uRPF check by encapsulating all of their egressing traffic destined to non-LISP sites to the Proxy-ETR (thus ensuring the outer IP source address is the site's RLOC). Lewis, et al. Expires September 11, 2010 [Page 22] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 10. Acknowledgments Thanks goes to Christian Vogt, Lixia Zhang, Robin Whittle, Michael Menth, and Xuewei Wang, and Noel Chiappa who have made insightful comments with respect to LISP Interworking and transition mechanisms. A special thanks goes to Scott Brim for his initial brainstorming of these ideas and also for his careful review. Lewis, et al. Expires September 11, 2010 [Page 23] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 11. IANA Considerations This document creates no new requirements on IANA namespaces [RFC2434]. Lewis, et al. Expires September 11, 2010 [Page 24] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 12. References 12.1. Normative References [LISP] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-ietf-lisp-06 (work in progress), January 2010. [LISP-ALT] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "LISP Alternative Topology (LISP+ALT)", draft-ietf-lisp-alt-03.txt (work in progress), Febuary 2010. [LISP-MS] Farinacci, D. and V. Fuller, "LISP Map Server", draft-ietf-lisp-ms-03.txt (work in progress), September 2009. [RFC1918] Rekhter, Y., Moskowitz, R., Karrenberg, D., Groot, G., and E. Lear, "Address Allocation for Private Internets", BCP 5, RFC 1918, February 1996. [RFC4632] Fuller, V. and T. Li, "Classless Inter-domain Routing (CIDR): The Internet Address Assignment and Aggregation Plan", BCP 122, RFC 4632, August 2006. 12.2. Informative References [CRIO] Zhang, X., Francis, P., Wang, J., and K. Yoshida, "CRIO: Scaling IP Routing with the Core Router-Integrated Overlay". [RFC2434] Narten, T. and H. Alvestrand, "Guidelines for Writing an IANA Considerations Section in RFCs", BCP 26, RFC 2434, October 1998. [RFC2993] Hain, T., "Architectural Implications of NAT", RFC 2993, November 2000. Lewis, et al. Expires September 11, 2010 [Page 25] =0C Internet-Draft Interworking LISP with IPv4 and IPv6 March 2010 Authors' Addresses Darrel Lewis Cisco Systems, Inc. Email: darlewis@cisco.com David Meyer Cisco Systems, Inc. Email: dmm@cisco.com Dino Farinacci Cisco Systems, Inc. Email: dino@cisco.com Vince Fuller Cisco Systems, Inc. Email: vaf@cisco.com Lewis, et al. Expires September 11, 2010 [Page 26] =0C --Apple-Mail-35-51333286 Content-Disposition: attachment; filename=draft-ietf-lisp-interworking-00-to-01.html Content-Type: text/html; name="draft-ietf-lisp-interworking-00-to-01.html" Content-Transfer-Encoding: 7bit wdiff draft-ietf-lisp-interworking-00.txt draft-ietf-lisp-interworking-01.txt 
Network Working Group                                           D. Lewis
Internet-Draft                                                  D. Meyer
Intended status: Experimental                               D. Farinacci
Expires: November 27, 2009 September 11, 2010                                    V. Fuller
                                                     Cisco Systems, Inc.
                                                            May 26, 2009
                                                          March 10, 2010

                  Interworking LISP with IPv4 and IPv6
                    draft-ietf-lisp-interworking-00
                  draft-ietf-lisp-interworking-01.txt

Abstract

   This document describes techniques for allowing sites running the
   Locator/ID Separation Protocol (LISP [LISP]) to interoperate with
   Internet sites (which may be using either IPv4, IPv6, or both) but
   which are not running LISP.  A fundamental property of LISP speaking
   sites is that they use Endpoint Identifiers (EIDs), rather than
   traditional IP addresses, in the source and destination fields of all
   traffic they emit or receive.  While EIDs are syntactically identical
   to IPv4 or IPv6 addresses, normally routes to them are not carried in
   the global routing system so an interoperability mechanism is needed
   for non-LISP-speaking sites to exchange traffic with LISP-speaking
   sites.  This document introduces three such mechanisms.  The first
   uses a new network element, the LISP Proxy Ingress Tunnel Routers
   (PITR) (Section 5) to act as a intermediate LISP Ingress Tunnel
   Router (ITR) for non-LISP-speaking hosts.  Second the document adds
   Network Address Translation (NAT) functionality to LISP Ingress and
   LISP Egress Tunnel Routers (xTRs) to substitute routable IP addresses
   for non-routable EIDs.  Finally, this document introduces a Proxy
   Egress Tunnel Router (PETR) to handle cases where a LISP ITR cannot
   send packets to non-LISP sites without encapsulation.

Status of this Memo

   This Internet-Draft is submitted to IETF in full conformance with the
   provisions of BCP 78 and BCP 79.

   Internet-Drafts are working documents of the Internet Engineering
   Task Force (IETF), its areas, and its working groups.  Note that
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   Internet-Drafts are draft documents valid for a maximum of six months
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   This Internet-Draft will expire on November 27, 2009. September 11, 2010.

Copyright Notice

   Copyright (c) 2009 2010 IETF Trust and the persons identified as the
   document authors.  All rights reserved.

   This document is subject to BCP 78 and the IETF Trust's Legal
   Provisions Relating to IETF Documents
   (http://trustee.ietf.org/license-info) in effect on the date of
   publication of this document (http://trustee.ietf.org/license-info). document.  Please review these documents
   carefully, as they describe your rights and restrictions with respect
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Abstract

   This  Code Components extracted from this document describes techniques for allowing sites running the
   Locator/ID Separation Protocol (LISP [LISP]) to interoperate with
   Internet sites not running LISP.  A fundamental property of LISP-
   speaking sites is that they use Endpoint Identifiers (EIDs), rather
   than traditional IP addresses, must
   include Simplified BSD License text as described in Section 4.e of
   the source Trust Legal Provisions and destination fields
   of all traffic they emit or receive.  While EIDs are syntactically
   identical to IP addresses, routes for them are not carried in the
   global routing system so an interoperability mechanism is needed for
   non-LISP-speaking sites to exchange traffic with LISP-speaking sites.
   This document introduces two such mechanisms: the first uses a new
   network element, the LISP Proxy Tunnel Router (PTR) (Section 5) to
   act provided without warranty as a intermediate LISP Ingress Tunnel Router (ITR) for non-LISP-
   speaking hosts while
   described in the second adds Network Address Translation
   (NAT) functionality to LISP Ingress and LISP Egress Tunnel Routers
   (xTRs) to substitute routable IP addresses for non-routable EIDs. BSD License.

Table of Contents

   1.  Introduction . . . . . . . . . . . . . . . . . . . . . . . . .  3  4
   2.  LISP Interworking Models . . . . . . . . . . . . . . . . . . .  3  6
   3.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  5  8
   4.  Routable EIDs  . . . . . . . . . . . . . . . . . . . . . . . .  6 11
     4.1.  Impact on Routing Table  . . . . . . . . . . . . . . . . .  6 11
     4.2.  Requirement for using BGP  . . . . . . . . . . . . . . . .  6 11
     4.3.  Limiting the Impact of Routable EIDs . . . . . . . . . . .  6 11
     4.4.  Use of Routable EIDs for Testing sites transitioning to LISP . . . . . . . . . .  7 11
   5.  Proxy Ingress Tunnel Routers . . . . . . . . . . . . . . . . . . . . .  7 13
     5.1.  PTR  PITR EID announcements . . . . . . . . . . . . . . . . . .  7 13
     5.2.  Packet Flow with PTRs PITRs . . . . . . . . . . . . . . . . . .  8 13
     5.3.  Scaling PTRs . PITRs  . . . . . . . . . . . . . . . . . . . . . .  9 14
     5.4.  Impact of the PTRs PITRs placement in the network . . . . . . .  9 15
     5.5.  Benefit to Networks Deploying PTRs . PITRs  . . . . . . . . . . .  9 15
   6.  LISP-NAT . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 16
     6.1.  Using LISP-NAT for with LISP-NR addressed hosts EIDs . . . . . . . . . . . . 10 . 16
     6.2.  LISP Sites with Hosts using RFC 1918 Addresses Sending
           to non-LISP Sites  . . . . . . . . . . . . . . . . . . . . 11 17
     6.3.  LISP Sites with Hosts using RFC 1918 Addresses
           Communicating
           Sending Packets to Other LISP Sites  . . . . . . . . . . . . 11 17
     6.4.  LISP-NAT and multiple EIDs . . . . . . . . . . . . . . . . 12 18
     6.5.  When LISP-NAT and PTRs Together PITRs used by the same LISP Site . . . . 18
   7.  Proxy Egress Tunnel Routers  . . . . . . . . . . . . . 12
   7. . . . . 19
     7.1.  Packet Flow with Proxy Egress Tunnel Routers . . . . . . . 19
   8.  Discussion of Proxy ITRs (PITRs), LISP-NAT, and Proxy-ETRs
       (PETRs)  . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
     8.1.  How Proxy-ITRs and Proxy-ETRs Interact . . . . . . . . . . 21
   9.  Security Considerations  . . . . . . . . . . . . . . . . . . . 13
   8. 22
   10. Acknowledgments  . . . . . . . . . . . . . . . . . . . . . . . 13
   9. 23
   11. IANA Considerations  . . . . . . . . . . . . . . . . . . . . . 14
   10. 24
   12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 14
     10.1. 25
     12.1. Normative References . . . . . . . . . . . . . . . . . . . 14
     10.2. 25
     12.2. Informative References . . . . . . . . . . . . . . . . . . 14 25
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 14 26

1.  Introduction

   This document describes two mechanisms for interoperation between
   LISP [LISP] sites, which use non-globally-routed EIDs, and non-LISP
   sites: use of PTRs, PITRs, which create highly-aggregated routes to EID
   prefixes for non-LISP sites to follow; and use.  Second, it describes the use of
   NAT by LISP
   ETRs ITRs when communicating with sending packets to non-LISP hosts.  Finally,
   the use of Proxy Egress Tunnel routers (PETRs) LISP for sites relying
   on PITRs, and which are faced with certain restrictions.

   A key behavior of the separation of Locators and End-Point-IDs is
   that EID prefixes are normally not advertised to into the Internet's
   Default Free Zone (DFZ).  Specifically, only RLOCs are carried in the
   Internet's DFZ.  Existing Internet sites (and their hosts) who which do
   not
   participate run in the LISP system protocol must still be able to reach sites
   numbered from this non routed LISP EID space.  This draft describes a set of
   mechanisms that can be used to provide reachability between sites
   that are LISP-capable and those that are not.  This document
   introduces two three such mechanisms: the mechanisms.

   The first uses a new network element, the LISP Proxy Ingress Tunnel
   Router (PTR) (Section 5) (PITR) to act as a intermediate LISP Ingress Tunnel Router
   (ITR) for non-LISP-speaking
   hosts while the hosts.  The second adds a form of Network
   Address Translation (NAT) functionality to Tunnel Routers (xTRs) (xTRs), to
   substitute routable IP addresses for non-routable EIDs.  The final
   network element is the LISP Proxy Egress Tunnel Routers (PETR), which
   act as an intermediate Egress Tunnel Router (ETR) for LISP sites
   which need to encapsulate packets LISP packets to non-LISP sites.

   More detailed descriptions of these mechanisms and the network
   elements involved may be found in the following sections:

   - Section 2 describes the different cases where interworking
   mechanisms are needed

   - Section 3 defines terms used throughout the document

   - Section 4 describes the relationship between the new EID prefix
   space and the IP address space used by the current Internet

   - Section 5 introduces and describes the operation of PTRs Proxy-ITRs

   - Section 6 defines how NAT is used by ETRs to translate non-routable
   EIDs into routable IP addresses.

   - Section 7 introduces and describes the operations of Proxy-ETRs

   - Section 8 describes the relationship between asymmetric and
   Symmetric interworking mechanisms (Proxy-ITRs and Proxy-ETRs vs LISP-
   NAT)

   Note that any successful interworking model should be independent of
   any particular EID-to-RLOC mapping algorithm.  This document does not
   comment on the value of any of the particular LISP mapping system. systems.

2.  LISP Interworking Models

   There are 4 unicast connectivity cases which describe how sites can
   communicate with
   send packets to each other:

   1.  Non-LISP site to Non-LISP site

   2.  LISP site to LISP site

   3.  LISP site to Non-LISP site

   4.  Non-LISP site to LISP site

   Note that while Cases 3 and 4 seem similar, there are subtle
   differences due to the way communications packets are originated.

   The first case is the Internet as we know it today and as such will
   not be discussed further here.  The second case is documented in
   [LISP] and, hence, there are no new interworking requirements because
   there are no new protocol requirements placed on intermediate non-
   LISP routers.

   In case 3, LISP site to Non-LISP site, a LISP site can (in most
   cases) send packets to a non-LISP site because the non-LISP site
   prefixes are routable.  The non-LISP site need not do anything new to
   receive packets.  The only action the LISP site needs (with two
   possible caveats introduced below) to take is to know when not to LISP-
   encapsulate
   LISP-encapsulate packets.  This can be achieved via by using one of two
   mechanisms:

   1.  At the ITR in the source site, if the destination of an IP packet
       is found to match a prefix from the BGP routing table, then the
       site is directly reachable by the BGP core that exists and
       operates today.

   2.  Second, if (from the perspective of the ITR at the source site)
       the destination address of an IP address is not found in the EID-
       to-RLOC mapping database, the ITR could infer that it is not a
       LISP-capable site, and decide to not LISP-encapsulate the packet.

   3.  In either of the two exceptions mentioned above there could be
       some situations where (unencapsualted) packets originated by a
       LISP site may not be forwarded to a non-LISP site.  These cases
       are reviewed in section 7, (Proxy-Egress Tunnel Routers).

   Case 4, typically the most challenging, occurs when a host at a non-LISP non-
   LISP site wishes to send traffic to a host at a LISP site.  If the
   source host uses a (non-globally-routable) EID as the destination IP
   address, the packet is forwarded inside the source site until it
   reaches a router which cannot forward it, tin (due to lack of a default
   route), at which point the traffic is dropped.  For traffic not to be
   dropped, either some route must be exist for the some mechanism to make this destination EID outside of LISP-speaking part of the network or an
   alternate mechanism
   routable must be in place.  Section 5 (PTRs) (PITRs) and Section 6
   (LISP-NAT) (LISP-
   NAT) describe two such mechanisms.

   Note that case

   Case 4 includes also applies to packets returning to the LISP Site site, in case Case 3.

3.  Definition of Terms

   Endpoint ID (EID):  Endpoint ID (EID): A 32- 32-bit (for IPv4) or 128-bit
      (for IPv6) value used in the source and destination address fields
      of the first (most inner) LISP IP header of a packet.  A packet that is emitted by  The host obtains
      a system contains EIDs in its
      headers and LISP headers are prepended only when destination EID the packet
      reaches same way it obtains an Ingress Tunnel Router (ITR) on the data path to the destination EID.

   EID-Prefix Aggregate:  A set of EID-prefixes said address
      today, for example through a DNS lookup or SIP exchange.  The
      source EID is obtained via existing mechanisms used to be aggregatable
      in the [RFC4632] sense.  That is, an EID-Prefix aggregate set a
      host's "local" IP address.  An EID is
      defined allocated to be a single contiguous power-of-two host from an
      EID-prefix block.
      Such a block associated with the site where the host is characterized by a
      located.  An EID can be used by a host to refer to other hosts.
      EIDs MUST NOT be used as LISP RLOCs.  Note that EID blocks may be
      assigned in a hierarchical manner, independent of the network
      topology, to facilitate scaling of the mapping database.  In
      addition, an EID block assigned to a site may have site-local
      structure (subnetting) for routing within the site; this structure
      is not visible to the global routing system.  When used in
      discussions with other Locator/ID separation proposals, a LISP EID
      will be called a "LEID".  Throughout this document, any references
      to "EID" refers to an LEID.

   EID-Prefix:  EID-prefix: A power-of-2 block of EIDs which are
      allocated to a site by an address allocation authority.  EID-
      prefixes are associated with a set of RLOC addresses which make up
      a "database mapping".  EID-prefix allocations can be broken up
      into smaller blocks when an RLOC set is to be associated with the
      smaller EID- prefix.  A globally routed address block (whether PI
      or PA) is not an EID-prefix.  However, a globally routed address
      block may be removed from global routing and reused as an EID-
      prefix.  A site that receives an explicitly allocated EID-prefix
      may not use that EID-prefix as a globally routed prefix assigned
      to RLOCs

   EID-Prefix Aggregate:  A set of EID-prefixes said to be aggregatable
      in the [RFC4632] sense.  That is, an EID-Prefix aggregate is
      defined to be a single contiguous power-of-two EID-prefix block.
      Such a block is characterized by a prefix and a length.  Provider
      Independent (PI) Addresses: an address block assigned from a pool
      where blocks are not associated with any particular location in
      the network (e.g. from a particular service provider), and is
      therefore not topologically aggregatable in the routing system.

   Routing Locator (RLOC):  An IP  The IPv4 or IPv6 address of a LISP an egress tunnel router.
      router (ETR).  It is the output of a EID-to-RLOC mapping lookup.
      An EID maps to one or more RLOCs.  Typically, RLOCs are numbered
      from topologically-
      aggregatable topologically-aggregatable blocks and that are assigned to a site
      at each point to which it attaches to the global Internet; where
      the topology is defined by the connectivity of provider networks,
      RLOCs can be thought of as Provider Aggregatable (PA) PA addresses.

   EID-to-RLOC Mapping:  A binding between an EID and the RLOC-set that  Multiple RLOCs can be
      assigned to the same ETR device or to multiple ETR devices at a
      site.

   EID-to-RLOC Mapping:  A binding between an EID and the RLOC-set that
      can be used to reach the EID.  We use the term "mapping" in this
      document to refer to a EID-to-RLOC mapping.

   EID Prefix Reachability:  An EID prefix is said to be "reachable" if
      one or more of its locators are reachable.  That is, an EID prefix
      is reachable if the ETR (or its proxy) is reachable.

   Default Mapping:  A Default Mapping is a mapping entry for EID-prefix
      0.0.0.0/0.  It maps to a locator-set used for all EIDs in the
      Internet.  If there is a more specific EID-prefix in the mapping
      cache it overrides the Default Mapping entry.  The Default Mapping
      route can be learned by configuration or from a Map-Reply message
      [LISP].

   LISP Routable (LISP-R) Site:  A LISP site whose addresses are used as
      both globally routable IP addresses and LISP EIDs.

   LISP Non-Routable (LISP-NR) Site:  A LISP site whose addresses are
      EIDs only, these EIDs are not found in the legacy Internet routing
      table.

   LISP Proxy Ingress Tunnel Router (PTR):  PTRs (PITR):  PITRs are used to provide
      interconnectivity between sites which use LISP EIDs and those
      which do not.  They act as a gateway gateways between those parts of the Legacy
      Internet
      and the which are not using LISP enabled Network. (the legacy Internet) A given PTR
      PITR advertises one or more highly aggregated EID prefixes into
      the public Internet and acts as the ITR for traffic received from
      the public Internet.  LISP Proxy Ingress Tunnel Routers are
      described in Section 5.

   LISP Network Address Translation (LISP-NAT):  Network Address
      Translation between EID space assigned to a site and RLOC space
      also assigned to that site.  LISP Network Address Translation is
      described in Section 6.

   LISP Proxy Egress Tunnel Router (PETR):  PETRs provide a LISP
      (Routable or Non-Routable EID) site's ITRs the ability to send
      packets to non-LISP sites in cases where unencapsualted packets
      (the default mechanism) would fail to be delivered.  PETRs are
      function by having an ITR encapsulate all non-LISP destined
      traffic to a pre-configured PETR.  LISP Proxy Egress Tunnel
      Routers are described in Section 7.

    EID Sub Namespace:  A power-of-two block of aggregatable locators
      set aside for LISP interworking.

4.  Routable EIDs

   An obvious way to achieve interworking between LISP and non-LISP
   hosts is for a LISP site to simply announce EID prefixes into the
   DFZ, much like the current routing system, effectively treating them
   as "Provider Independent (PI)" prefixes.  Doing  Having a site do this is
   undesirable as it defeats one of the primary goals of LISP - to
   reduce global routing system state.

4.1.  Impact on Routing Table

   If EID prefixes are announced into the DFZ, the impact is similar to
   the case in which LISP has not been deployed, because these EID
   prefixes will be no more aggregatable than existing PI addressing.
   This behavior is not desirable and such
   Such a mechanism is not viewed as a viable long term solution. solution, but
   may be a viable short term way for a site to transition a portion of
   its address space to EID space without changing its existing routing
   policy.

4.2.  Requirement for using BGP

   Non-LISP sites today use BGP to, among other things, enable ingress
   traffic engineering.  Relaxing this requirement is another primary
   design goal of LISP.

4.3.  Limiting the Impact of Routable EIDs

   Two schemes are proposed to limit the impact of having EIDs announced
   in the current global Internet routing table:

   1.  Section 5 discusses the LISP Proxy Tunnel Router, an approach
       that provides ITR functionality to bridge LISP-capable and non-LISP-
      capable non-
       LISP-capable sites.

   2.  Section 6 discusses another approach, LISP-NAT, in which NAT
       [RFC2993] is combined with ITR functionality to limit the the
       impact of routable EIDs on the Internet routing infrastructure.

4.4.  Use of Routable EIDs for Testing sites transitioning to LISP

   A primary design goal for LISP (and other Locator/ID separation
   proposals) is to facilitate topological aggregation of addresses namespace used
   by the path computation, and, thus, decrease global routing system state.
   overhead.  Another goal is to achieve the benefits of improved
   aggregation as soon as possible.
   Advertising  Individual sites advertising their
   own routes for LISP EID prefixes into the global routing system is
   therefore not recommended.

   That being said, single homed sites (or multi-homed sites that are
   not leaking more specific exceptions) and that are already using
   provider-aggregated prefixes can use these prefixes as LISP EIDs
   without adding state to the routing system; in system.  In other words, such
   sites do not cause additional prefixes to be advertised.  For such
   sites, connectivity to a non-LISP sites does not require interworking
   machinery because the "PA" EIDs are already routable. routable (they are
   effectively LISP-R type sites).  Their EIDs are found in the LISP
   mapping system, and their (aggregate) PA prefix(es) are found in the
   DFZ Internet.

   The continued announcements of an existing site's Provider
   Independent (or "PI") prefix(es) is of course under control of that
   site.  Some period of transition, where a site is is found both in
   the LISP mapping system, and as a discrete prefix in the Internet
   routing system, may be a viable transition strategy.  Care should be
   taken not to advertise additional more specific LISP EID prefixes
   into the DFZ.

5.  Proxy Ingress Tunnel Routers

   Proxy Ingress Tunnel Routers (PTRs) (PITRs) allow for non-LISP sites to communicate
   with send
   packets to LISP-NR sites.  A PTR PITR is a new network element that
   shares many characteristics with the LISP ITR.  PTRs  PITRs allow non-LISP
   sites to send packets to LISP-NR sites without any changes to
   protocols or equipment at the non-LISP site.  PTRs  PITRs have two primary
   functions:

   Originating EID Advertisements:  PTRs  PITRs advertise highly aggregated
      EID-prefix space on behalf of LISP sites to so that non-LISP sites
      can reach them.

   Encapsulating Legacy Internet Traffic:  PTRs  PITRs also encapsulate non-
      LISP Internet traffic into LISP packets and route them towards
      their destination RLOCs.

5.1.  PTR  PITR EID announcements

   A key part of PTR PITR functionality is to advertise routes for highly-
   aggregated EID prefixes into part of the global routing system.
   Aggressive aggregation is performed to minimize the number of new
   announced routes.  In addition, careful placement of PTRs PITRs can
   greatly reduce the advertised scope of these new routes.  To this
   end, PTRs PITRs should be deployed close to non-LISP-speaking rather than
   close to LISP sites.  Such deployment not only limits the scope of
   EID-prefix route advertisements, it also also allows traffic
   forwarding load to be spread among many PTRs. PITRs.

5.2.  Packet Flow with PTRs

   Packets from a non-LISP site can reach a LISP-NR site with the aid of
   a PTR.  By advertising a route for a particular EID prefix into the
   global routing system, traffic destined for that EID prefix is routed
   to the PTR, which then performs LISP encapsulation.  Once
   encapsulated, traffic packets use the LISP (outer) header's
   destination address to reach the destination ETR. PITRs

   What follows is an example of the path a packet would take when using
   a PTR. PITR.  In this example, the LISP-NR site is given the EID prefix
   240.0.0.0/24.  For the purposes of this example, this prefix and no
   covering aggregate is present in the global routing system.  In other
   words, if without the Proxy-ITR announcing 240.0.0.0/24, a packet with
   this destination were to reach a router in the "Default Free Zone",
   it would be dropped.

   A full protocol exchange example follows:

   1.  Source  The source host makes a DNS lookup EID for destination, and gets
       240.1.1.1 in return.

   2.  Source  The source host has a default route to customer Edge (CE) router
       and forwards the packet to the CE.

   3.  The CE has a default route to its Provider Edge (PE) router, and
       forwards the packet to the PE.

   4.  The PE has route to 240.0.0.0/24 and the next hop is the PTR. PITR.

   5.  The PTR PITR has or acquires a mapping for 240.1.1.1 and LISP
       encapsulates,
       encapsulates the packet packet.  The outer IP header now has a
       destination address of one of the
       RLOC. destination EID's RLOCs.  The
       outer source address of this encapsulated packet is the
       PTR's PITR's
       RLOC.

   6.  The PTR PITR looks up the RLOC, and forwards LISP packet to the next
       hop.
       hop, after which, it is forwarded by other routers to the ETR's
       RLOC.

   7.  The ETR decapsulates the packet and delivers the packet to the
       240.1.1.1 host in the destination LISP site.

   8.  Packets from host 240.1.1.1 will flow back through the LISP
       site's ITR.  Such packets are not encapsulated because the ITR
       knows that the destination (the original source) is a non-LISP
       site.  The ITR knows this because it can check the LISP mapping
       database for the destination EID, and on a failure determine that
       the destination site is not LISP enabled.

   9.  Packets are then routed natively and directly to the destination
       (original source) site.

   Note that in this example the return path is asymmetric, so return
   traffic will not go back through the PTR. PITR.  This is because the
   LISP-NR site's ITR will discover that the originating site is not a
   LISP site, and not encapsulate the returning packet (see [LISP] for
   details of ITR behavior).

   The asymmetric nature of traffic flows allows the PTR PITR to be
   relatively simple - it will only have to encapsulate LISP packets.

5.3.  Scaling PTRs

   PTRs PITRs

   PITRs attract traffic by announcing the LISP EID namespace into parts
   of the non-LISP-speaking global routing system.  There are several
   ways that a network could control how traffic reaches a particular
   PTR
   PITR to prevent it from receiving more traffic than it can handle:

      First, the PTR's

   1.  The PITR's aggregate routes might be selectively announced,
       giving a coarse way to control the quantity of traffic attracted
       by that PTR.

      Second, PITR.  For example, some of the routes being announced
       might be tagged with a BGP community and their scope of
       announcement limited by the routing policy of the provider.

   2.  The same address might be announced by multiple PTRs PITRs in order to
       share the traffic using IP Anycast.  The asymmetric nature of
       traffic flows allows through the PTR Proxy ITR means that operationally,
       deploying a set PITRs would be very similar to existing Anycasted
       services like DNS caches.  Multiple Proxy ITRs could advertise
       the same BGP Next Hop IP address as their RLOC, and traffic would
       be relatively simple -
      it will only have attracted to encapsulate LISP packets. the nearest Next Hop according to the the
       network's IGP.

5.4.  Impact of the PTRs PITRs placement in the network

   There are several approaches that a network could take in placing
   PTRs.
   PITRs.  Placing the PTR PITR near the ingress source of traffic allows for the
   communication between the non-LISP site and the LISP site to have the
   least "stretch" (i.e. the least number of forwarding hops when
   compared to an optimal path between the sites).

   Some proposals, for example CRIO [CRIO], have suggested grouping PTRs
   PITRs near an arbitrary subset of ETRs and announcing a 'local'
   subset of EID space.  This model cannot guarantee minimum stretch if
   the EID prefix route advertisement points are changed (such a change
   might occur if a site adds, removes, or replaces one or more ISPs of its
   ISP connections).

5.5.  Benefit to Networks Deploying PTRs PITRs

   When traffic packets destined for LISP-NR site arrives sites arrive and is are encapsulated
   at a PTR, Proxy-ITR, a new LISP packet header is pre-pended.  This causes
   the packet's destination to be set to the destination site ETRs RLOC.
   Because
   traffic is packets are thus routed towards RLOCs, it can potentially
   better follow the Proxy-ITR network's traffic engineering policies
   (such as closest exit routing).  This also means that providers who which
   are not default-
   free default-free and do not deploy PTRs Proxy-ITRs end up sending more
   traffic to expensive transit links (assuming their upstreams have
   deployed Proxy-ITRs) rather than to the ETR's RLOC addresses, to
   which they may well have cheaper and closer connectivity to (via, for
   example, settlement-free peering.  For peering).  A corollary to this would be that
   large transit providers, deploying PTRs PITRs may attract more traffic,
   and therefore more revenue, from their customers.

6.  LISP-NAT

   LISP Network Address Translation (LISP-NAT) is a limited form of NAT
   [RFC2993].  LISP-NAT is designed to enable the interworking of non-
   LISP sites and LISP-NR sites by ensuring that the LISP-NR's site
   addresses are always routable.  LISP-NAT accomplishes this by
   translating a host's source address from an 'inner' (LISP-NR EID)
   value to an 'outer' (LISP-R) value and keeping this translation in a
   table that it can reference for subsequent packets.

   In addition, existing RFC 1918 [RFC1918] sites can use LISP-NAT to
   talk to both LISP or non-LISP sites.

   The basic concept of LISP-NAT is that when transmitting a packet, the
   ITR replaces a non-routable EID source address with a routable source
   address, which enables packets to return to the site.

   There are two main cases that involve LISP-NAT:

   1.  Hosts at LISP sites that use non-routable global EIDs speaking to
       non-LISP sites using global addresses.

   2.  Hosts at LISP sites that use RFC 1918 private EIDs speaking to
       other sites, who may be either LISP or non-LISP.

   Note that LISP-NAT is not needed in the case of LISP-R (routable
   global EIDs) sources.  This case occurs when a site is announcing its
   prefix into both the LISP mapping system as well as the Internet DFZ.
   This is because the LISP-R source's address is routable, and return
   packets will be able to natively reach the site.

6.1.  Using LISP-NAT for with LISP-NR addressed hosts EIDs

   LISP-NAT allows a host with a LISP-NR EID to communicate with non-
   LISP send packets to non-LISP
   hosts by translating the LISP-NR EID to a globally unique
   address. address (a
   LISP-R EID).  This globally unique address may be a either a PI or PA
   address.

   An example of this translation follows.  For this example, a site has
   been assigned a LISP-NR EID of 220.1.1.0/24.  In order to utilize
   LISP-NAT, the site has also been provided the PA EID of
   128.200.1.0/24, and uses the first address (128.200.1.1) as the
   site's RLOC.  The rest of this PA space (128.200.1.2 to
   128.200.1.254) is used as a translation pool for this site's hosts
   who need to communicate with send packets to non-LISP hosts.

   The translation table might look like the following:

          Site NR-EID    Site R-EID      Site's RLOC    Translation Pool
   =========================================================================
          ==============================================================
          220.1.1.0/24   128.200.1.0/24  128.200.1.1    128.200.1.2 - 128.200.1.254    128.200.1.2-254

                    Figure 1: Example Translation Table

   The Host 220.1.1.2 sends a packet destined for a non-LISP site to its
   default route (the ITR).  The ITR receives the packet, and determines
   that the destination is not a LISP site.  How the ITR makes this
   determination is up to the ITRs implementation of the EID-to-RLOC
   mapping system used (see, for example [LISP-ALT]).

   The ITR then rewrites the source address of the packet from 220.1.1.2
   to 128.200.1.2, which is the first available address in the LISP-R
   EID space available to it.  The ITR keeps this translation in a table
   in order to reverse this process when receiving packets destined to
   128.200.1.2.

   Finally, when the ITR forwards this packet without encapsulating it,
   it uses the entry in its LISP-NAT table to translate the returning
   packets' destination IPs to the proper host.

6.2.  LISP Sites with Hosts using RFC 1918 Addresses Sending to non-LISP
      Sites

   In the case where hosts using RFC 1918 addressed hosts addresses desire to communicate with send
   packets to non-LISP hosts hosts, the LISP-NAT implementation acts much like
   an existing IPv4 NAT device.  The ITR providing the NAT service must
   use LISP-R EIDs for its global address pool as well as providing all
   the standard NAT functions required today.

   The source of the packet must be translated to a LISP-R EID in a
   manner similar to Section 6, and this packet must be forwarded to the
   ITR's next hop for the destination, without LISP encapsulation.

6.3.  LISP Sites with Hosts using RFC 1918 Addresses   Communicating   Sending Packets
      to Other LISP Sites

   LISP-NAT allows a host with a an RFC 1918 address to communicate with send packets to
   LISP hosts by translating the RFC 1918 address to a LISP EID.  After
   translation, the communication between source and destination ITR and
   ETRs continues as described in [LISP].

   An example of this translation and encapsulation follows.  For this
   example, a host has been assigned a RFC 1918 address of 192.168.1.2.
   In order to utilize LISP-NAT, the site also has been provided the
   LISP-R EID prefix of 192.0.2.0/24, and uses the first address
   (192.0.2.1) as the site's RLOC.  The rest of this PA space (192.0.2.2
   to 192.0.2.254) is used as a translation pool for this site's hosts
   who need to communicate with send packets to both non-LISP and LISP hosts.

   The Host 192.168.1.2 sends a packet destined for a non-LISP site to
   its default route (the ITR).  The ITR receives the packet and
   determines that the destination is a LISP site.  How the ITR makes
   this determination is up to the ITRs implementation of the EID/RLOC
   mapping system.

   The ITR then rewrites the source address of the packet from
   192.168.1.2 to 192.0.2.2, which is the first available address in the
   LISP EID space available to it.  The ITR keeps this translation in a
   table in order to reverse this process when receiving packets
   destined to 192.0.2.2.

   The ITR then LISP encapsulates this packet (see [LISP] for details).
   The ITR uses the site's RLOC as the LISP outer header's source and
   the translation address as the LISP inner header's source.  Once it
   decapsulates returning traffic, it uses the entry in its LISP-NAT
   table to translate the returning packet's destination IP address and
   then forward to the proper host.

6.4.  LISP-NAT and multiple EIDs

   When a site has two addresses that a host might use for global
   reachability, care must be chosen on which EID is found in DNS.  For
   example, whether applications such as DNS use the LISP-R EID or the
   LISP-NR EID.  This problem exists for NAT in general, but the
   specific issue described above is unique to LISP.  Using PTRs PITRs can
   mitigate this problem, since the LISP-NR EID can be reached in all
   cases.

6.5.  When LISP-NAT and PTRs Together

   With LISP-NAT, PITRs used by the same LISP Site

   With LISP-NAT, there are two EIDs possible for a given host, the
   LISP-R EID and the LISP-NR EID.  When a site has two addresses that a
   host might use for global reachability, name-to-address directories
   may need to be modified.

   This problem, global addressability, exists for NAT in general, but
   the specific issue described above is unique to LOC/ID split location/identity
   separation schemes.  Some schemes [ref: 6-1 proxy] of these have suggested running a separate
   DNS instance for legacy new types of EIDs.  This solves the problem but
   introduces complexity for the site.  Alternatively, using PTRs PITRs can
   mitigate this problem, because the LISP-NR EID can hbe be reached in all
   cases.

   In summary, there are two options

7.  Proxy Egress Tunnel Routers

   Proxy Egress Tunnel Routers (PETRs) allow for interworking LISP with IPv4 and
   V6.  In sites to send
   packets to non-LISP sites in the NAT case where the access network does
   not allow for the LISP site can use NAT and manage send packets with the
   transition on its own.  In source address of
   the PTR case, we add site's EID(s).  A PETR is a new network element
   called a PTR that conceptually
   acts as an ETR for traffic destined to non-LISP sites.  This also has
   the effect of allowing an ITR avoid having to decide whether to
   encapsulate packets or not - it can always encapsulate packets.
   Packets destined to LISP sites will travel directly to the
   destination site's ETR, all other packets will be sent to the
   originating site's PETR.

   There are two primary reasons why sites would want to utilize a PETR:

   Avoiding strict uRPF failures:  Some provider's access networks
      require the source of the packets emitted to be within the
      addressing scope of the access networks. (see section 9)

   Traversing a different IP Protocol:  A LISP site may want to transmit
      packets to a non-LISP site where the some of the intermediate
      network does not support the particular IP protocol desired (v4 or
      v6).  PETRs can allow this LISP site's data to 'hop over' this by
      utilizing LISP's support for mixed protocol encapsulation.

7.1.  Packet Flow with Proxy Egress Tunnel Routers

   Packets from a LISP site can relieve reach a non-LISP site with the aid of a
   Proxy-ETR (or PETR).  An ITR is simply configured to send all non-
   LISP traffic, which it normally would have forwarded natively (non-
   encapsulated), to a PETR.  In the case where the ITR uses the Map-
   Resolver interface the ITR will encapsulate packets that burden match its
   Negative Map-Cache to the configured Proxy-ETR(s).  In the case where
   the ITR is connected to the mapping system directly it would
   encapsulate all packets to the configured Proxy-ETR that are cache
   misses.  Note that this outer encapsulation to the Proxy-ETR may be
   in an IP protocol other than the (inner) encapsulated data.  Routers
   then use the LISP (outer) header's destination address to route the
   packets toward the configured Proxy-ETR.

   A PETR should verify the (inner) source EID of the packet at time of
   decapsulation in order to verify that this is from a configured LISP
   site.  This is to prevent spoofed inner sources from being
   encapsulated through the Proxy-ETR.

   What follows is an example of the path a packet would take when using
   a PETR.  In this example, the LISP-NR (or LISP-R) site is given the
   EID prefix 240.2.0.0/24, and it is trying to reach host at a non-LISP
   site with the IP prefix of 192.0.2.0/24.  For the purposes of this
   example, the destination is a non-LISP site and 192.0.2.0/24 is found
   in the Internet's routing system.

   A full protocol exchange example follows:

   1.  The source host makes a DNS lookup for the destination, and gets
       192.0.2.100 (a host in a non-LISP site) in return.

   2.  The source host has a default route to customer Edge (CE) router
       and forwards the packet towards the CE.

   3.  The CE is a LISP ITR, and is configured to encapsulate traffic
       destined for non-LISP sites to a Proxy-ETR.

   4.  The Proxy ETR decapsulates the LISP packet and forwards the
       original packet to its next hop.

   5.  The packet is then routed natively and directly to the
       destination (non-LISP) site 192.0.2.0/24.

   Note that in this example the return path is asymmetric, so return
   traffic will not go back through the Proxy-ETR.  This means that in
   order to reach LISP-NR sites, non-LISP sites must still use Proxy
   ITRs.

8.  Discussion of Proxy ITRs (PITRs), LISP-NAT, and Proxy-ETRs (PETRs)

   In summary, there are three mechanisms for interworking LISP with
   non-LISP Sites (for both IPv4 and IPv6).  In the LISP-NAT option the
   LISP site can manage and control the interworking on its own.  In the site,
   PITR case, we the site is not required to manage the advertisement of
   it's EID prefix into the DFZ, with the
   downside cost of potentially adding
   stretch to the connections of non-LISP sites trying sending packets to reach the
   LISP site.

7.  The third option is Proxy-ETRs, which are optionally used
   by sites relying on PITRs case to mitigate two caveats for LISP sites
   sending packets to non-LISP sites.  This means Proxy-ETRs are not
   usually expected to be deployed by themselves, rather they will be
   used to assist LISP-NR sites which are already using PITRs.

8.1.  How Proxy-ITRs and Proxy-ETRs Interact

   There is a subtle difference between Symmetrical (LISP-NAT) vs
   Asymmetrical (Proxy-ITR and Proxy-ETR) Interworking techniques.
   Operationally, Proxy-ITRs (PITRs) and Proxy-ETRs (PETRs) can (and
   likely should) be decoupled since Proxy-ITRs are best deployed
   closest to non-LISP sites, and Proxy-ETRs are best located close to
   the LISP sites they are decapsulating for.  This asymmetric placement
   of the two network elements minimizes the stretch imposed on each
   direction of the packet flow, while still allowing for coarsely
   aggregated announcements of EIDs into the Internet's routing table.

9.  Security Considerations

   Like any router or LISP ITR, PTRs PITRs will have the ability opportunity to
   inspect traffic at the time that they encapsulate.  More work needs to be done to see if
   this ability can be exploited by the control plane along  The location of
   these devices in the lines network can have implications for discarding
   malicious traffic on behalf of
   Remote Triggered BGP Black Holes.  XXX:Reference? ETRs which request this behavior (via
   the drop action bit in Map-Reply packets for an EID or EID prefix).

   As with traditional NAT, LISP-NAT will hide obscure the actual host ID
   LISP-NR EID behind the RLOCs LISP-R addresses used as the NAT pool.

   When LISP Sites reply sites send packets to non-LISP sites and (these non-LISP sites
   rely on PTRs PITRs to enable
   Interworking, Interworking), packets will be sourced from addresses have the Site's
   EID as its source IP address.  These EIDs may not be recognized by
   their Internet Service Provider's Unicast Reverse Path Forwarding
   (uRPF) rules enabled on the Provider Edge Router.  Several options
   are available to the service provider.  For example they could enable
   a less strict version of uRPF, where they only look for the existence
   of the the EID prefix in the routing table.  Another, more secure,
   option is to add a static route for the customer on the PE router,
   but not redistribute this route into the provider's routing table.

8.
   Finally, Proxy-ETRs can enable LISP sites to bypass this uRPF check
   by encapsulating all of their egressing traffic destined to non-LISP
   sites to the Proxy-ETR (thus ensuring the outer IP source address is
   the site's RLOC).

10.  Acknowledgments

   Thanks goes to Christian Vogt, Lixia Zhang and Zhang, Robin Whittle Whittle, Michael
   Menth, and Xuewei Wang, and Noel Chiappa who have made insightful
   comments with respect to interworking LISP Interworking and transition mechanisms.

   A special thanks goes to Scott Brim for his initial brainstorming of
   these ideas and also for his careful review.

9.

11.  IANA Considerations

   This document creates no new requirements on IANA namespaces
   [RFC2434].

10.

12.  References

10.1.

12.1.  Normative References

   [LISP]     Farinacci, D., Fuller, V., Oran, Meyer, D., and D. Meyer, Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-ietf-lisp-00
              draft-ietf-lisp-06 (work in progress), May 2009. January 2010.

   [LISP-ALT]
              Farinacci, D., Fuller, V., Meyer, D., and D. Meyer, Lewis, "LISP
              Alternative Topology (LISP-ALT)", draft-ietf-lisp-alt-00 (LISP+ALT)",
              draft-ietf-lisp-alt-03.txt (work in progress),
              Febuary 2010.

   [LISP-MS]  Farinacci, D. and V. Fuller, "LISP Map Server",
              draft-ietf-lisp-ms-03.txt (work in progress), May
              September 2009.

   [RFC1918]  Rekhter, Y., Moskowitz, R., Karrenberg, D., Groot, G., and
              E. Lear, "Address Allocation for Private Internets",
              BCP 5, RFC 1918, February 1996.

   [RFC4632]  Fuller, V. and T. Li, "Classless Inter-domain Routing
              (CIDR): The Internet Address Assignment and Aggregation
              Plan", BCP 122, RFC 4632, August 2006.

10.2.

12.2.  Informative References

   [CRIO]     Zhang, X., Francis, P., Wang, J., and K. Yoshida, "CRIO:
              Scaling IP Routing with the Core Router-Integrated
              Overlay".

   [RFC2434]  Narten, T. and H. Alvestrand, "Guidelines for Writing an
              IANA Considerations Section in RFCs", BCP 26, RFC 2434,
              October 1998.

   [RFC2993]  Hain, T., "Architectural Implications of NAT", RFC 2993,
              November 2000.

Authors' Addresses

   Darrel Lewis
   Cisco Systems, Inc.

   Email: darlewis@cisco.com

   David Meyer
   Cisco Systems, Inc.

   Email: dmm@cisco.com

   Dino Farinacci
   Cisco Systems, Inc.

   Email: dino@cisco.com

   Vince Fuller
   Cisco Systems, Inc.

   Email: vaf@cisco.com
--Apple-Mail-35-51333286-- From luigi@net.t-labs.tu-berlin.de Wed Mar 10 23:35:09 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 23F9D3A6A48 for ; Wed, 10 Mar 2010 23:35:09 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.248 X-Spam-Level: X-Spam-Status: No, score=-2.248 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_DE=0.35, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id IasPbvQTlY8x for ; Wed, 10 Mar 2010 23:35:08 -0800 (PST) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 081873A6B10 for ; Wed, 10 Mar 2010 23:34:59 -0800 (PST) Received: from dyn113.net.t-labs.tu-berlin.de (dyn113.net.t-labs.tu-berlin.de [130.149.220.113]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 842597000585; Thu, 11 Mar 2010 08:35:03 +0100 (CET) From: Luigi Iannone Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: multipart/alternative; boundary=Apple-Mail-72-75410467 Date: Thu, 11 Mar 2010 08:35:02 +0100 References: <20100308184820.B12773A6B1A@core3.amsl.com> To: lisp@ietf.org Message-Id: <89734075-C00B-4E5A-9E08-F388A0D88371@net.t-labs.tu-berlin.de> X-Mailer: Apple Mail (2.1077) Cc: Olivier Bonaventure Subject: [lisp] Fwd: New Version Notification for draft-iannone-lisp-mapping-versioning-01 X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 11 Mar 2010 07:35:09 -0000 --Apple-Mail-72-75410467 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii Hi All, We recently updated the draft concerning lisp mapping versioning. Most important changes are the following: - Version numbers are now 16 bits - Detailed description of packet encodings. No new packets are necessary = anymore, mapping versioning uses part of the reserved bits in both the = LISP specific header and mapping records. - The proposed mechanism is totally transparent for nodes that do not = support versioning, thus incremental deployment is feasible and = discussion on the topic has been added to the draft. =20 - We describe in more details the benefits introduced by mapping = versioning including: - Versioning and interworking - Versioning and mapping synchronization - Versioning and unidirectional traffic - Versioning vs. checksum - Versioning and mobility - Security aspects All comments are welcome Luigi Begin forwarded message: > From: IETF I-D Submission Tool > Date: March 8, 2010 7:48:20 PM GMT+01:00 > To: luigi@net.t-labs.tu-berlin.de > Cc: damien.saucez@uclouvain.be,olivier.bonaventure@uclouvain.be > Subject: New Version Notification for = draft-iannone-lisp-mapping-versioning-01=20 >=20 >=20 > A new version of I-D, draft-iannone-lisp-mapping-versioning-01.txt has = been successfuly submitted by Luigi Iannone and posted to the IETF = repository. >=20 > Filename: draft-iannone-lisp-mapping-versioning > Revision: 01 > Title: LISP Mapping Versioning > Creation_date: 2010-03-08 > WG ID: Independent Submission > Number_of_pages: 25 >=20 > Abstract: > The present document sketches an optional approach to provide in- > packet information about EID-to-RLOC mappings used to encapsulate > LISP data packets. The proposed approach is based on associating a > version number to EID-to-RLOC mappings and transport such a version > number in the LISP specific header of LISP-encapsulated packets. > This versioning approach is particularly useful to inform > communicating xTRs about modification of the mappings used to > encapsulate packets. Modification of mappings could mean adding/ > removing an RLOC, or just a modification in the reachability, > priority, or weight of one or more RLOCs. Each time a mapping is > modified, a new version number is generated and propagated in the > LISP data packet. The use of version numbers allows to avoid > repeated Map-Request upon mappings change, limits the interaction > between Control and Data planes, improves security, offer support for > caching on Map-Servers, and could be used also in mobile scenarios. >=20 > The proposed mechanism is optional and does not need any modification > on the base LISP encapsulation. Rather, it uses one of the reserved > bits of the LISP specific header and overloads the Locator Status > Bits. Similarly, no modification are necessary in the base LISP Map- > Reply records. LISP versioning uses part of the reserved bits. In > both cases, LISP encapsulation and Map-Reply records, bits used for > LISP versioning can be safely ignored by xTRs that do not support the > mechanism. Further, mappings can be distributed as usual through > both existing and future mapping distribution system (e.g., ALT). > The infrastructure build by each specific mapping distribution system > does not change anyhow. Even more, existing mapping distribution > protocol are able to rely LISP control plane packets containing > version numbers and do not need modifications. All of these features > make LISP versioning a completely transparent optional mechanism with > respect to the LISP base specification. >=20 >=20 >=20 > The IETF Secretariat. >=20 >=20 --Apple-Mail-72-75410467 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=us-ascii Hi = All,

We recently updated the draft concerning lisp = mapping versioning.

Most important changes are = the following:

- Version numbers are now 16 = bits
- Detailed description of packet encodings. No new = packets are necessary anymore, mapping versioning uses part of the = reserved bits in both the LISP specific header and mapping = records.
- The proposed mechanism is totally transparent for = nodes that do not support versioning, thus incremental deployment is = feasible and discussion on the topic has been added to the draft. =  
- We describe in more details the benefits introduced = by mapping versioning including:
- Versioning and = interworking
- Versioning and mapping = synchronization
- Versioning and unidirectional = traffic
- Versioning vs. = checksum
- Versioning and = mobility
- Security = aspects

All comments are = welcome

Luigi

Begin forwarded = message:

From: IETF I-D Submission Tool <idsubmission@ietf.org>
Date: March 8, 2010 7:48:20 PM = GMT+01:00
Subject: New Version Notification for = draft-iannone-lisp-mapping-versioning-01 =


A new version of I-D, = draft-iannone-lisp-mapping-versioning-01.txt has been successfuly = submitted by Luigi Iannone and posted to the IETF = repository.

Filename: = draft-iannone-lisp-mapping-versioning
Revision: = 01
Title: = = LISP Mapping Versioning
Creation_date: = 2010-03-08
WG ID: Independent = Submission
Number_of_pages: 25

Abstract:
The present = document sketches an optional approach to provide in-
packet = information about EID-to-RLOC mappings used to encapsulate
LISP data = packets.  The proposed approach is based on associating = a
version number to EID-to-RLOC mappings and transport such a = version
number in the LISP specific header of LISP-encapsulated = packets.
This versioning approach is particularly useful to = inform
communicating xTRs about modification of the mappings used = to
encapsulate packets.  Modification of mappings could mean = adding/
removing an RLOC, or just a modification in the = reachability,
priority, or weight of one or more RLOCs.  Each = time a mapping is
modified, a new version number is generated and = propagated in the
LISP data packet.  The use of version numbers = allows to avoid
repeated Map-Request upon mappings change, limits the = interaction
between Control and Data planes, improves security, offer = support for
caching on Map-Servers, and could be used also in mobile = scenarios.

The proposed mechanism is optional and does not need = any modification
on the base LISP encapsulation.  Rather, it = uses one of the reserved
bits of the LISP specific header and = overloads the Locator Status
Bits.  Similarly, no modification = are necessary in the base LISP Map-
Reply records.  LISP = versioning uses part of the reserved bits.  In
both cases, LISP = encapsulation and Map-Reply records, bits used for
LISP versioning = can be safely ignored by xTRs that do not support the
mechanism. =  Further, mappings can be distributed as usual through
both = existing and future mapping distribution system (e.g., ALT).
The = infrastructure build by each specific mapping distribution = system
does not change anyhow.  Even more, existing mapping = distribution
protocol are able to rely LISP control plane packets = containing
version numbers and do not need modifications.  All = of these features
make LISP versioning a completely transparent = optional mechanism with
respect to the LISP base = specification.



The IETF = Secretariat.



= --Apple-Mail-72-75410467-- From ljakab@ac.upc.edu Mon Mar 15 07:12:47 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2613D3A69BE for ; Mon, 15 Mar 2010 07:12:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=x tagged_above=-999 required=5 tests=[] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id qcTV36HdhC7I for ; Mon, 15 Mar 2010 07:12:42 -0700 (PDT) Received: from gw.ac.upc.edu (gw.ac.upc.es [147.83.30.3]) by core3.amsl.com (Postfix) with ESMTP id 0C41F3A6A30 for ; Mon, 15 Mar 2010 07:11:53 -0700 (PDT) Received: from [147.83.34.118] (gambus.ac.upc.es [147.83.34.118]) by gw.ac.upc.edu (Postfix) with ESMTP id 91C9C6B0245; Mon, 15 Mar 2010 15:11:57 +0100 (CET) Message-ID: <4B9E402D.2040400@ac.upc.edu> Date: Mon, 15 Mar 2010 15:11:57 +0100 From: =?ISO-8859-1?Q?Lor=E1nd_Jakab?= Organization: Technical University of Catalonia MIME-Version: 1.0 To: lisp@ietf.org Content-Type: multipart/mixed; boundary="------------070805070202050409030209" Cc: Olivier Bonaventure Subject: [lisp] LISP-TREE X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 15 Mar 2010 14:12:49 -0000 This is a multi-part message in MIME format. --------------070805070202050409030209 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 8bit Based on an initial internal draft by Olivier Bonaventure, our team from UCL and UPC describes a newish mapping system for LISP, based on the existing DNS protocol. I say newish, because using DNS for a mapping system was discussed before. The idea was dismissed because of confusion around using the _existing_ DNS infrastructure as the mapping system, which is not the approach we have taken. Instead, we propose a completely separate LISP-TREE infrastructure. Our work was recently accepted for publication in the IEEE Journal on Selected Areas in Communications, and we could not share it before, while under review. (Although there were references to LISP-TREE in an RRG thread, and the paper was actually finished a few months back.) We extended our simulations presented at IETF75 [1] to include a comparison with LISP-TREE as well, and we hope you will find the attached technical report useful. Thank you, Loránd Jakab (on behalf of all authors) [1] http://www.ietf.org/proceedings/75/slides/lisp-4.pdf --------------070805070202050409030209 Content-Type: application/pdf; name="LISP-TREE_TR-UPC-UCL.pdf" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="LISP-TREE_TR-UPC-UCL.pdf" JVBERi0xLjQKJdDUxdgKNSAwIG9iago8PCAvUyAvR29UbyAvRCAoc2VjdGlvbi4xKSA+Pgpl bmRvYmoKOCAwIG9iagooSSBJbnRyb2R1Y3Rpb24pCmVuZG9iago5IDAgb2JqCjw8IC9TIC9H b1RvIC9EIChzZWN0aW9uLjIpID4+CmVuZG9iagoxMiAwIG9iagooSUkgTElTUCBCYWNrZ3Jv dW5kKQplbmRvYmoKMTMgMCBvYmoKPDwgL1MgL0dvVG8gL0QgKHN1YnNlY3Rpb24uMi4xKSA+ PgplbmRvYmoKMTYgMCBvYmoKKElJLUEgVGhlIExvY2F0b3IvSUQgU2VwYXJhdGlvbiBQcm90 b2NvbCkKZW5kb2JqCjE3IDAgb2JqCjw8IC9TIC9Hb1RvIC9EIChzdWJzZWN0aW9uLjIuMikg Pj4KZW5kb2JqCjIwIDAgb2JqCihJSS1CIE1hcHBpbmcgc3lzdGVtcykKZW5kb2JqCjIxIDAg b2JqCjw8IC9TIC9Hb1RvIC9EIChzdWJzdWJzZWN0aW9uLjIuMi4xKSA+PgplbmRvYmoKMjQg MCBvYmoKKElJLUIxIExJU1ArQUxUKQplbmRvYmoKMjUgMCBvYmoKPDwgL1MgL0dvVG8gL0Qg 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2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 19E723A69A2 for ; Sun, 21 Mar 2010 17:44:18 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.828 X-Spam-Level: X-Spam-Status: No, score=-2.828 tagged_above=-999 required=5 tests=[AWL=0.041, BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id sBtgZj9K3y7Y for ; Sun, 21 Mar 2010 17:44:17 -0700 (PDT) Received: from exprod7og110.obsmtp.com (exprod7og110.obsmtp.com [64.18.2.173]) by core3.amsl.com (Postfix) with ESMTP id 16E3B3A67BD for ; Sun, 21 Mar 2010 17:44:13 -0700 (PDT) Received: from source ([66.129.224.36]) (using TLSv1) by exprod7ob110.postini.com ([64.18.6.12]) with SMTP ID DSNKS6a9ajUENkq9XDQzmuB/0LG0GELLMFwj@postini.com; Sun, 21 Mar 2010 17:44:34 PDT Received: from [172.24.234.36] (172.24.234.36) by P-EMHUB03-HQ.jnpr.net (172.24.192.33) with Microsoft SMTP Server id 8.1.393.1; Sun, 21 Mar 2010 17:41:03 -0700 MIME-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset="us-ascii" From: "John G. Scudder" In-Reply-To: <20100308190821.GA17921@vaf-lnx1.cisco.com> Date: Sun, 21 Mar 2010 18:36:16 -0400 Content-Transfer-Encoding: quoted-printable Message-ID: <5257ED27-DC30-408D-9ABE-14106697F170@juniper.net> References: <20100308190821.GA17921@vaf-lnx1.cisco.com> To: Vince Fuller X-Mailer: Apple Mail (2.1077) Cc: "lisp@ietf.org" , "draft-ietf-lisp-alt@tools.ietf.org" , "lisp-chairs@tools.ietf.org" , "rtg-dir@tools.ietf.org" , "rtg-ads@tools.ietf.org" Subject: Re: [lisp] RtgDir review: draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 00:44:18 -0000 Vince, Thanks for your reply. I'll look over the revised doc as soon as I can; = in the meantime a couple of quick comments. On Mar 8, 2010, at 2:08 PM, Vince Fuller wrote: >> ALT's claims to scalability rest on high levels of aggregation with >> no hole punching. This has implications on the necessary business >> relationships between EID users and EID suppliers, and the types of >> suballocation that can and cannot be done. Most importantly, it >> implies that EID users will be locked in to their EID supplier, of >> course unless they are willing to renumber into different EID space >> -- but freedom from renumbering is a goal of LISP. This consequence >> probably should be spelled out in some fashion. This might come >> naturally from a much more detailed description of specifics as I >> raise in other points, or it might need its own section. >=20 > This is partly addressed (no pun intended) by changes to the = aggregation > example, which now specifically discusses how holes are handled. There = is > also new clarifying text that emphasizes that the ALT is a tunneled > topology, so re-homing attachment points to facilitate aggregation = should > be relatively simple. A more thorough discussion of business = relationships > is, IMHO, beyond the scope of a technical IETF document and it a = matter > for further study as EID/RLOC separation technology evolves. I'd be satisfied if the document pointed out that users will need to = acquire their EID space from somewhere and will be tied to that supplier = unless they renumber their site. I do agree that the specifics of the = business (or non-profit, or whatever) relationship between the site and = the EID supplier is out of scope. What I think is important is that a = fresh reader not mistakenly think that LISP eliminates all such = relationships making sites completely fancy-free. I think this is a = nuance that could be fairly easily overlooked by someone new to the = topic. If you think the tie to the EID supplier is not fundamental, I'd be very = interested in hearing why. >> S13, References. Surely [LISP] must be a normative reference? >> [LISP-MS] also seems to be. >=20 > Fixed. The distinction between "normative reference" and "informative > reference" in IETF procedural-speak is somewhat lost on me. I'm hardly an authority but my heuristic is that if I can understand and = implement the spec without looking at the reference, the reference is = informative. If I need to look at the referenced document, it's = normative. Regards, --John= From terry.manderson@icann.org Sun Mar 21 18:18:17 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 7D87A3A692F for ; Sun, 21 Mar 2010 18:18:17 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.869 X-Spam-Level: X-Spam-Status: No, score=-2.869 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dhaP1IAU5oQE for ; Sun, 21 Mar 2010 18:18:15 -0700 (PDT) Received: from EXPFE100-1.exc.icann.org (expfe100-1.exc.icann.org [64.78.22.236]) by core3.amsl.com (Postfix) with ESMTP id B7A943A67BD for ; Sun, 21 Mar 2010 18:18:14 -0700 (PDT) Received: from EXVPMBX100-1.exc.icann.org ([64.78.22.232]) by EXPFE100-1.exc.icann.org ([64.78.22.236]) with mapi; Sun, 21 Mar 2010 18:18:29 -0700 From: Terry Manderson To: "lisp@ietf.org" Date: Sun, 21 Mar 2010 18:18:31 -0700 Thread-Topic: Presentation slides Thread-Index: AcrJXZVzDI/p36bJ5UOd18UGvUrNyw== Message-ID: Accept-Language: en-US Content-Language: en X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Subject: [lisp] Presentation slides X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 01:18:17 -0000 To all agenda item presenters, It would be a big help if you email both Joel and myself your slides before the session. Cheers Terry From vaf@cisco.com Mon Mar 22 13:45:04 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DEC8B3A6B91 for ; Mon, 22 Mar 2010 13:45:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.891 X-Spam-Level: X-Spam-Status: No, score=-6.891 tagged_above=-999 required=5 tests=[AWL=0.719, BAYES_20=-0.74, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id SkP-ZvSj3r5l for ; Mon, 22 Mar 2010 13:45:03 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 7D2133A6BA7 for ; Mon, 22 Mar 2010 13:45:03 -0700 (PDT) Authentication-Results: sj-iport-6.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.51,289,1267401600"; d="scan'208";a="500918226" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-6.cisco.com with ESMTP; 22 Mar 2010 20:45:21 +0000 Received: from vaf-mac1.cisco.com (vaf-lnx1.cisco.com [128.107.165.254]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o2MKjLk8017103; Mon, 22 Mar 2010 20:45:21 GMT Received: by vaf-mac1.cisco.com (Postfix, from userid 113818) id 8FD341236A9; Mon, 22 Mar 2010 13:45:30 -0700 (PDT) Date: Mon, 22 Mar 2010 13:45:30 -0700 From: Vince Fuller To: "John G. Scudder" Message-ID: <20100322204530.GA75594@vaf-lnx1.cisco.com> References: <20100308190821.GA17921@vaf-lnx1.cisco.com> <5257ED27-DC30-408D-9ABE-14106697F170@juniper.net> Mime-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <5257ED27-DC30-408D-9ABE-14106697F170@juniper.net> User-Agent: Mutt/1.4.2.3i Cc: "lisp@ietf.org" , "lisp-chairs@tools.ietf.org" , "draft-ietf-lisp-alt@tools.ietf.org" , "rtg-dir@tools.ietf.org" , "rtg-ads@tools.ietf.org" Subject: Re: [lisp] RtgDir review: draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 20:45:05 -0000 Hi John- > I'd be satisfied if the document pointed out that users will need to > acquire their EID space from somewhere and will be tied to that > supplier unless they renumber their site. I do agree that the > specifics of the business (or non-profit, or whatever) relationship > between the site and the EID supplier is out of scope. What I think > is important is that a fresh reader not mistakenly think that LISP > eliminates all such relationships making sites completely > fancy-free. I think this is a nuance that could be fairly easily > overlooked by someone new to the topic. > > If you think the tie to the EID supplier is not fundamental, I'd be > very interested in hearing why. It will really depend on how the well-aggregated we want or expect the ALT to be, how allocations are managed, and what relationships exist between EID suppliers and operators of the ALT/MS infrastructure. One could imagine, for example, a RIR/LIR-like model where an end user could obtain EID space from either a direct provider of MS services (the LIR analog) or from a higher-tier regional authority (the RIR analog) but contracts for mapping service through an MS provider that is also within that region. If the space were provided by the "LIR", then it could be aggregated at that level. If it were provided by the "RIR" with mapping service via the "LIR", then it might be aggregated at either of those levels. Should the end site change MS providers, an "RIR"-based assignment could still be aggregated by the "RIR". I will add text pointing out that there are open issues regarding how aggressive aggregation can be, how the ALT/MS infrastructure will be build and operated, etc. > I'm hardly an authority but my heuristic is that if I can understand > and implement the spec without looking at the reference, the > reference is informative. If I need to look at the referenced > document, it's normative. Ah, thanks, that is a useful consideration. --Vince From jari.arkko@piuha.net Mon Mar 22 13:51:46 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 40CA73A67A1 for ; Mon, 22 Mar 2010 13:51:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.524 X-Spam-Level: X-Spam-Status: No, score=0.524 tagged_above=-999 required=5 tests=[AWL=-0.607, BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id WyRAsSxdT-kM for ; Mon, 22 Mar 2010 13:51:45 -0700 (PDT) Received: from p130.piuha.net (p130.piuha.net [IPv6:2001:14b8:400::130]) by core3.amsl.com (Postfix) with ESMTP id 199783A6978 for ; Mon, 22 Mar 2010 13:51:37 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by p130.piuha.net (Postfix) with ESMTP id 594162CF39; Mon, 22 Mar 2010 22:51:53 +0200 (EET) X-Virus-Scanned: amavisd-new at piuha.net Received: from p130.piuha.net ([127.0.0.1]) by localhost (p130.piuha.net [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ADsEeX9pVnkI; Mon, 22 Mar 2010 22:51:52 +0200 (EET) Received: from [IPv6:::1] (unknown [IPv6:2001:14b8:400::130]) by p130.piuha.net (Postfix) with ESMTP id CBE392CC9A; Mon, 22 Mar 2010 22:51:51 +0200 (EET) Message-ID: <4BA7D866.70903@piuha.net> Date: Mon, 22 Mar 2010 13:51:50 -0700 From: Jari Arkko User-Agent: Thunderbird 2.0.0.23 (X11/20090817) MIME-Version: 1.0 To: lisp@ietf.org, draft-ietf-lisp-ms@tools.ietf.org Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: [lisp] comments on lisp-ms X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 20:51:46 -0000 I have read this document and had a few comments: In general, the document looks good and I have no major issues beyond the security mechanism. Technical: > A Map-Register message includes > authentication data, so prior to sending a Map-Register message, the > ETR and Map-Server must be configured with a secret shared-key. In > addition, a Map-Server will typically perform additional verification > checks, such as matching any EID-prefix listed in a Map-Register > message against a list of prefixes for which the ETR is known to be > an authoritative source. This seems weak in a number of ways. First, shouldn't there be some RFC 2119 language that makes it clear exactly what aspects of this are required? This may also apply to other aspects of the document. Or are there other documents that have the normative specifications? Second, I think we should at the very least require that the additional verification is mandatory. And it needs to be spelled out in more exact terms, not with "such as". Third, the security considerations need to be clear about the security properties of this. What it can do and what it cannot do. In particular, if there is no additional verification then a local ETR can claim EID space that it does not own, and the Map-Server will happily distribute this to the world. Fourth, personally I would prefer to see a mechanism that allowed global verification of EID ownership. I believe this would be almost as easy to implement and and far easier to deploy than the current security model. Perhaps something SIDR like. > Note that Map-Server associations with ETRs > should NOT use anycast addresses as doing so could cause > unpredictable forwarding of Map-Requests to the ETRs. > I do not understand this. If the Map-Servers are on an anycast address, how does this affect forwarding to the ETRs? The ETRs are still on unicast addresses... > A key-chaining scheme may also be employed to facilitate > re-keying as needed. > This is a weak statement. If we have a chaining scheme to point to, lets reference it and say it SHOULD/MUST be supported. If not, maybe we can just say "A key-chaining scheme may be developed in the future as an extension of this specification." If we say the latter, we should also document the implications in the security considerations section. Missing things: - Is there some discussion somewhere about propagating changes to mapping data. AFAICT, caching Map-Resolvers and ITRs both store data for some amount of time. Can a change be propagated to them, or is this something that is not necessary based on some assumptions about the dynamics of the network? - Also, Map-Servers get updated with fresh information every minute. Perhaps the document should state that this puts a limit on how fast the information can change. Note that I'm not trying to argue that you should design the system for higher speed of change, I'm just asking for the characteristics of the design to be described. - There should probably be an operational considerations section, to talk about things like configurable parameters. - What issues do we expect the experiment to resolve? It would be good to document what implications of the design we do not currently fully understand. Editorial: The document would benefit from a more systematic description of what the different message types, encapsulation modes, and src/dst addresses are. I had trouble following what addresses each message has in all cases, for instance. > EID-to-RLOC mapping as that would introduce a circular dependancy. dependency... > in a caching mode, where it saves information about oustanding Map- outstanding... > Encapsulated Map-Reqeust to a matching ETR. It does not otherwise > Reqeusts, originates new Map-Requests to the correct ETR(s), accepts Request... > ETR, though static configuration or another out-of-band mechanism through > authoratative authoritative? > Encapsulated Map-Request: a LISP Map-Request with an additional > LISP header prepended. Sent to UDP destination port 4342. The > "outer" addresses are globally-routeable IP addresses, also known > as RLOCs. Used by an ITR when sending to a Map-Resolver and by a > Map-Server when sending to an ETR. ... when forwarding a MAP-Request to an ETR? > provides better information about the set > of define EID prefixes. ... defined EID ... RFC 2402 is a normative reference, but not used anywhere. Jari From ietf@cdl.asgaard.org Mon Mar 22 14:06:29 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 46B4528C206 for ; Mon, 22 Mar 2010 14:06:29 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.131 X-Spam-Level: * X-Spam-Status: No, score=1.131 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N1Ncejxnj-4v for ; Mon, 22 Mar 2010 14:06:28 -0700 (PDT) Received: from asgaard.org (ratatosk.asgaard.org [204.29.150.73]) by core3.amsl.com (Postfix) with ESMTP id 0EDA628C1CF for ; Mon, 22 Mar 2010 14:00:56 -0700 (PDT) Received: from [192.168.20.3] (unknown [120.152.106.83]) by asgaard.org (Postfix) with ESMTP id 858D38A0C67; Mon, 22 Mar 2010 21:01:12 +0000 (UTC) Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=utf-8 From: Christopher LILJENSTOLPE In-Reply-To: Date: Tue, 23 Mar 2010 08:01:08 +1100 Content-Transfer-Encoding: quoted-printable Message-Id: References: To: Terry Manderson , jmh@joelhalpern.com X-Pgp-Agent: GPGMail 1.2.3 X-Mailer: Apple Mail (2.1077) Cc: lisp@ietf.org Subject: Re: [lisp] Presentation slides X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 21:06:29 -0000 -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Greetings, let me second this. It's damn near impossible to follow this = via the audio and jabber room w/o the slides. Listening to Dino trying = to walk through his slides does NOT work. Chris On 22 Mar 2010, at 12.18 , Terry Manderson wrote: > To all agenda item presenters, >=20 > It would be a big help if you email both Joel and myself your slides = before > the session. >=20 > Cheers > Terry >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp >=20 - - --- =E6=9D=8E=E6=9F=AF=E7=9D=BF Check my PGP key here: https://www.asgaard.org/~cdl/cdl.asc -----BEGIN PGP SIGNATURE----- iQEcBAEBAgAGBQJLp9qUAAoJEGmx2Mt/+Iw/aNQH/R7ZCF3WXnKih29pXPxyMe1W 4QxRhKW3lWg2uhs6BpFdISH9CjTXI4KtYRKGPVWKkk2+i/9ZFZYjPv4SejOPjtTx uhW2ksQK60IArv54o/mCPcLIPxD4LvfR62yTEp/K0Zh9fUW1wg19yXnN3fp1q6oP yH4WlmKlpH+htt25RDxwzDgPY3K11n2iR9jOaJBdp9JcpfOaXzh9ODMAGpH6vw9O JZYXOM5RE3V4xmPV1ruX+irCi/9WgeOyETojyjroQBp8iIWvJSz/8ojIlxvWqrlE sZ5majXEYxd4mGrzQXBTMYKFDU7JI465Zan07pmJsliKTnSuk9NfgbnnoOcR8XE=3D =3DSNg6 -----END PGP SIGNATURE----- From jmh@joelhalpern.com Mon Mar 22 14:26:14 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 12D463A681B for ; Mon, 22 Mar 2010 14:26:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.131 X-Spam-Level: * X-Spam-Status: No, score=1.131 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id s0T1YXDlOv5O for ; Mon, 22 Mar 2010 14:26:13 -0700 (PDT) Received: from hgblob.mail.tigertech.net (hgblob.mail.tigertech.net [64.62.209.71]) by core3.amsl.com (Postfix) with ESMTP id 14F8F3A6813 for ; Mon, 22 Mar 2010 14:26:10 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hgblob.tigertech.net (Postfix) with ESMTP id 39BE0323566E; Mon, 22 Mar 2010 14:26:28 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hgblob.tigertech.net Received: from [130.129.26.67] (dhcp-wireless-open-abg-26-67.meeting.ietf.org [130.129.26.67]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hgblob.tigertech.net (Postfix) with ESMTPSA id F3F2532283F4; Mon, 22 Mar 2010 14:26:27 -0700 (PDT) Message-ID: <4BA7E085.3010104@joelhalpern.com> Date: Mon, 22 Mar 2010 17:26:29 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.24 (Windows/20100228) MIME-Version: 1.0 To: Christopher LILJENSTOLPE References: In-Reply-To: Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Cc: lisp@ietf.org Subject: Re: [lisp] Presentation slides X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 21:26:14 -0000 My apologies. We got the slides a little late (should ahve pushed earlier), and so I was not able to load them to where the jabber folks could find them. I will make sure any slide sets I get before Wednesday morning are loaded and available to folks. Yours, Joel Christopher LILJENSTOLPE wrote: > -----BEGIN PGP SIGNED MESSAGE----- > Hash: SHA1 > > > Greetings, > > let me second this. It's damn near impossible to follow this via the audio and jabber room w/o the slides. Listening to Dino trying to walk through his slides does NOT work. > > Chris > > On 22 Mar 2010, at 12.18 , Terry Manderson wrote: > >> To all agenda item presenters, >> >> It would be a big help if you email both Joel and myself your slides before >> the session. >> >> Cheers >> Terry >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp >> > > - - --- > æŽæŸ¯ç¿ > Check my PGP key here: > https://www.asgaard.org/~cdl/cdl.asc > > > -----BEGIN PGP SIGNATURE----- > > iQEcBAEBAgAGBQJLp9qUAAoJEGmx2Mt/+Iw/aNQH/R7ZCF3WXnKih29pXPxyMe1W > 4QxRhKW3lWg2uhs6BpFdISH9CjTXI4KtYRKGPVWKkk2+i/9ZFZYjPv4SejOPjtTx > uhW2ksQK60IArv54o/mCPcLIPxD4LvfR62yTEp/K0Zh9fUW1wg19yXnN3fp1q6oP > yH4WlmKlpH+htt25RDxwzDgPY3K11n2iR9jOaJBdp9JcpfOaXzh9ODMAGpH6vw9O > JZYXOM5RE3V4xmPV1ruX+irCi/9WgeOyETojyjroQBp8iIWvJSz/8ojIlxvWqrlE > sZ5majXEYxd4mGrzQXBTMYKFDU7JI465Zan07pmJsliKTnSuk9NfgbnnoOcR8XE= > =SNg6 > -----END PGP SIGNATURE----- > From ietf@cdl.asgaard.org Mon Mar 22 14:31:24 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 7D6533A68AF for ; Mon, 22 Mar 2010 14:31:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.131 X-Spam-Level: * X-Spam-Status: No, score=1.131 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mDZ0dZmuP5Kb for ; Mon, 22 Mar 2010 14:31:23 -0700 (PDT) Received: from asgaard.org (ratatosk.asgaard.org [204.29.150.73]) by core3.amsl.com (Postfix) with ESMTP id 4C4733A681B for ; Mon, 22 Mar 2010 14:31:23 -0700 (PDT) Received: from [192.168.20.3] (unknown [120.152.106.83]) by asgaard.org (Postfix) with ESMTP id 79FFE8A0C98; Mon, 22 Mar 2010 21:31:38 +0000 (UTC) Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=utf-8 From: Christopher LILJENSTOLPE In-Reply-To: <4BA7E085.3010104@joelhalpern.com> Date: Tue, 23 Mar 2010 08:30:55 +1100 Content-Transfer-Encoding: quoted-printable Message-Id: <6A01BAF3-E623-4B3E-B50A-DFD7CE95345E@cdl.asgaard.org> References: <4BA7E085.3010104@joelhalpern.com> To: "Joel M. Halpern" X-Pgp-Agent: GPGMail 1.2.3 X-Mailer: Apple Mail (2.1077) Cc: lisp@ietf.org Subject: Re: [lisp] Presentation slides X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 21:31:24 -0000 -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Thank's. Chris On 23 Mar 2010, at 08.26 , Joel M. Halpern wrote: > My apologies. We got the slides a little late (should ahve pushed = earlier), and so I was not able to load them to where the jabber folks = could find them. >=20 > I will make sure any slide sets I get before Wednesday morning are = loaded and available to folks. >=20 > Yours, > Joel >=20 > Christopher LILJENSTOLPE wrote: >> -----BEGIN PGP SIGNED MESSAGE----- >> Hash: SHA1 >> Greetings, >> let me second this. It's damn near impossible to follow this = via the audio and jabber room w/o the slides. Listening to Dino trying = to walk through his slides does NOT work. >> Chris >> On 22 Mar 2010, at 12.18 , Terry Manderson wrote: >>> To all agenda item presenters, >>>=20 >>> It would be a big help if you email both Joel and myself your slides = before >>> the session. >>>=20 >>> Cheers >>> Terry >>>=20 >>> _______________________________________________ >>> lisp mailing list >>> lisp@ietf.org >>> https://www.ietf.org/mailman/listinfo/lisp >>>=20 >> - - --- >> =E6=9D=8E=E6=9F=AF=E7=9D=BF >> Check my PGP key here: >> https://www.asgaard.org/~cdl/cdl.asc >> -----BEGIN PGP SIGNATURE----- >> iQEcBAEBAgAGBQJLp9qUAAoJEGmx2Mt/+Iw/aNQH/R7ZCF3WXnKih29pXPxyMe1W >> 4QxRhKW3lWg2uhs6BpFdISH9CjTXI4KtYRKGPVWKkk2+i/9ZFZYjPv4SejOPjtTx >> uhW2ksQK60IArv54o/mCPcLIPxD4LvfR62yTEp/K0Zh9fUW1wg19yXnN3fp1q6oP >> yH4WlmKlpH+htt25RDxwzDgPY3K11n2iR9jOaJBdp9JcpfOaXzh9ODMAGpH6vw9O >> JZYXOM5RE3V4xmPV1ruX+irCi/9WgeOyETojyjroQBp8iIWvJSz/8ojIlxvWqrlE >> sZ5majXEYxd4mGrzQXBTMYKFDU7JI465Zan07pmJsliKTnSuk9NfgbnnoOcR8XE=3D >> =3DSNg6 >> -----END PGP SIGNATURE----- >=20 - --- =E6=9D=8E=E6=9F=AF=E7=9D=BF Check my PGP key here: https://www.asgaard.org/~cdl/cdl.asc -----BEGIN PGP SIGNATURE----- iQEcBAEBAgAGBQJLp+GPAAoJEGmx2Mt/+Iw/S/QH+QEfZ7Th/8zEywa9/3rfaV4C 60nJMzWaHTms9ABnYhbesfpA3ZZ1UNSrdS8mFz78l/hufPPDFRIrZYpT7qQbC9sX QAnJn0JWGEwJFWj+5OqVWxMcue/zSWOUpnD3UZu5uuGTVs9z4KPBqVEJkoOJdb/A agVDZNh8Bt9yVyKkw7quj4xHv1VevEn9SsrkrDx/WYQhSliNn9nTUAw1SvMJq0hs zzSVO+0kiw8raeNSzPWZ0zOcOy/RIDlFxn97mS43q96As8kw9gm9ZXNSN6J9jLME t59leTV2v0YA3KUNJ+FHHJurufJA5DpJpg9nEjA7NXDIr/OcTesL3xuq4f8PYXo=3D =3DweTK -----END PGP SIGNATURE----- From kotikalapudi.sriram@nist.gov Mon Mar 22 15:05:56 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id E09CF3A69BC for ; Mon, 22 Mar 2010 15:05:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.412 X-Spam-Level: X-Spam-Status: No, score=-5.412 tagged_above=-999 required=5 tests=[AWL=0.057, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id WZ6XqlLr2Tja for ; Mon, 22 Mar 2010 15:05:56 -0700 (PDT) Received: from smtp.nist.gov (rimp2.nist.gov [129.6.16.227]) by core3.amsl.com (Postfix) with ESMTP id 1A9BD3A67E1 for ; Mon, 22 Mar 2010 15:05:55 -0700 (PDT) Received: from WSXGHUB1.xchange.nist.gov (wsxghub1.nist.gov [129.6.18.96]) by smtp.nist.gov (8.13.1/8.13.1) with ESMTP id o2MM5i4N016570; Mon, 22 Mar 2010 18:05:44 -0400 Received: from MBCLUSTER.xchange.nist.gov ([fe80::d479:3188:aec0:cb66]) by WSXGHUB1.xchange.nist.gov ([2002:8106:1260::8106:1260]) with mapi; Mon, 22 Mar 2010 18:05:44 -0400 From: "Sriram, Kotikalapudi" To: "lisp@ietf.org" , "Joel M. Halpern" Date: Mon, 22 Mar 2010 18:05:27 -0400 Thread-Topic: LISP and SIDR WG meetings -- schedule conflict Thread-Index: AQHKygvHQIPZ/ICX/U6dsE7DoROGDA== Message-ID: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-NIST-MailScanner: Found to be clean X-NIST-MailScanner-From: kotikalapudi.sriram@nist.gov Subject: [lisp] LISP and SIDR WG meetings -- schedule conflict X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 22 Mar 2010 22:05:57 -0000 Joel: Could we try to avoid a schedule conflict between LISP and SIDR WG meetings= in future IETFs? I know several people who would normally like to attend both. Sriram =20 From terry.manderson@icann.org Mon Mar 22 17:04:37 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0601B28C1A1 for ; Mon, 22 Mar 2010 17:04:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.169 X-Spam-Level: X-Spam-Status: No, score=-4.169 tagged_above=-999 required=5 tests=[AWL=1.300, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 1dpk6PdY3xId for ; Mon, 22 Mar 2010 17:04:36 -0700 (PDT) Received: from EXPFE100-2.exc.icann.org (expfe100-2.exc.icann.org [64.78.22.237]) by core3.amsl.com (Postfix) with ESMTP id 1260D28C273 for ; Mon, 22 Mar 2010 17:04:35 -0700 (PDT) Received: from EXVPMBX100-1.exc.icann.org ([64.78.22.232]) by EXPFE100-2.exc.icann.org ([64.78.22.237]) with mapi; Mon, 22 Mar 2010 17:04:53 -0700 From: Terry Manderson To: "Sriram, Kotikalapudi" , "lisp@ietf.org" , "Joel M. Halpern" Date: Mon, 22 Mar 2010 17:04:51 -0700 Thread-Topic: LISP and SIDR WG meetings -- schedule conflict Thread-Index: AQHKygvHQIPZ/ICX/U6dsE7DoROGDJH+pNOW Message-ID: In-Reply-To: Accept-Language: en-US Content-Language: en X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Subject: Re: [lisp] LISP and SIDR WG meetings -- schedule conflict X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 23 Mar 2010 00:04:37 -0000 Hi Sriram, Clashes happen.. I do believe we did submit the session request with the SIDR clash specifically listed, along with rrg et al. Will try harder for Maastricht. Cheers Terry On 23/03/10 8:05 AM, "Sriram, Kotikalapudi" wrote: > Joel: >=20 > Could we try to avoid a schedule conflict between LISP and SIDR WG meetin= gs in > future IETFs? > I know several people who would normally like to attend both. >=20 > Sriram=20 >=20 >=20 From dino@cisco.com Tue Mar 23 07:59:01 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B8B753A6C26 for ; Tue, 23 Mar 2010 07:59:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=x tagged_above=-999 required=5 tests=[] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9Cr7wGs5Pg0X for ; Tue, 23 Mar 2010 07:59:01 -0700 (PDT) Received: from sj-iport-2.cisco.com (sj-iport-2.cisco.com [171.71.176.71]) by core3.amsl.com (Postfix) with ESMTP id 7EFBE3A6C1E for ; Tue, 23 Mar 2010 07:58:53 -0700 (PDT) Authentication-Results: sj-iport-2.cisco.com; dkim=neutral (message not signed) header.i=none X-Files: Picture 4.png, Picture 5.png, lisp-ietf-sna-map-replies.ppt : 127406, 20542, 63488 X-IronPort-AV: E=Sophos;i="4.51,295,1267401600"; d="scan'32,208,150?png'32,208,150,150?ppt'32,208,150,150,32"; a="247779417" Received: from sj-core-3.cisco.com ([171.68.223.137]) by sj-iport-2.cisco.com with ESMTP; 23 Mar 2010 14:59:12 +0000 Received: from dhcp-wireless-open-abg-26-215.meeting.ietf.org (sjc-vpn4-45.cisco.com [10.21.80.45]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id o2NExCAI000658 for ; Tue, 23 Mar 2010 14:59:12 GMT Message-Id: <367D97F5-7C8F-4F85-A2A9-8547D59BA02A@cisco.com> From: Dino Farinacci To: lisp@ietf.org Content-Type: multipart/mixed; boundary=Apple-Mail-77--1008623760 Mime-Version: 1.0 (Apple Message framework v936) Date: Tue, 23 Mar 2010 07:59:12 -0700 X-Mailer: Apple Mail (2.936) Subject: [lisp] Multiple ITR-RLOC fields in the Map-Request packet X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 23 Mar 2010 14:59:01 -0000 --Apple-Mail-77--1008623760 Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit We presented this at the working group yesterday. We would like to see if there any objections of putting this bugfix into the -07 spec. Here is the proposed Map-Request packet format change: --Apple-Mail-77--1008623760 Content-Disposition: inline; filename="Picture 4.png" Content-Type: image/png; x-mac-hide-extension=yes; x-unix-mode=0644; x-mac-type=504E4766; name="Picture 4.png" Content-Transfer-Encoding: base64 iVBORw0KGgoAAAANSUhEUgAAAoAAAAGaCAIAAAAQCmUUAAAABGdBTUEAANkDQtZPoQAADzVpQ0NQ Q29sb3IgTENEAAB4nJWXCTRVXxfAz32j8RlCQnqEEBEylsyZMs+JeO+Zh+eZZUpEFCFDkSilkqEZ FSJPkpKppMhYJMmQ2fvuo/7///q+9a1vfXut9+7v7rPP3ufufe459wDAIeBCJvsgAAC+fkEUi0Na eDt7Bzz2A4AACrACJEC6EALJmmZmxuC/yq8e2BqWTmm6LzfTH7RDQ8yO0bqfruY6LzX/934bgqPA AQGApGDmct9kDTq7brIVnUODyEEwe9CZ4OFChDkSZimKlYU2zDfoftw3uYrOrpv8gs4hBHd63/cA YDj9iJ5+AGAnYVYnkgIJcDM9LpEYSPCF+RwACHVfX3/YP3s7rBcnkClwX/ZFmEXoedkcMikAANW9 ADBm/63zgsdaQQGAb+lv3S5mAHhCASj/h92sxUauIJ43gW7ychsqiEULAHQ/jTYrBo8tA4C1dBpt 5QqNtnYVAORHAOp9CMGUkN/5gqA2AP7X/eYz/xYkHJBeYCFAAZNQHGIfEkKuoUUwXtjXjM7MaJYe 3HP2Bs6PXDNb5bcR+Uu2T+B3C1NESsQGJdh2q0ofklHcu10eqzCl2KF8V/XMfnt1oYNjmgXaFjpr 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The specific fix to address this problem is for the ITR to include both its IPv4 and IPv6 RLOC addresses in the Map-Request so the ETR can choose the ITR's IPv6 RLOC address as the destination address for the Map-Reply (and use its only IPv6 RLOC address as the source of the Map-Reply). Slides from working group are enclosed. 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--Apple-Mail-77--1008623760 Content-Type: text/plain; charset=US-ASCII; format=flowed Content-Transfer-Encoding: 7bit --Apple-Mail-77--1008623760-- From hartmans@mit.edu Tue Mar 23 14:55:24 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 021763A6C9A for ; Tue, 23 Mar 2010 14:55:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 1.465 X-Spam-Level: * X-Spam-Status: No, score=1.465 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, IP_NOT_FRIENDLY=0.334] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0aR6qhAqpQzd for ; Tue, 23 Mar 2010 14:55:23 -0700 (PDT) Received: from mail.suchdamage.org (permutation-city.suchdamage.org [69.25.196.28]) by core3.amsl.com (Postfix) with ESMTP id 3C2A23A6C87 for ; Tue, 23 Mar 2010 14:55:22 -0700 (PDT) Received: from carter-zimmerman.suchdamage.org (dhcp-wireless-open-abg-26-8.meeting.ietf.org [130.129.26.8]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client CN "laptop", Issuer "laptop" (not verified)) by mail.suchdamage.org (Postfix) with ESMTPS id 4B48620177; Tue, 23 Mar 2010 17:55:42 -0400 (EDT) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 6FC3B413C; Tue, 23 Mar 2010 17:55:41 -0400 (EDT) From: Sam Hartman To: lisp@ietf.org Date: Tue, 23 Mar 2010 17:55:41 -0400 Message-ID: User-Agent: Gnus/5.110009 (No Gnus v0.9) Emacs/22.3 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Subject: [lisp] A proposal for cross-AFI resolution X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 23 Mar 2010 21:55:24 -0000 Hi. At the meeting I stated a concern about the cross-AFI solution presented by Dino because I thought it was tied to the architectural question of whether the map-request should be encapsulated. I think there is a minor change to Dino's proposal that will resolve my concern. As I understand it, Dino proposes to add a source locator count and a set of AFI/locator pairs to the map request. With the following two additions I think I'b be entirely happy doing that now: 1) If the ETR replies to a map request, it chooses one of these source locators and does not send the reply to the source address of the encapsulated packet. I suspect this may already be part of the proposal. 2) ETRs MUST handle either encapsulated or un-encapsulated map requests. I think 2 is very easy to implement now that we don't need the source address from the map request to generate the reply. Does this work for folks? --Sam From darlewis@cisco.com Tue Mar 23 14:59:55 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2B9B93A695D for ; Tue, 23 Mar 2010 14:59:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.468 X-Spam-Level: X-Spam-Status: No, score=-9.468 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wuIOWP8AKx1Q for ; Tue, 23 Mar 2010 14:59:54 -0700 (PDT) Received: from sj-iport-5.cisco.com (sj-iport-5.cisco.com [171.68.10.87]) by core3.amsl.com (Postfix) with ESMTP id 5B65B3A6946 for ; Tue, 23 Mar 2010 14:59:54 -0700 (PDT) Authentication-Results: sj-iport-5.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.51,297,1267401600"; d="scan'208,217";a="171083199" Received: from sj-core-3.cisco.com ([171.68.223.137]) by sj-iport-5.cisco.com with ESMTP; 23 Mar 2010 22:00:13 +0000 Received: from [10.21.73.17] ([10.21.73.17]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id o2NM0Cs1014802; Tue, 23 Mar 2010 22:00:12 GMT Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: multipart/alternative; boundary=Apple-Mail-12--983237057 From: Darrel Lewis In-Reply-To: Date: Tue, 23 Mar 2010 15:02:18 -0700 Message-Id: <266F0D56-1D58-4310-8C40-DA94C5B20DA6@cisco.com> References: To: Sam Hartman X-Mailer: Apple Mail (2.1077) Cc: lisp@ietf.org Subject: Re: [lisp] A proposal for cross-AFI resolution X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 23 Mar 2010 21:59:55 -0000 --Apple-Mail-12--983237057 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii >=20 > 2) ETRs MUST handle either encapsulated or un-encapsulated map = requests. >=20 > I think 2 is very easy to implement now that we don't need the source > address from the map request to generate the reply. >=20 > Does this work for folks? >=20 > --Sam ETRs already handle both today (remember that probe packets are = map-requests), so I'm not sure why this additional requirement language = is needed. -Darrel= --Apple-Mail-12--983237057 Content-Transfer-Encoding: 7bit Content-Type: text/html; charset=us-ascii

2) ETRs MUST handle either encapsulated or un-encapsulated map requests.

I think 2 is very easy to implement now that we don't need the source
address from the map request to generate the reply.

Does this work for folks?

--Sam

ETRs already handle both today (remember that probe packets are map-requests), so I'm not sure why this additional requirement language is needed.

-Darrel
--Apple-Mail-12--983237057-- From dino@cisco.com Tue Mar 23 15:00:22 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id AC7FD3A6923 for ; Tue, 23 Mar 2010 15:00:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.469 X-Spam-Level: X-Spam-Status: No, score=-9.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id SHHHi09fmntA for ; Tue, 23 Mar 2010 15:00:21 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id D67D03A68C0 for ; Tue, 23 Mar 2010 15:00:21 -0700 (PDT) Authentication-Results: sj-iport-6.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEAI3WqEurR7H+/2dsb2JhbACbKHOmMJkPhH0Egx6LJQ X-IronPort-AV: E=Sophos;i="4.51,297,1267401600"; d="scan'208";a="501682047" Received: from sj-core-2.cisco.com ([171.71.177.254]) by sj-iport-6.cisco.com with ESMTP; 23 Mar 2010 22:00:41 +0000 Received: from dhcp-wireless-open-abg-26-215.meeting.ietf.org ([10.21.87.215]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id o2NM0fhB003913; Tue, 23 Mar 2010 22:00:41 GMT Message-Id: From: Dino Farinacci To: Sam Hartman In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Tue, 23 Mar 2010 15:00:41 -0700 References: X-Mailer: Apple Mail (2.936) Cc: lisp@ietf.org Subject: Re: [lisp] A proposal for cross-AFI resolution X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 23 Mar 2010 22:00:22 -0000 > Hi. At the meeting I stated a concern about the cross-AFI solution > presented by Dino because I thought it was tied to the architectural > question of whether the map-request should be encapsulated. > > I think there is a minor change to Dino's proposal that will resolve > my > concern. As I understand it, Dino proposes to add a source locator > count and a set of AFI/locator pairs to the map request. > With the following two additions I think I'b be entirely happy doing > that now: > > 1) If the ETR replies to a map request, it chooses one of these source > locators and does not send the reply to the source address of the > encapsulated packet. I suspect this may already be part of the > proposal. It is. > 2) ETRs MUST handle either encapsulated or un-encapsulated map > requests. This is already supported in the draft and several implementations. > I think 2 is very easy to implement now that we don't need the source > address from the map request to generate the reply. > > Does this work for folks? Yes, because nothing additional needs to be added. Dino > > --Sam > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jmh@joelhalpern.com Tue Mar 23 18:36:01 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 0146D3A6B07 for ; Tue, 23 Mar 2010 18:36:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.169 X-Spam-Level: X-Spam-Status: No, score=-0.169 tagged_above=-999 required=5 tests=[AWL=1.300, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 5YCRBL8XGKKJ for ; Tue, 23 Mar 2010 18:36:00 -0700 (PDT) Received: from hgblob.mail.tigertech.net (hgblob.mail.tigertech.net [64.62.209.71]) by core3.amsl.com (Postfix) with ESMTP id EE3373A68FC for ; Tue, 23 Mar 2010 18:35:45 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by hgblob.tigertech.net (Postfix) with ESMTP id 0C468323566E for ; Tue, 23 Mar 2010 18:36:06 -0700 (PDT) X-Virus-Scanned: Debian amavisd-new at hgblob.tigertech.net Received: from [130.129.26.67] (dhcp-wireless-open-abg-26-67.meeting.ietf.org [130.129.26.67]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by hgblob.tigertech.net (Postfix) with ESMTPSA id C76033228B9B for ; Tue, 23 Mar 2010 18:36:05 -0700 (PDT) Message-ID: <4BA96C86.6050001@joelhalpern.com> Date: Tue, 23 Mar 2010 21:36:06 -0400 From: "Joel M. Halpern" User-Agent: Thunderbird 2.0.0.24 (Windows/20100228) MIME-Version: 1.0 To: "lisp@ietf.org" Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: [lisp] Slides X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 01:36:01 -0000 The slides we have received (all of what has been presented, and most of tomorrow) have been uploaded, and there are links from the agenda (copy-and-paste links.) Yours, Joel From hartmans@mit.edu Tue Mar 23 20:27:26 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 8CEAB3A68CE for ; Tue, 23 Mar 2010 20:27:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.909 X-Spam-Level: X-Spam-Status: No, score=0.909 tagged_above=-999 required=5 tests=[AWL=0.556, BAYES_05=-1.11, DNS_FROM_OPENWHOIS=1.13, IP_NOT_FRIENDLY=0.334] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 8wK1vMHkqKcc for ; Tue, 23 Mar 2010 20:27:25 -0700 (PDT) Received: from mail.suchdamage.org (permutation-city.suchdamage.org [69.25.196.28]) by core3.amsl.com (Postfix) with ESMTP id D61B53A6859 for ; Tue, 23 Mar 2010 20:27:25 -0700 (PDT) Received: from carter-zimmerman.suchdamage.org (dhcp-wireless-open-abg-26-8.meeting.ietf.org [130.129.26.8]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client CN "laptop", Issuer "laptop" (not verified)) by mail.suchdamage.org (Postfix) with ESMTPS id 6CE2820239; Tue, 23 Mar 2010 23:27:45 -0400 (EDT) Received: by carter-zimmerman.suchdamage.org (Postfix, from userid 8042) id 358C2413C; Tue, 23 Mar 2010 23:27:44 -0400 (EDT) From: Sam Hartman To: Darrel Lewis References: <266F0D56-1D58-4310-8C40-DA94C5B20DA6@cisco.com> Date: Tue, 23 Mar 2010 23:27:44 -0400 In-Reply-To: <266F0D56-1D58-4310-8C40-DA94C5B20DA6@cisco.com> (Darrel Lewis's message of "Tue, 23 Mar 2010 15:02:18 -0700") Message-ID: User-Agent: Gnus/5.110009 (No Gnus v0.9) Emacs/22.3 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain; charset=us-ascii Cc: lisp@ietf.org Subject: Re: [lisp] A proposal for cross-AFI resolution X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 03:27:26 -0000 >>>>> "Darrel" == Darrel Lewis writes: Darrel> 2) ETRs MUST handle either encapsulated or Darrel> un-encapsulated map requests. Darrel> I think 2 is very easy to implement now that we don't Darrel> need the source address from the map request to generate the Darrel> reply. Darrel> Does this work for folks? Darrel> --Sam Darrel> ETRs already handle both today (remember that probe packets Darrel> are map-requests), so I'm not sure why this additional Darrel> requirement language is needed. I think today it would be legal to throw away a non-probe map request that was not encapsulated. I want to forbid that. From jzwiebel@cisco.com Tue Mar 23 22:00:48 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 441353A6CA8 for ; Tue, 23 Mar 2010 22:00:48 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.469 X-Spam-Level: X-Spam-Status: No, score=-9.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 4ADOEwUyV5ro for ; Tue, 23 Mar 2010 22:00:46 -0700 (PDT) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id BDB1F3A6C87 for ; Tue, 23 Mar 2010 22:00:46 -0700 (PDT) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.51,299,1267401600"; d="scan'208";a="104740006" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-4.cisco.com with ESMTP; 24 Mar 2010 05:01:06 +0000 Received: from sjc-vpn7-886.cisco.com (sjc-vpn7-886.cisco.com [10.21.147.118]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o2O51639007159; Wed, 24 Mar 2010 05:01:06 GMT Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: John Zwiebel In-Reply-To: Date: Tue, 23 Mar 2010 19:00:58 -1000 Content-Transfer-Encoding: 7bit Message-Id: References: <266F0D56-1D58-4310-8C40-DA94C5B20DA6@cisco.com> To: Sam Hartman X-Mailer: Apple Mail (2.1077) Cc: lisp@ietf.org Subject: Re: [lisp] A proposal for cross-AFI resolution X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 05:00:48 -0000 On Mar 23, 2010, at 5:27 PM, Sam Hartman wrote: >>>>>> "Darrel" == Darrel Lewis writes: > > Darrel> 2) ETRs MUST handle either encapsulated or > Darrel> un-encapsulated map requests. > > Darrel> I think 2 is very easy to implement now that we don't > Darrel> need the source address from the map request to generate the > Darrel> reply. > > Darrel> Does this work for folks? > > Darrel> --Sam > > > Darrel> ETRs already handle both today (remember that probe packets > Darrel> are map-requests), so I'm not sure why this additional > Darrel> requirement language is needed. > > I think today it would be legal to throw away a non-probe map request > that was not encapsulated. I want to forbid that. Why? Where does it say they would be thrown away? What about an SMR, would that be thrown away? We're talking about just one bit here for the probe and one for the SMR. But in the end, if I don't want to talk to you, why should you have the authority to tell me that I have to? > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From damien.saucez@uclouvain.be Wed Mar 24 03:21:21 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 2C3283A6819 for ; Wed, 24 Mar 2010 03:21:21 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.869 X-Spam-Level: X-Spam-Status: No, score=-2.869 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wMlsVTMF2OC3 for ; Wed, 24 Mar 2010 03:21:16 -0700 (PDT) Received: from smtp1.sgsi.ucl.ac.be (smtp.sgsi.ucl.ac.be [130.104.5.67]) by core3.amsl.com (Postfix) with ESMTP id A11DA3A68EC for ; Wed, 24 Mar 2010 03:21:15 -0700 (PDT) Received: from sleipnier.dhcp.info.ucl.ac.be (sleipnier.dhcp.info.ucl.ac.be [130.104.228.23]) (using TLSv1 with cipher AES128-SHA (128/128 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp1.sgsi.ucl.ac.be) by smtp1.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 4FBB5E987B; Wed, 24 Mar 2010 11:21:11 +0100 (CET) X-DKIM: Sendmail DKIM Filter v2.8.2 smtp1.sgsi.ucl.ac.be 4FBB5E987B DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=uclouvain.be; s=selucl; t=1269426071; bh=tdKBuI6u0uqzwg4OssgSuhhs/kbR5F/u5qwmAMmRfDc=; h=Subject:Mime-Version:Content-Type:From:In-Reply-To:Date:Cc: Content-Transfer-Encoding:Message-Id:References:To; b=W1ytcP3KfuDkc6lNwaj5PcziG9jHzrLObST2KngvEywTcNFeSYXE+ekWxdUTxdL0w X04MgpM0TCqB7Wr1HIXeQmHtjWdsc+SituaRFXxKS45bFgpCMEqxd0LfBBsYSsnbdV DjzkBOWYNW7Y5hfqoVzYGtMqnYbIhF4kmFZdrsyM= Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Damien Saucez In-Reply-To: <367D97F5-7C8F-4F85-A2A9-8547D59BA02A@cisco.com> Date: Wed, 24 Mar 2010 11:21:10 +0100 Content-Transfer-Encoding: quoted-printable Message-Id: <9777E10D-8ACA-48FD-B6F4-2E5EEB31470A@uclouvain.be> References: <367D97F5-7C8F-4F85-A2A9-8547D59BA02A@cisco.com> To: Dino Farinacci X-Mailer: Apple Mail (2.1077) X-Virus-Scanned: clamav-milter 0.96rc1-exp at smtp-1.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 4FBB5E987B.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: lisp@ietf.org Subject: Re: [lisp] Multiple ITR-RLOC fields in the Map-Request packet X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 10:21:21 -0000 Dino, Slide 6, do we need to align the ITR-AFIx woth the 0 bit? If you have = IP, it is multiple of 32bits meaning that once, the AFI is at bit 0, = once at bit 16th. If you do not impose the alignment, we will have REC that are not = aligned. Can it be a problem while implementing (in hardware)? Damien Saucez On 23 Mar 2010, at 15:59, Dino Farinacci wrote: > We presented this at the working group yesterday. We would like to see = if there any objections of putting this bugfix into the -07 spec. >=20 > Here is the proposed Map-Request packet format change: >=20 > >=20 >=20 > I have also enclosed the slide-set. Notice the explicit case that = breaks is: >=20 > >=20 >=20 > What the above notation means is that if the ITR choses either a = source address for the Map-Request or the ITR-RLOC field address from = the IPv4 address-family, and the ETR only has an IPv6 RLOC address, the = ETR cannot return a Map-Reply to the ITR. >=20 > The specific fix to address this problem is for the ITR to include = both its IPv4 and IPv6 RLOC addresses in the Map-Request so the ETR can = choose the ITR's IPv6 RLOC address as the destination address for the = Map-Reply (and use its only IPv6 RLOC address as the source of the = Map-Reply). >=20 > Slides from working group are enclosed. >=20 > Dino >=20 > >=20 >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From jnc@mercury.lcs.mit.edu Wed Mar 24 06:39:10 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 6082B3A683F for ; Wed, 24 Mar 2010 06:39:10 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.869 X-Spam-Level: X-Spam-Status: No, score=-2.869 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id gIUQoCgdbaak for ; Wed, 24 Mar 2010 06:39:09 -0700 (PDT) Received: from mercury.lcs.mit.edu (mercury.lcs.mit.edu [18.26.0.122]) by core3.amsl.com (Postfix) with ESMTP id 637643A6826 for ; Wed, 24 Mar 2010 06:39:09 -0700 (PDT) Received: by mercury.lcs.mit.edu (Postfix, from userid 11178) id 1D3356BE5A8; Wed, 24 Mar 2010 09:39:29 -0400 (EDT) To: lisp@ietf.org Message-Id: <20100324133929.1D3356BE5A8@mercury.lcs.mit.edu> Date: Wed, 24 Mar 2010 09:39:29 -0400 (EDT) From: jnc@mercury.lcs.mit.edu (Noel Chiappa) Cc: jnc@mercury.lcs.mit.edu Subject: Re: [lisp] Multiple ITR-RLOC fields in the Map-Request packet X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 13:39:10 -0000 > From: Dino Farinacci > Here is the proposed Map-Request packet format change: If we are going to change the Map-Request packet format in an incompatible way, I think it's very important that we ask 'are there any other changes we want to make at the same time'. We have a network that some people are starting to actually use now, and the ability to make incompatible packet format changes in going to rapidly disappear. So, it's important that we get the maximum bang for our buck on these flag days. I can think of one off the top of my head, which is that I think we _have_ to add an 'RLOC length' field to the RLOC entries. The reasoning is exactly the same as for the 'key length' field in the Map-Register packet, i.e. to allow 'unmodified' nodes to skip 'unrecognized' entries when new type of entries are deployed in the future. (Some AFIs are not fixed length, so a table of entries of the form {AFI, AFI_length} entries will not fix the problem.} Does anyone else have any changes (however inchoate) they are thinking of as being needed in the future in terms of changes to the Map-Request packet format? If so, please 'bring out your dead' now. Noel From dmm@1-4-5.net Wed Mar 24 10:59:26 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 19DBA3A69A1 for ; Wed, 24 Mar 2010 10:59:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.469 X-Spam-Level: X-Spam-Status: No, score=-1.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id I2eGo98vyVS0 for ; Wed, 24 Mar 2010 10:59:25 -0700 (PDT) Received: from m106.maoz.com (m106.maoz.com [205.167.76.9]) by core3.amsl.com (Postfix) with ESMTP id 6E1CA3A69AD for ; Wed, 24 Mar 2010 10:59:24 -0700 (PDT) Received: from m106.maoz.com (localhost [127.0.0.1]) by m106.maoz.com (8.14.3/8.14.3/Debian-6) with ESMTP id o2OHxiaj007353 for ; Wed, 24 Mar 2010 10:59:44 -0700 Received: (from dmm@localhost) by m106.maoz.com (8.14.3/8.14.3/Submit) id o2OHxi0K007352 for lisp@ietf.org; Wed, 24 Mar 2010 10:59:44 -0700 X-Authentication-Warning: m106.maoz.com: dmm set sender to dmm@1-4-5.net using -f Date: Wed, 24 Mar 2010 10:59:44 -0700 From: David Meyer To: lisp@ietf.org Message-ID: <20100324175944.GA7317@1-4-5.net> MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="5vNYLRcllDrimb99" Content-Disposition: inline X-public-key: http://www.1-4-5.net/~dmm/public-key.asc X-gpg-fingerprint: 2409 8B50 B389 A307 BA5C 2A16 3918 03D6 A099 D8A7 X-philosophy: "I just had to let it go. John Lennon" User-Agent: Mutt/1.5.18 (2008-05-17) Subject: [lisp] draft-farinacci-lisp-lig-02.txt -> WG document? X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 17:59:26 -0000 --5vNYLRcllDrimb99 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Content-Transfer-Encoding: quoted-printable Folks, We didn't get a chance to talk about the lig draft during the meeting but I want to ask the WG to adopt=20 draft-farinacci-lisp-lig-02.txt as a WG document. lig has turned out to be an extremely useful tool and several tools have been built on top of it, e.g., http://www.lisp4.net/status and http://baldomar.ccaba.upc.edu/lispmon. A public domain implementation of lig is available on http://github.com/davidmeyer/lig. In any event, we'd like the WG to adopt the draft. Thanks, Dave --5vNYLRcllDrimb99 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: Digital signature Content-Disposition: inline -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.9 (GNU/Linux) iEYEARECAAYFAkuqUxAACgkQORgD1qCZ2KcoEwCfVepwzdag+JwCAbIQWbCrLx3E XDUAnAq1TwNnRgn1dt+duSr8MXrX99rp =naC/ -----END PGP SIGNATURE----- --5vNYLRcllDrimb99-- From jzwiebel@cisco.com Wed Mar 24 12:47:42 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id D337A3A6CF6 for ; Wed, 24 Mar 2010 12:47:42 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.468 X-Spam-Level: X-Spam-Status: No, score=-9.468 tagged_above=-999 required=5 tests=[AWL=-0.000, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Y+YSskgCh4uW for ; Wed, 24 Mar 2010 12:47:42 -0700 (PDT) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id 15B643A6C4F for ; Wed, 24 Mar 2010 12:47:42 -0700 (PDT) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.51,302,1267401600"; d="scan'208,217";a="105236887" Received: from sj-core-5.cisco.com ([171.71.177.238]) by sj-iport-4.cisco.com with ESMTP; 24 Mar 2010 19:48:03 +0000 Received: from sjc-vpn2-91.cisco.com (sjc-vpn2-91.cisco.com [10.21.112.91]) by sj-core-5.cisco.com (8.13.8/8.14.3) with ESMTP id o2OJm2ud025969; Wed, 24 Mar 2010 19:48:02 GMT Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: multipart/alternative; boundary=Apple-Mail-166--904901280 From: John Zwiebel In-Reply-To: <20100324175944.GA7317@1-4-5.net> Date: Wed, 24 Mar 2010 09:47:54 -1000 Message-Id: <81F86557-07C9-4F8A-B542-CD0E060F7E7B@cisco.com> References: <20100324175944.GA7317@1-4-5.net> To: David Meyer X-Mailer: Apple Mail (2.1077) Cc: lisp@ietf.org Subject: Re: [lisp] draft-farinacci-lisp-lig-02.txt -> WG document? X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 19:47:42 -0000 --Apple-Mail-166--904901280 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=us-ascii On Mar 24, 2010, at 7:59 AM, David Meyer wrote: > In any event, we'd like the WG to adopt the draft. +1 --Apple-Mail-166--904901280 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=us-ascii
In any event, we'd like the WG to = adopt the = draft.
 +1= --Apple-Mail-166--904901280-- From dino@cisco.com Wed Mar 24 16:42:02 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A55203A6946 for ; Wed, 24 Mar 2010 16:42:02 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.469 X-Spam-Level: X-Spam-Status: No, score=-9.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PB7p5+C-04EJ for ; Wed, 24 Mar 2010 16:42:01 -0700 (PDT) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id C73043A6805 for ; Wed, 24 Mar 2010 16:42:01 -0700 (PDT) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEAOs/qkurR7Ht/2dsb2JhbACbG3OmdZkMhH4Egx0 X-IronPort-AV: E=Sophos;i="4.51,303,1267401600"; d="scan'208";a="105359975" Received: from sj-core-1.cisco.com ([171.71.177.237]) by sj-iport-4.cisco.com with ESMTP; 24 Mar 2010 23:42:23 +0000 Received: from dhcp-wireless-open-abg-26-215.meeting.ietf.org (sjc-vpn4-526.cisco.com [10.21.82.14]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id o2ONgM0I023106; Wed, 24 Mar 2010 23:42:23 GMT Message-Id: <97592112-E98D-4007-8001-106654283098@cisco.com> From: Dino Farinacci To: Damien Saucez In-Reply-To: <9777E10D-8ACA-48FD-B6F4-2E5EEB31470A@uclouvain.be> Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Wed, 24 Mar 2010 16:42:22 -0700 References: <367D97F5-7C8F-4F85-A2A9-8547D59BA02A@cisco.com> <9777E10D-8ACA-48FD-B6F4-2E5EEB31470A@uclouvain.be> X-Mailer: Apple Mail (2.936) Cc: lisp@ietf.org Subject: Re: [lisp] Multiple ITR-RLOC fields in the Map-Request packet X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 24 Mar 2010 23:42:02 -0000 > Dino, > > Slide 6, do we need to align the ITR-AFIx woth the 0 bit? If you > have IP, it is multiple of 32bits meaning that once, the AFI is at > bit 0, once at bit 16th. > If you do not impose the alignment, we will have REC that are not > aligned. Can it be a problem while implementing (in hardware)? It doesn't matter that it is not aligned. And hardware won't process Map-Requests generally. Dino > > Damien Saucez > > On 23 Mar 2010, at 15:59, Dino Farinacci wrote: > >> We presented this at the working group yesterday. We would like to >> see if there any objections of putting this bugfix into the -07 spec. >> >> Here is the proposed Map-Request packet format change: >> >> >> >> >> I have also enclosed the slide-set. Notice the explicit case that >> breaks is: >> >> >> >> >> What the above notation means is that if the ITR choses either a >> source address for the Map-Request or the ITR-RLOC field address >> from the IPv4 address-family, and the ETR only has an IPv6 RLOC >> address, the ETR cannot return a Map-Reply to the ITR. >> >> The specific fix to address this problem is for the ITR to include >> both its IPv4 and IPv6 RLOC addresses in the Map-Request so the ETR >> can choose the ITR's IPv6 RLOC address as the destination address >> for the Map-Reply (and use its only IPv6 RLOC address as the source >> of the Map-Reply). >> >> Slides from working group are enclosed. >> >> Dino >> >> >> >> >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp > From terry.manderson@icann.org Wed Mar 24 17:54:47 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 4F7D43A6BAA for ; Wed, 24 Mar 2010 17:54:47 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.61 X-Spam-Level: X-Spam-Status: No, score=-3.61 tagged_above=-999 required=5 tests=[BAYES_20=-0.74, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VzLyWzyCA48f for ; Wed, 24 Mar 2010 17:54:46 -0700 (PDT) Received: from EXPFE100-1.exc.icann.org (expfe100-1.exc.icann.org [64.78.22.236]) by core3.amsl.com (Postfix) with ESMTP id 8E4D23A6B63 for ; Wed, 24 Mar 2010 17:54:45 -0700 (PDT) Received: from EXVPMBX100-1.exc.icann.org ([64.78.22.232]) by EXPFE100-1.exc.icann.org ([64.78.22.236]) with mapi; Wed, 24 Mar 2010 17:55:06 -0700 From: Terry Manderson To: "lisp@ietf.org" Date: Wed, 24 Mar 2010 17:55:05 -0700 Thread-Topic: request for adoption of draft-farinacci-lisp-lig-02 as a WG item Thread-Index: AcrLtc6mRmZzql4IME+AEaHfAdafLw== Message-ID: Accept-Language: en-US Content-Language: en X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Subject: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 00:54:47 -0000 Workgroup, The authors of draft-farinacci-lisp-lig-02 have requested for it to be considered as a workgroup item. I am opening a 14 day call for comments on the adoption of this document as a WG item. You will find the ID and past versions at: http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 Please email the WG list stating that you either accept, or not accept, the item before Friday the 9th April 2010. If you email to support the acceptance of this document as a WG item, pleas= e also indicate if you are able to either contribute to, or review, (or both) the draft. Sitting in silence does not indicate support, please respond appropriately. Cheers Terry (& Joel) From jzwiebel@cisco.com Wed Mar 24 17:56:32 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id A57113A6B96 for ; Wed, 24 Mar 2010 17:56:32 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.469 X-Spam-Level: X-Spam-Status: No, score=-9.469 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id gD6qzwmngDMl for ; Wed, 24 Mar 2010 17:56:31 -0700 (PDT) Received: from sj-iport-1.cisco.com (sj-iport-1.cisco.com [171.71.176.70]) by core3.amsl.com (Postfix) with ESMTP id 42DA93A6A1F for ; Wed, 24 Mar 2010 17:56:31 -0700 (PDT) Authentication-Results: sj-iport-1.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-AV: E=Sophos;i="4.51,304,1267401600"; d="scan'208";a="311458777" Received: from sj-core-1.cisco.com ([171.71.177.237]) by sj-iport-1.cisco.com with ESMTP; 25 Mar 2010 00:56:45 +0000 Received: from sjc-vpn4-1152.cisco.com (sjc-vpn4-1152.cisco.com [10.21.84.127]) by sj-core-1.cisco.com (8.13.8/8.14.3) with ESMTP id o2P0uj59017545; Thu, 25 Mar 2010 00:56:45 GMT Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: John Zwiebel In-Reply-To: Date: Wed, 24 Mar 2010 14:56:37 -1000 Content-Transfer-Encoding: quoted-printable Message-Id: <4CF33AF1-A3BB-435F-829F-31EB92F885B8@cisco.com> References: To: Terry Manderson X-Mailer: Apple Mail (2.1077) Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 00:56:32 -0000 +1 I've read it. I can read it again if you like. =20 On Mar 24, 2010, at 2:55 PM, Terry Manderson wrote: > Workgroup, >=20 > The authors of draft-farinacci-lisp-lig-02 have requested for it to be > considered as a workgroup item. >=20 > I am opening a 14 day call for comments on the adoption of this = document as > a WG item. >=20 > You will find the ID and past versions at: >=20 > http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 >=20 > Please email the WG list stating that you either accept, or not = accept, the > item before Friday the 9th April 2010. >=20 > If you email to support the acceptance of this document as a WG item, = please > also indicate if you are able to either contribute to, or review, (or = both) > the draft. >=20 > Sitting in silence does not indicate support, please respond = appropriately. >=20 >=20 > Cheers > Terry (& Joel) >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From dino@cisco.com Wed Mar 24 17:58:26 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 330C43A6BF6 for ; Wed, 24 Mar 2010 17:58:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.469 X-Spam-Level: X-Spam-Status: No, score=-9.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N8YUSE-NwBy9 for ; Wed, 24 Mar 2010 17:58:25 -0700 (PDT) Received: from sj-iport-6.cisco.com (sj-iport-6.cisco.com [171.71.176.117]) by core3.amsl.com (Postfix) with ESMTP id 896FA3A6B96 for ; Wed, 24 Mar 2010 17:58:25 -0700 (PDT) Authentication-Results: sj-iport-6.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEADNSqkurRN+J/2dsb2JhbACbG3OmeZkQhH4Egx0 X-IronPort-AV: E=Sophos;i="4.51,304,1267401600"; d="scan'208";a="502428913" Received: from sj-core-3.cisco.com ([171.68.223.137]) by sj-iport-6.cisco.com with ESMTP; 25 Mar 2010 00:58:46 +0000 Received: from dhcp-wireless-open-abg-26-215.meeting.ietf.org (sjc-vpn4-526.cisco.com [10.21.82.14]) by sj-core-3.cisco.com (8.13.8/8.14.3) with ESMTP id o2P0wkDZ021446; Thu, 25 Mar 2010 00:58:46 GMT Message-Id: <49F1B3B5-CE92-4CEB-B505-613047745416@cisco.com> From: Dino Farinacci To: Terry Manderson In-Reply-To: Content-Type: text/plain; charset=US-ASCII; format=flowed; delsp=yes Content-Transfer-Encoding: 7bit Mime-Version: 1.0 (Apple Message framework v936) Date: Wed, 24 Mar 2010 17:58:39 -0700 References: X-Mailer: Apple Mail (2.936) Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 00:58:26 -0000 > If you email to support the acceptance of this document as a WG > item, please > also indicate if you are able to either contribute to, or review, > (or both) > the draft. Yes and will contribute. Dino From terry.manderson@icann.org Wed Mar 24 18:16:03 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B7F533A68BB for ; Wed, 24 Mar 2010 18:16:03 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.54 X-Spam-Level: X-Spam-Status: No, score=-4.54 tagged_above=-999 required=5 tests=[AWL=0.930, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id iHy1r+vbjla1 for ; Wed, 24 Mar 2010 18:15:55 -0700 (PDT) Received: from EXPFE100-2.exc.icann.org (expfe100-2.exc.icann.org [64.78.22.237]) by core3.amsl.com (Postfix) with ESMTP id 97B503A62C1 for ; Wed, 24 Mar 2010 18:15:49 -0700 (PDT) Received: from EXVPMBX100-1.exc.icann.org ([64.78.22.232]) by EXPFE100-2.exc.icann.org ([64.78.22.237]) with mapi; Wed, 24 Mar 2010 18:16:11 -0700 From: Terry Manderson To: John Zwiebel Date: Wed, 24 Mar 2010 18:16:08 -0700 Thread-Topic: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item Thread-Index: AcrLuGN2WPS5K0XlRAqTA4YlX5uWZAAAFv9O Message-ID: In-Reply-To: <4CF33AF1-A3BB-435F-829F-31EB92F885B8@cisco.com> Accept-Language: en-US Content-Language: en X-MS-Has-Attach: X-MS-TNEF-Correlator: acceptlanguage: en-US Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 01:16:03 -0000 Hi John, I'll take your "+1" as a "accept and will review" :-) Cheers Terry On 25/03/10 10:56 AM, "John Zwiebel" wrote: > +1 > I've read it. > I can read it again if you like. >=20 > On Mar 24, 2010, at 2:55 PM, Terry Manderson wrote: >=20 >> Workgroup, >>=20 >> The authors of draft-farinacci-lisp-lig-02 have requested for it to be >> considered as a workgroup item. >>=20 >> I am opening a 14 day call for comments on the adoption of this document= as >> a WG item. >>=20 >> You will find the ID and past versions at: >>=20 >> http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 >>=20 >> Please email the WG list stating that you either accept, or not accept, = the >> item before Friday the 9th April 2010. >>=20 >> If you email to support the acceptance of this document as a WG item, pl= ease >> also indicate if you are able to either contribute to, or review, (or bo= th) >> the draft. >>=20 >> Sitting in silence does not indicate support, please respond appropriate= ly. >>=20 >>=20 >> Cheers >> Terry (& Joel) >>=20 >> _______________________________________________ >> lisp mailing list >> lisp@ietf.org >> https://www.ietf.org/mailman/listinfo/lisp >=20 From damien.saucez@uclouvain.be Thu Mar 25 00:57:29 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id EE5DE3A6CA2 for ; Thu, 25 Mar 2010 00:57:29 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.169 X-Spam-Level: X-Spam-Status: No, score=-4.169 tagged_above=-999 required=5 tests=[AWL=1.300, BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HGFTkXIwiHcX for ; Thu, 25 Mar 2010 00:57:29 -0700 (PDT) Received: from smtp3.sgsi.ucl.ac.be (smtp.sgsi.ucl.ac.be [130.104.5.67]) by core3.amsl.com (Postfix) with ESMTP id E08D33A6C68 for ; Thu, 25 Mar 2010 00:57:28 -0700 (PDT) Received: from sleipnier.dhcp.info.ucl.ac.be (sleipnier.dhcp.info.ucl.ac.be [130.104.228.23]) (using TLSv1 with cipher AES128-SHA (128/128 bits)) (No client certificate requested) (Authenticated sender: dsaucez@smtp3.sgsi.ucl.ac.be) by smtp3.sgsi.ucl.ac.be (Postfix) with ESMTPSA id 3A4FB1C5A72; Thu, 25 Mar 2010 08:57:44 +0100 (CET) X-DKIM: Sendmail DKIM Filter v2.8.2 smtp3.sgsi.ucl.ac.be 3A4FB1C5A72 DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=uclouvain.be; s=selucl; t=1269503864; bh=5zhgLvcUz1jbF44y+5QPuh9fUTyHMxNvrA8IF5yZ9nQ=; h=Subject:Mime-Version:Content-Type:From:In-Reply-To:Date:Cc: Content-Transfer-Encoding:Message-Id:References:To; b=yQL2UzQb7jlZXAkd8VjhCwlydCe99PJkY8mzfhNf6agsG7pRTkurIP7qOd37YHOYU Liny+qC8W8oCEn9qB2UYjHo0I2+iH8GPSpg2+tjCdGKVaXCGTv1lJpBGb+jWjS5FWs iUPuzaG71BKguXqaWL+lLFCZcg/fUjxWBiQJtgLo= Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Damien Saucez In-Reply-To: Date: Thu, 25 Mar 2010 08:57:43 +0100 Content-Transfer-Encoding: quoted-printable Message-Id: References: To: Terry Manderson X-Mailer: Apple Mail (2.1077) X-Virus-Scanned: clamav-milter 0.95.3-exp at smtp-3.sipr-dc.ucl.ac.be X-Virus-Status: Clean X-Sgsi-Spamcheck: SASL authenticated, X-SGSI-MailScanner-ID: 3A4FB1C5A72.00000 X-SGSI-MailScanner: Found to be clean X-SGSI-From: damien.saucez@uclouvain.be X-SGSI-Spam-Status: No Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 07:57:30 -0000 Hello, Ok for having it and I could review it also. Damien Saucez On 25 Mar 2010, at 01:55, Terry Manderson wrote: > Workgroup, >=20 > The authors of draft-farinacci-lisp-lig-02 have requested for it to be > considered as a workgroup item. >=20 > I am opening a 14 day call for comments on the adoption of this = document as > a WG item. >=20 > You will find the ID and past versions at: >=20 > http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 >=20 > Please email the WG list stating that you either accept, or not = accept, the > item before Friday the 9th April 2010. >=20 > If you email to support the acceptance of this document as a WG item, = please > also indicate if you are able to either contribute to, or review, (or = both) > the draft. >=20 > Sitting in silence does not indicate support, please respond = appropriately. >=20 >=20 > Cheers > Terry (& Joel) >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From ljakab@ac.upc.edu Thu Mar 25 04:01:50 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id C34EA3A6890 for ; Thu, 25 Mar 2010 04:01:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.469 X-Spam-Level: X-Spam-Status: No, score=-1.469 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id NR-hwiv4DYVf for ; Thu, 25 Mar 2010 04:01:50 -0700 (PDT) Received: from gw.ac.upc.edu (gw.ac.upc.edu [147.83.30.3]) by core3.amsl.com (Postfix) with ESMTP id BD5D63A6403 for ; Thu, 25 Mar 2010 04:01:48 -0700 (PDT) Received: from [192.168.42.172] (monrava.ac.upc.es [147.83.30.72]) by gw.ac.upc.edu (Postfix) with ESMTP id B76476B031C; Thu, 25 Mar 2010 12:02:06 +0100 (CET) Message-ID: <4BAB42AF.8020202@ac.upc.edu> Date: Thu, 25 Mar 2010 12:02:07 +0100 From: Lorand Jakab Organization: Technical University of Catalonia MIME-Version: 1.0 To: Terry Manderson References: In-Reply-To: X-Public-Key: http://personals.ac.upc.edu/ljakab/lorand.jakab.pub.asc X-GnuPG-Fingerprint: 5EBC 8566 7524 D711 F210 9D80 954C 0DEF 9071 0D74 X-Philosophy: "Simplicity is the ultimate sophistication." --Leonardo da Vinci Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 11:01:50 -0000 -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 I also vote for accepting it. I can contribute a short paragraph or two about how lig is being used for LISPmon, if there is interest. - -Lori On 03/25/10 01:55, Terry Manderson wrote: > Workgroup, > > The authors of draft-farinacci-lisp-lig-02 have requested for it to be > considered as a workgroup item. > > I am opening a 14 day call for comments on the adoption of this document as > a WG item. > > You will find the ID and past versions at: > > http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 > > Please email the WG list stating that you either accept, or not accept, the > item before Friday the 9th April 2010. > > If you email to support the acceptance of this document as a WG item, please > also indicate if you are able to either contribute to, or review, (or both) > the draft. > > Sitting in silence does not indicate support, please respond appropriately. > > > Cheers > Terry (& Joel) > > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.14 (GNU/Linux) iEYEARECAAYFAkurQq4ACgkQlUwN75BxDXRqeACff5GFlL7hb6CY3wm15MidCw8b EpkAn25Bk0fxfj9wIWlJOTsY5nmJytBE =9eUt -----END PGP SIGNATURE----- From luigi@net.t-labs.tu-berlin.de Thu Mar 25 09:34:46 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id B35773A6986 for ; Thu, 25 Mar 2010 09:34:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.119 X-Spam-Level: X-Spam-Status: No, score=-1.119 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, DNS_FROM_OPENWHOIS=1.13, HELO_EQ_DE=0.35] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id B95eR0eZi9wu for ; Thu, 25 Mar 2010 09:34:45 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id C564C3A6964 for ; Thu, 25 Mar 2010 09:34:45 -0700 (PDT) Received: from dhcp-wireless-open-abg-29-79.meeting.ietf.org (dhcp-wireless-open-abg-29-79.meeting.ietf.org [130.129.29.79]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id C28A9700C81B; Thu, 25 Mar 2010 17:35:05 +0100 (CET) Mime-Version: 1.0 (Apple Message framework v1077) Content-Type: text/plain; charset=us-ascii From: Luigi Iannone In-Reply-To: Date: Thu, 25 Mar 2010 17:35:03 +0100 Content-Transfer-Encoding: quoted-printable Message-Id: <8C1B0E1B-9DA5-4019-9047-6C075E83C342@net.t-labs.tu-berlin.de> References: To: Terry Manderson X-Mailer: Apple Mail (2.1077) Cc: "lisp@ietf.org" Subject: Re: [lisp] request for adoption of draft-farinacci-lisp-lig-02 as a WG item X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 25 Mar 2010 16:34:46 -0000 Yes to accept it. I can review it (and contribute if I find that there is a lack = somewhere). Luigi On Mar 25, 2010, at 1:55 , Terry Manderson wrote: > Workgroup, >=20 > The authors of draft-farinacci-lisp-lig-02 have requested for it to be > considered as a workgroup item. >=20 > I am opening a 14 day call for comments on the adoption of this = document as > a WG item. >=20 > You will find the ID and past versions at: >=20 > http://tools.ietf.org/html/draft-farinacci-lisp-lig-02 >=20 > Please email the WG list stating that you either accept, or not = accept, the > item before Friday the 9th April 2010. >=20 > If you email to support the acceptance of this document as a WG item, = please > also indicate if you are able to either contribute to, or review, (or = both) > the draft. >=20 > Sitting in silence does not indicate support, please respond = appropriately. >=20 >=20 > Cheers > Terry (& Joel) >=20 > _______________________________________________ > lisp mailing list > lisp@ietf.org > https://www.ietf.org/mailman/listinfo/lisp From root@core3.amsl.com Mon Mar 29 14:45:01 2010 Return-Path: X-Original-To: lisp@ietf.org Delivered-To: lisp@core3.amsl.com Received: by core3.amsl.com (Postfix, from userid 0) id EA95D3A69B7; Mon, 29 Mar 2010 14:45:01 -0700 (PDT) From: Internet-Drafts@ietf.org To: i-d-announce@ietf.org Content-Type: Multipart/Mixed; Boundary="NextPart" Mime-Version: 1.0 Message-Id: <20100329214501.EA95D3A69B7@core3.amsl.com> Date: Mon, 29 Mar 2010 14:45:01 -0700 (PDT) Cc: lisp@ietf.org Subject: [lisp] I-D Action:draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 29 Mar 2010 21:45:02 -0000 --NextPart A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Locator/ID Separation Protocol Working Group of the IETF. Title : LISP Alternative Topology (LISP+ALT) Author(s) : V. Fuller, et al. Filename : draft-ietf-lisp-alt-03.txt Pages : 28 Date : 2010-03-29 This document describes a simple mapping database to be used by the Locator/ID Separation Protocol (LISP) to find Endpoint Identifier (EID) to Routing Locator (RLOC) mappings. Termed the Alternative Logical Topology (ALT), the database is built as an overlay network on the public Internet using the Border Gateway Protocol (BGP) and the Generic Routing Encapsulation (GRE). Using these proven protocols, the ALT can be built and deployed relatively quickly without major changes to the existing routing infrastructure. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-ietf-lisp-alt-03.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ Below is the data which will enable a MIME compliant mail reader implementation to automatically retrieve the ASCII version of the Internet-Draft. --NextPart Content-Type: Message/External-body; name="draft-ietf-lisp-alt-03.txt"; site="ftp.ietf.org"; access-type="anon-ftp"; directory="internet-drafts" Content-Type: text/plain Content-ID: <2010-03-29143728.I-D@ietf.org> --NextPart-- From vaf@cisco.com Mon Mar 29 15:08:25 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 19CE43A68A6 for ; Mon, 29 Mar 2010 15:08:25 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.048 X-Spam-Level: X-Spam-Status: No, score=-5.048 tagged_above=-999 required=5 tests=[AWL=-0.446, BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, HTML_MESSAGE=0.001, J_CHICKENPOX_43=0.6, RCVD_IN_DNSWL_HI=-8, SARE_HTML_SINGLETS=1.666] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id wjARzuCjFXSk for ; Mon, 29 Mar 2010 15:08:15 -0700 (PDT) Received: from sj-iport-4.cisco.com (sj-iport-4.cisco.com [171.68.10.86]) by core3.amsl.com (Postfix) with ESMTP id 344EA3A67E3 for ; Mon, 29 Mar 2010 15:08:15 -0700 (PDT) Authentication-Results: sj-iport-4.cisco.com; dkim=neutral (message not signed) header.i=none X-Files: draft-ietf-lisp-alt-03.txt, rfcdiff-alt-02-to-03.html : 58926, 130435 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEACfBsEurR7H+/2dsb2JhbACbJ3GnG5h7glIMgiMEgx4 X-IronPort-AV: E=Sophos;i="4.51,330,1267401600"; d="txt'?html'217?scan'217,208,217";a="107231782" Received: from sj-core-2.cisco.com ([171.71.177.254]) by sj-iport-4.cisco.com with ESMTP; 29 Mar 2010 22:06:23 +0000 Received: from vaf-mac1.cisco.com (vaf-mac1.cisco.com [128.107.165.254]) by sj-core-2.cisco.com (8.13.8/8.14.3) with ESMTP id o2TM6NBT002452 for ; Mon, 29 Mar 2010 22:06:23 GMT Received: by vaf-mac1.cisco.com (Postfix, from userid 113818) id BF2AB128A61; Mon, 29 Mar 2010 15:06:23 -0700 (PDT) Date: Mon, 29 Mar 2010 15:06:23 -0700 From: Vince Fuller To: lisp@ietf.org Message-ID: <20100329220623.GA33974@vaf-mac1.cisco.com> Mime-Version: 1.0 Content-Type: multipart/mixed; boundary="dDRMvlgZJXvWKvBx" Content-Disposition: inline User-Agent: Mutt/1.4.2.3i Subject: [lisp] Fwd: Internet-Drafts@ietf.org: I-D Action:draft-ietf-lisp-alt-03.txt X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 29 Mar 2010 22:08:25 -0000 --dDRMvlgZJXvWKvBx Content-Type: text/plain; charset=us-ascii Content-Disposition: inline The number of different "candidate" -03 drafts was getting out of hand so I went ahead and put the latest into the Internet Drafts repository. This version includes all comments and suggestions to date, including the Routing Directorate Review by John Scudder. Full text of the draft plus "rfcdiff" from the -02 version are attached. --Vince (for the other LISP+ALT co-authors: Dino, Dave, and Darrel) ----- Forwarded message from Internet-Drafts@ietf.org ----- Date: Mon, 29 Mar 2010 14:45:01 -0700 (PDT) From: Internet-Drafts@ietf.org To: i-d-announce@ietf.org Cc: lisp@ietf.org Subject: I-D Action:draft-ietf-lisp-alt-03.txt X-Files: draft-ietf-lisp-alt-03.txt : None X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AsIAALK8sEtAqmIglGdsb2JhbACPOYtuFQEBAQEJCwgJEQUdpn2YeIUBBIMe X-Original-To: i-d-announce@ietf.org Delivered-To: i-d-announce@core3.amsl.com Precedence: list Reply-To: internet-drafts@ietf.org List-Id: Internet Draft Announcements only Errors-To: i-d-announce-bounces@ietf.org A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Locator/ID Separation Protocol Working Group of the IETF. Title : LISP Alternative Topology (LISP+ALT) Author(s) : V. Fuller, et al. Filename : draft-ietf-lisp-alt-03.txt Pages : 28 Date : 2010-03-29 This document describes a simple mapping database to be used by the Locator/ID Separation Protocol (LISP) to find Endpoint Identifier (EID) to Routing Locator (RLOC) mappings. Termed the Alternative Logical Topology (ALT), the database is built as an overlay network on the public Internet using the Border Gateway Protocol (BGP) and the Generic Routing Encapsulation (GRE). Using these proven protocols, the ALT can be built and deployed relatively quickly without major changes to the existing routing infrastructure. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-ietf-lisp-alt-03.txt Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ Below is the data which will enable a MIME compliant mail reader implementation to automatically retrieve the ASCII version of the Internet-Draft. _______________________________________________ I-D-Announce mailing list I-D-Announce@ietf.org https://www.ietf.org/mailman/listinfo/i-d-announce Internet-Draft directories: http://www.ietf.org/shadow.html or ftp://ftp.ietf.org/ietf/1shadow-sites.txt ----- End forwarded message ----- --dDRMvlgZJXvWKvBx Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename="draft-ietf-lisp-alt-03.txt" Network Working Group V. Fuller Internet-Draft D. Farinacci Intended status: Experimental D. Meyer Expires: September 30, 2010 D. Lewis Cisco March 29, 2010 LISP Alternative Topology (LISP+ALT) draft-ietf-lisp-alt-03.txt Abstract This document describes a simple mapping database to be used by the Locator/ID Separation Protocol (LISP) to find Endpoint Identifier (EID) to Routing Locator (RLOC) mappings. Termed the Alternative Logical Topology (ALT), the database is built as an overlay network on the public Internet using the Border Gateway Protocol (BGP) and the Generic Routing Encapsulation (GRE). Using these proven protocols, the ALT can be built and deployed relatively quickly without major changes to the existing routing infrastructure. Status of this Memo This Internet-Draft is submitted to IETF in full conformance with the provisions of BCP 78 and BCP 79. Internet-Drafts are working documents of the Internet Engineering Task Force (IETF), its areas, and its working groups. Note that other groups may also distribute working documents as Internet- Drafts. Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress." The list of current Internet-Drafts can be accessed at http://www.ietf.org/ietf/1id-abstracts.txt. The list of Internet-Draft Shadow Directories can be accessed at http://www.ietf.org/shadow.html. This Internet-Draft will expire on September 30, 2010. Copyright Notice Copyright (c) 2010 IETF Trust and the persons identified as the Fuller, et al. Expires September 30, 2010 [Page 1] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 document authors. All rights reserved. This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the BSD License. Fuller, et al. Expires September 30, 2010 [Page 2] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Table of Contents 1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . 4 2. Definition of Terms . . . . . . . . . . . . . . . . . . . . . 5 3. The LISP+ALT model . . . . . . . . . . . . . . . . . . . . . . 8 3.1. Routeability of EIDs . . . . . . . . . . . . . . . . . . . 8 3.1.1. Mechanisms for an ETR to originate EID-prefixes . . . 9 3.1.2. Mechanisms for an ITR to forward to EID-prefixes . . . 9 3.1.3. Map Server Model preferred . . . . . . . . . . . . . . 9 3.2. Connectivity to non-LISP sites . . . . . . . . . . . . . . 9 3.3. Caveats on the use of Data Probes . . . . . . . . . . . . 10 4. LISP+ALT: Overview . . . . . . . . . . . . . . . . . . . . . . 11 4.1. ITR traffic handling . . . . . . . . . . . . . . . . . . . 12 4.2. EID Assignment - Hierarchy and Topology . . . . . . . . . 12 4.3. Use of GRE and BGP between LISP+ALT Routers . . . . . . . 14 5. EID-prefix Propagation and Map-Request Forwarding . . . . . . 15 5.1. Changes to ITR behavior with LISP+ALT . . . . . . . . . . 15 5.2. Changes to ETR behavior with LISP+ALT . . . . . . . . . . 15 6. BGP configuration and protocol considerations . . . . . . . . 17 6.1. Autonomous System Numbers (ASNs) in LISP+ALT . . . . . . . 17 6.2. Sub-Address Family Identifier (SAFI) for LISP+ALT . . . . 17 7. EID-prefix Aggregation . . . . . . . . . . . . . . . . . . . . 18 7.1. Stability of the ALT . . . . . . . . . . . . . . . . . . . 18 7.2. Traffic engineering using LISP . . . . . . . . . . . . . . 18 7.3. Edge aggregation and dampening . . . . . . . . . . . . . . 19 7.4. EID assignment flexibility vs. ALT scaling . . . . . . . . 19 8. Connecting sites to the ALT network . . . . . . . . . . . . . 21 8.1. ETRs originating information into the ALT . . . . . . . . 21 8.2. ITRs Using the ALT . . . . . . . . . . . . . . . . . . . . 21 9. IANA Considerations . . . . . . . . . . . . . . . . . . . . . 23 10. Security Considerations . . . . . . . . . . . . . . . . . . . 24 10.1. Apparent LISP+ALT Vulnerabilities . . . . . . . . . . . . 24 10.2. Survey of LISP+ALT Security Mechanisms . . . . . . . . . . 25 10.3. Use of new IETF standard BGP Security mechanisms . . . . . 25 11. Acknowledgments . . . . . . . . . . . . . . . . . . . . . . . 26 12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 27 12.1. Normative References . . . . . . . . . . . . . . . . . . . 27 12.2. Informative References . . . . . . . . . . . . . . . . . . 27 Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 28 Fuller, et al. Expires September 30, 2010 [Page 3] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 1. Introduction This document describes the LISP+ALT mapping database, to be used by LISP to find EID-to-RLOC mappings. The ALT network is built using the Border Gateway Protocol (BGP, [RFC4271]), the BGP multi-protocol extension [RFC4760], and the Generic Routing Encapsulation (GRE, [RFC2784]) to construct an overlay nnetwork of devices (ALT Routers) which operate on EID-prefixes and use EIDs as forwarding destinations. ALT Routers advertise hierarchically-delegated segments of the EID namespace (i.e., prefixes) toward the rest of the ALT; they also forward traffic destined for an EID covered by one of those prefixes toward the network element which is authoritative for that EID (i.e. is the origin of the advertisement of the EID-to-RLOC mapping which applies to that EID). Map Resolvers (MRs; see [LISP-MS]) and, in some cases, Ingress Tunnel Routers (ITRs) use this overlay to send mapping requests (using [LISP]) to the Egress Tunnel Routers (ETRs) that hold the EID-to-RLOC mappings for a particular EID-prefix It is important to note that the ALT does not distribute actual EID- to-RLOC mappings. What it does provide is a forwarding path from an ITR (or MR) which requires an EID-to-RLOC mapping to an ETR which holds that mapping. The ITR/MR uses this path to send an ALT Datagram (see Section 3) to an ETR which then responds with a Map- Reply containing the needed mapping information. One design goal for LISP+ALT is to use existing technology wherever possible. To this end, the ALT is intended to be built using off- the-shelf routers which already implement the required protocols (BGP and GRE); little, if any, LISP-specific modifications should be needed for such devices to be deployed on the ALT. Note, though, that organizational and operational considerations suggest that ALT Routers be both logically and physically separate from the "native" Internet packet transport system; deploying this overlay on those routers which are already participating in the global routing system and actively forwarding Internet traffic is not recommended. The remainder of this document is organized as follows: Section 2 provides the definitions of terms used in this document. Section 3 outlines the basic LISP 1.5 model. Section 4 provides a basic overview of the LISP Alternate Topology architecture, and Section 5 describes how the ALT uses BGP to propagate Endpoint Identifier reachability over the overlay network and Section 6 describes other considerations for using BGP on the ALT. Section 7 describes the construction of the ALT aggregation hierarchy, and Section 8 discusses how LISP+ALT elements are connected to form the overlay network. Fuller, et al. Expires September 30, 2010 [Page 4] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 2. Definition of Terms LISP+ALT operates on two name spaces and introduces a new network element, the LISP+ALT Router (see below). This section provides high-level definitions of the LISP+ALT name spaces, network elements, and message types. Alternative Logical Topology (ALT): The virtual overlay network made up of tunnels between LISP+ALT Routers. The Border Gateway Protocol (BGP) runs between ALT Routers and is used to carry reachability information for EID-prefixes. The ALT provides a way to forward Map-Requests (and, if supported, Data Probes) toward the ETR that "owns" an EID-prefix. As a tunneled overlay, its performance is expected to be quite limited so use of it to forward high-bandwidth flows of Data Probes is strongly discouraged (see Section 3.3 for additional discussion). Legacy Internet: The portion of the Internet which does not run LISP and does not participate in LISP+ALT. ALT Router: The devices which run on the ALT. The ALT is a static network built using tunnels between ALT Routers. These routers are deployed in a roughly-hierarchical mesh in which routers at each level in the topology are responsible for aggregating EID- prefixes learned from those logically "below" them and advertising summary prefixes to those logically "above" them. Prefix learning and propagation between ALT Routers is done using BGP. An ALT Router at the lowest level, or "edge" of the ALT, learns EID- prefixes from its "client" ETRs. See Section 3.1 for a description of how EID-prefixes are learned at the "edge" of the ALT. See also Section 6 for details on how BGP is configured between the different network elements. When an ALT Router receives an ALT Datagram, it looks up the destination EID in its forwarding table (composed of EID prefix routes it learned from neighboring ALT Routers) and forwards it to the logical next-hop on the overlay network. Endpoint ID (EID): A 32-bit (for IPv4) or 128-bit (for ipv6) value used to identify the ultimate source or destination for a LISP- encapsulated packet. See [LISP] for details. EID-prefix: A set of EIDs delegated in a power-of-two block. EID- prefixes are routed on the ALT (not on the global Internet) and are expected to be assigned in a hierarchical manner such that they can be aggregated by ALT Routers. Such a block is characterized by a prefix and a length. Note that while the ALT routing system considers an EID-prefix to be an opaque block of EIDs, an end site may put site-local, topologically-relevant Fuller, et al. Expires September 30, 2010 [Page 5] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 structure (subnetting) into an EID-prefix for intra-site routing. Aggregated EID-prefixes: A set of individual EID-prefixes that have been aggregated in the [RFC4632] sense. Map Server (MS): An edge ALT Router that provides a registration function for non-ALT-connected ETRs, originates EID-prefixes into the ALT on behalf of those ETRs, and forwards Map-Requests to them. See [LISP-MS] for details. Map Resolver (MR): An edge ALT Router that accepts an Encapsulated Map-Request from a non-ALT-connected ITR, decapsulates it, and forwards it on to the ALT toward the ETR which owns the requested EID-prefix. See [LISP-MS] for details. Ingress Tunnel Router (ITR): A router which sends LISP Map- Requests or encapsulates IP datagrams with LISP headers, as defined in [LISP]. In this document, the term refers to any device implementing ITR functionality, including a Proxy-ITR (see [LISP-IW]). Under some circumstances, a LISP Map Resolver may also originate Map-Requests (see [LISP-MS]). Egress Tunnel Router (ETR): A router which sends LISP Map-Replies in response to LISP Map-Requests and decapsulates LISP- encapsulated IP datagrams for delivery to end systems, as defined in [LISP]. In this document, the term refers to any device implementing ETR functionality, including a Proxy-ETR (see [LISP-IW]). Under some circumstances, a LISP Map Server may also respond to Map-Requests (see [LISP-MS]). Routing Locator (RLOC): A routable IP address for a LISP tunnel router (ITR or ETR). Interchangeably referred to as a "locator" in this document. An RLOC is also the output of an EID-to-RLOC mapping lookup; an EID-prefix maps to one or more RLOCs. Typically, RLOCs are numbered from topologically-aggregatable blocks that are assigned to a site at each point where it attaches to the global Internet; where the topology is defined by the connectivity of provider networks, RLOCs can be thought of as Provider Aggregatable (PA) addresses. Routing for RLOCs is not carried on the ALT. EID-to-RLOC Mapping: A binding between an EID-prefix and the set of RLOCs that can be used to reach it; sometimes referred to simply as a "mapping". Fuller, et al. Expires September 30, 2010 [Page 6] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 EID-prefix Reachability: An EID-prefix is said to be "reachable" if at least one of its locators is reachable. That is, an EID-prefix is reachable if the ETR that is authoritative for a given EID-to- RLOC mapping is reachable. Default Mapping: A Default Mapping is a mapping entry for EID- prefix 0.0.0.0/0 (0::/0 for ipv6). It maps to a locator-set used for all EIDs in the Internet. If there is a more specific EID- prefix in the mapping cache it overrides the Default Mapping entry. The Default Mapping can be learned by configuration or from a Map-Reply message. ALT Default Route: An EID-prefix value of 0.0.0.0/0 (or 0::/0 for ipv6) which may be learned from the ALT or statically configured on an edge ALT Router. The ALT-Default Route defines a forwarding path for a packet to be sent into the ALT on a router which does not have a full ALT forwarding database. Fuller, et al. Expires September 30, 2010 [Page 7] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 3. The LISP+ALT model The LISP+ALT model uses the same basic query/response protocol that is documented in [LISP]. In particular, LISP+ALT provides two types of packet that an ITR can originate to obtain EID-to-RLOC mappings: Map-Request: A Map-Request message is sent into the ALT to request an EID-to-RLOC mapping. The ETR which owns the mapping will respond to the ITR with a Map-Reply message. Since the ALT only forwards on EID destinations, the destination address of the Map- Request sent on the ALT must be an EID. See [LISP] for the format of Map-Request and Map-Reply packets. Data Probe: Alternatively, an ITR may encapsulate and send the first data packet destined for an EID with no known RLOCs into the ALT as a Data Probe. This might be done minimize packet loss and to probe for the mapping. As above, the authoritative ETR for the EID-prefix will respond to the ITR with a Map-Reply message when it receives the data packet over the ALT. As a side-effect, the encapsulated data packet is delivered to the end-system at the ETR site. Note that the Data Probe's inner IP destination address, which is an EID, is copied to the outer IP destination address so that the resulting packet can be routed over the ALT. See Section 3.3 for caveats on the usability of Data Probes. The term "ALT Datagram" is short-hand for a Map-Request or Data Probe to be sent into or forwarded on the ALT. Note that while the outer header Source Address of an ALT Datagram is currently expected to be an RLOC, there may be situations (e.g. for experimentation with caching in intermediate ALT nodes) where an EID would be used to force a Map-Reply to be routed back through the ALT. 3.1. Routeability of EIDs A LISP EID has the same syntax as IP address and can be used, unaltered, as the source or destination of an IP datagram. In general, though, EIDs are not routable on the public Internet; LISP+ ALT provides a separate, virtual network, known as the LISP Alternative Logical Topology (ALT) on which a datagram using an EID as an IP destination address may be transmitted. This network is built as an overlay on the public Internet using tunnels to interconnect ALT Routers. BGP runs over these tunnels to propagate path information needed to forward ALT Datagrams. Importantly, while the ETRs are the source(s) of the unaggregated EID-prefixes, LISP+ALT uses existing BGP mechanisms to aggregate this information. Fuller, et al. Expires September 30, 2010 [Page 8] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 3.1.1. Mechanisms for an ETR to originate EID-prefixes There are three ways that an ETR may originate its mappings into the ALT: 1. By registration with a Map Server as documented in [LISP-MS]. This is the common case and is expected to be used by the majority of ETRs. 2. Using a "static route" on the ALT. Where no Map-Server is available, an edge ALT Router may be configured with a "static EID-prefix route" pointing to an ETR. 3. Edge connection to the ALT. If a site requires fine- grained control over how its EID-prefixes are advertised into the ALT, it may configure its ETR(s) with tunnel and BGP connections to edge ALT Routers. 3.1.2. Mechanisms for an ITR to forward to EID-prefixes There are three ways that an ITR may send ALT Datagrams: 1. Through a Map Resolver as documented in [LISP-MS]. This is the common case and is expected to be used by the majority of ITRs. 2. Using a "default route". Where a Map Resolver is not available, an ITR may be configured with a static ALT Default Route pointing to an edge ALT Router. 3. Edge connection to the ALT. If a site requires fine-grained knowledge of what prefixes exist on the ALT, it may configure its ITR(s) with tunnel and BGP connections to edge ALT Routers. 3.1.3. Map Server Model preferred The ALT-connected ITR and ETR cases are expected to be rare, as the Map Server/Map Resolver model is both simpler for an ITR/ETR operator to use, and provides a more general service interface to not only the ALT, but also to other mapping databases that may be developed in the future. 3.2. Connectivity to non-LISP sites As stated above, EIDs used as IP addresses by LISP sites are not routable on the public Internet. This implies that, absent a mechanism for communication between LISP and non-LISP sites, connectivity between them is not possible. To resolve this problem, an "interworking" technology has been defined; see [LISP-IW] for Fuller, et al. Expires September 30, 2010 [Page 9] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 details. 3.3. Caveats on the use of Data Probes It is worth noting that there has been a great deal of discussion and controversy about whether Data Probes are a good idea. On the one hand, using them offers a method of avoiding the "first packet drop" problem when an ITR does not have a mapping for a particular EID- prefix. On the other hand, forwarding data packets on the ALT would require that it either be engineered to support relatively high traffic rates, which is not generally feasible for a tunneled network, or that it be carefully designed to aggressively rate-limit traffic to avoid congestion or DoS attacks. There may also be issues caused by different latency or other performance characteristics between the ALT path taken by an initial Data Probe and the "Internet" path taken by subsequent packets on the same flow once a mapping is in place on an ITR. For these reasons, the use of Data Probes is not recommended at this time; they should only be originated an ITR when explicitly configured to do so and such configuration should only be enabled when performing experiments intended to test the viability of using Data Probes. Fuller, et al. Expires September 30, 2010 [Page 10] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 4. LISP+ALT: Overview LISP+ALT is a hybrid push/pull architecture. Aggregated EID-prefixes are advertised among the ALT Routers and to those (rare) ITRs that are directly connected via a tunnel and BGP to the ALT. Specific EID-to-RLOC mappings are requested by an ITR (and returned by an ETR) using LISP when it sends a request either via a Map Resolver or to an edge ALT Router. The basic idea embodied in LISP+ALT is to use BGP, running on a tunneled overlay network (the ALT), to establish reachability between ALT Routers. The ALT BGP Route Information Base (RIB) is comprised of EID-prefixes and associated next hops. ALT Routers interconnect using BGP and propagate EID-prefix updates among themselves. EID- prefix information is learned from ETRs at the "edge" of the ALT either through the use of the Map Server interface (the commmon case), static configuration, or by BGP-speaking ETRs. An ITR uses the ALT to learn the best path for forwarding an ALT Datagram destined to a particular EID-prefix. An ITR will normally use a Map Resolver to send its ALT Datagrams on to the ALT but may, in unusual circumstances, use a static ALT Default Route or connect to the ALT using BGP. Note that while this document specifies the use of Generic Routing Encapsulation (GRE) as a tunneling mechanism, there is no reason that parts of the ALT cannot be built using other tunneling technologies, particularly in cases where GRE does not meet security, management, or other operational requirements. References to "GRE tunnel" in later sections of this document should therefore not be taken as prohibiting or precluding the use of other tunneling mechanisms. Note also that two ALT Routers that are directly adjacent (with no layer-3 router hops between them) need not use a tunnel between them; in this case, BGP may be configured across the interfaces that connect to their common subnet and that subnet is then considered to be part of the ALT topology. Use of techniques such as "eBGP multihop" to connect ALT Routers that do not share a tunnel or common subnet is not recommended as the non-ALT Routers in between the ALT Routers in such a configuration may not have information necessary to forward ALT Datagrams destined to EID-prefixes exchanged across that BGP session. In summary, LISP+ALT uses BGP to build paths through ALT Routers so that an ALT Datagram sent into the ALT can be forwarded to the ETR that holds the EID-to-RLOC mapping for that EID-prefix. This reachability is carried as IPv4 or ipv6 NLRI without modification (since an EID-prefix has the same syntax as IPv4 or ipv6 address prefix). ALT Routers establish BGP sessions with one another, Fuller, et al. Expires September 30, 2010 [Page 11] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 forming the ALT. An ALT Router at the "edge" of the topology learns EID-prefixes originated by authoritative ETRs. Learning may be though the Map Server interface, by static configuration, or via BGP with the ETRs. An ALT Router may also be configured to aggregate EID-prefixes received from ETRs or from other LISP+ALT routers that are topologically "downstream" from it. 4.1. ITR traffic handling When an ITR receives a packet originated by an end system within its site (i.e. a host for which the ITR is the exit path out of the site) and the destination EID for that packet is not known in the ITR's mapping cache, the ITR creates either a Map-Request for the destination EID or the original packet encapsulated as a Data Probe (see Section 3.3 for caveats on the usability of Data Probes). The result, known as an ALT Datagram, is then sent to an ALT Router (see also [LISP-MS] for non-ALT-connected ITRs, noting that Data Probes cannot be sent to a Map-Resolver). This "first hop" ALT Router uses EID-prefix routing information learned from other ALT Routers via BGP to guide the packet to the ETR which "owns" the prefix. Upon receipt by the ETR, normal LISP processing occurs: the ETR responds to the ITR with a LISP Map-Reply that lists the RLOCs (and, thus, the ETRs to use) for the EID-prefix. For Data Probes, the ETR also decapsulates the packet and transmits it toward its destination. Upon receipt of the Map-Reply, the ITR installs the RLOC information for a given prefix into a local mapping database. With these mapping entries stored, additional packets destined to the given EID-prefix are routed directly to an RLOC without use of the ALT, until either the entry's TTL has expired, or the ITR can otherwise find no reachable ETR. Note that a current mapping may exist that contains no reachable RLOCs; this is known as a Negative Cache Entry and it indicates that packets destined to the EID-prefix are to be dropped. Full details on Map-Request/Map-Reply processing may be found in [LISP]. Traffic routed on to the ALT consists solely of ALT Datagrams, i.e. Map-Requests and Data Probes (if supported). Given the relatively low performance expected of a tuneled topology, ALT Routers (and Map Resolvers) should aggressively rate-limit the ingress of ALT Datagrams from ITRs and, if possible, should be configured to not accept packets that are not ALT Datagrams. 4.2. EID Assignment - Hierarchy and Topology EID-prefixes are expected to be allocated to a LISP site by Internet Registries. Where a site has multiple allocations which are aligned Fuller, et al. Expires September 30, 2010 [Page 12] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 on a power-of-2 block boundary, they should be aggregated into a single EID-prefix for advertisement. The ALT network is built in a roughly hierarchical, partial mesh which is intended to allow aggregation where clearly-defined hierarchical boundaries exist. Building such a structure should minimize the number of EID-prefixes carried by LISP+ALT nodes near the top of the hierarchy. Routes on the ALT do not need to respond to changes in policy, subscription, or underlying physical connectivity, so the topology can remain relatively static and aggregation can be sustained. Because routing on the ALT uses BGP, the same rules apply for generating aggregates; in particular, a ALT Router should only be configured to generate an aggregate if it is configured with BGP sessions to all of the originators of components (more-specific prefixes) of that aggregate. Not all of the components of need to be present for the aggregate to be originated (some may be holes in the covering prefix and some may be down) but the aggregating router must be configured to learn the state of all of the components. Under what circumstances the ALT Router actually generates the aggregate is a matter of local policy: in some cases, it will be statically configured to do so at all times with a "static discard" route. In other cases, it may be configured to only generate the aggregate prefix if at least one of the components of the aggregate is learned via BGP. An ALT Router must not generate an aggregate that includes a non- LISP-speaking hole unless it can be configured to return a Negative Map-Reply with action="Natively-Forward" (see [LISP]) if it receives an ALT Datagram that matches that hole. If it receives an ALT Datagram that matches a LISP-speaking hole that is currently not reachable, it should return a Negative Map-Reply with action="drop". Negative Map-Replies should be returned with a short TTL, as specified in [LISP-MS]. Note that an off-the-shelf, non-LISP- speaking router configured as an aggregating ALT Router cannot send Negative Map-Replies, so such a router must never originate an aggregate that includes a non-LISP-speaking hole. This implies that two ALT Routers that share an overlapping set of prefixes must exchange those prefixes if either is to generate and export a covering aggregate for those prefixes. It also implies that an ETR which connects to the ALT using BGP must maintain BGP sessions with all of the ALT Routers that are configured to originate an aggregate which covers that prefix and that each of those ALT Routers must be explicitly configured to know the set of EID-prefixes that make up any aggregate that it originates. See also [LISP-MS] for an example of other ways that prefix origin consistency and aggregation can be maintained. Fuller, et al. Expires September 30, 2010 [Page 13] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 As an example, consider ETRs that are originating EID-prefixes for 10.1.0.0/24, 10.1.64.0/24, 10.1.128.0/24, and 10.1.192.0/24. An ALT Router should only be configured to generate an aggregate for 10.1.0.0/16 if it has BGP sessions configured with all of these ETRs, in other words, only if it has sufficient knowledge about the state of those prefixes to summarize them. If the Router originating 10.1.0.0/16 receives an ALT Datagram destined for 10.1.77.88, a non- LISP destination covered by the aggregate, it returns a Negative Map- Reply with action "Natively-Forward". If it receives an ALT Datagram destined for 10.1.128.199 but the configured LISP prefix 10.1.128.0/24 is unreachable, it returns a Negative Map-Reply with action "drop". Note: much is currently uncertain about the best way to build the ALT network; as testing and prototype deployment proceeds, a guide to how to best build the ALT network will be developed. 4.3. Use of GRE and BGP between LISP+ALT Routers The ALT network is built using GRE tunnels between ALT Routers. BGP sessions are configured over those tunnels, with each ALT Router acting as a separate AS "hop" in a Path Vector for BGP. For the purposes of LISP+ALT, the AS-path is used solely as a shortest-path determination and loop-avoidance mechanism. Because all next-hops are on tunnel interfaces, no IGP is required to resolve those next- hops to exit interfaces. LISP+ALT's use of GRE and BGP facilities deployment and operation of LISP because no new protocols need to be defined, implemented, or used on the overlay topology; existing BGP/GRE tools and operational expertise are also re-used. Tunnel address assignment is also easy: since the addresses on an ALT tunnel are only used by the pair of routers connected to the tunnel, the only requirement of the IP addresses used to establish that tunnel is that the attached routers be reachable by each other; any addressing plan, including private addressing, can therefore be used for ALT tunnels. Fuller, et al. Expires September 30, 2010 [Page 14] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 5. EID-prefix Propagation and Map-Request Forwarding As described in Section 8.2, an ITR sends an ALT Datagram to a given EID-to-RLOC mapping. The ALT provides the infrastructure that allows these requests to reach the authoritative ETR. Note that under normal circumstances Map-Replies are not sent over the ALT - an ETR sends a Map-Reply to the source RLOC learned from the original Map-Request. There may be scenarios, perhaps to encourage caching of EID-to-RLOC mappings by ALT Routers, where Map- Replies could be sent over the ALT or where a "first-hop" ALT router might modify the originating RLOC on a Map-Request received from an ITR to force the Map-Reply to be returned to the "first-hop" ALT Router. These cases will not be supported by initial LISP+ALT implementations but may be subject to future experimentation. ALT Routers propagate path information via BGP ([RFC4271]) that is used by ITRs to send ALT Datagrams toward the appropriate ETR for each EID-prefix. BGP is run on the inter-ALT Router links, and possibly between an edge ("last hop") ALT Router and an ETR or between an edge ("first hop") ALT Router and an ITR. The ALT BGP RIB consists of aggregated EID-prefixes and their next hops toward the authoritative ETR for that EID-prefix. 5.1. Changes to ITR behavior with LISP+ALT As previously described, an ITR will usually use the Map Resolver interface and will send its Map Requests to a Map Resolver. When an ITR instead connects via tunnels and BGP to the ALT, it sends ALT Datagrams to one of its "upstream" ALT Routers; these are sent only to obtain new EID-to-RLOC mappings - RLOC probe and cache TTL refresh Map-Requests are not sent on the ALT. As in basic LISP, it should use one of its RLOCs as the source address of these queries; it should not use a tunnel interface as the source address as doing so will cause replies to be forwarded over the tunneled topology and may be problematic if the tunnel interface address is not routed throughout the ALT. If the ITR is running BGP with the LISP+ALT router(s), it selects the appropriate ALT Router based on the BGP information received. If it is not running BGP, it uses a statically-configued ALT Default Route to select an ALT Router. 5.2. Changes to ETR behavior with LISP+ALT As previously described, an ETR will usually use the Map Server interface (see [LISP-MS]) and will register its EID-prefixes with its configured Map Servers. When an ETR instead connects using BGP to one or more ALT Routers, it announces its EID-prefix(es) to those ALT Routers. Note that when an ETR generates a Map-Reply message to Fuller, et al. Expires September 30, 2010 [Page 15] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 return to a querying ITR, it sends it to the ITR's source-RLOC (i.e., on the underlying Internet topology, not on the ALT; this avoids any latency penalty (or "stretch") that might be incurred by routing over the ALT). Fuller, et al. Expires September 30, 2010 [Page 16] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 6. BGP configuration and protocol considerations 6.1. Autonomous System Numbers (ASNs) in LISP+ALT The primary use of BGP today is to define the global Internet routing topology in terms of its participants, known as Autonomous Systems. LISP+ALT specifies the use of BGP to create a global overlay network (the ALT) for finding EID-to-RLOC mappings. While related to the global routing database, the ALT serves a very different purpose and is organized into a very different hierarchy. Because LISP+ALT does use BGP, however, it uses ASNs in the paths that are propagated among ALT Routers. To avoid confusion, it needs to be stressed that that these LISP+ALT ASNs use a new numbering space that is unrelated to the ASNs used by the global routing system. Exactly how this new space will be assigned and managed will be determined during the deployment of LISP+ALT. Note that the ALT Routers that make up the "core" of the ALT will not be associated with any existing core-Internet ASN because the ALT topology is completely separate from, and independent of, the global Internet routing system. 6.2. Sub-Address Family Identifier (SAFI) for LISP+ALT As defined by this document, LISP+ALT may be implemented using BGP without modification. Given the fundamental operational difference between propagating global Internet routing information (the current dominant use of BGP) and creating an overlay network for finding EID- to-RLOC mappings (the use of BGP proposed by this document), it may be desirable to assign a new SAFI [RFC4760] to prevent operational confusion and difficulties, including the inadvertent leaking of information from one domain to the other. Use of a separate SAFI would make it easier to debug many operational problems but would come at a significant cost: unmodified, off-the-shelf routers which do not understand the new SAFI could not be used to build any part of the ALT network. At present, this document does not request the assignment of a new SAFI; additional experimentation may suggest the need for one in the future. Fuller, et al. Expires September 30, 2010 [Page 17] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 7. EID-prefix Aggregation The ALT BGP peering topology should be arranged in a tree-like fashion (with some meshiness), with redundancy to deal with node and link failures. A basic assumption is that as long as the routers are up and running, the underlying Internet will provide alternative routes to maintain BGP connectivity among ALT Routers. Note that, as mentioned in Section 4.2, the use of BGP by LISP+ALT requires that information only be aggregated where all active more- specific prefixes of a generated aggregate prefix are known. This is no different than the way that BGP route aggregation works in the existing global routing system: a service provider only generates an aggregate route if it is configured to learn to all prefixes that make up that aggregate. 7.1. Stability of the ALT It is worth noting that LISP+ALT does not directly propagate EID-to- RLOC mappings. What it does is provide a mechanism for an ITR to commonicate with the ETR that holds the mapping for a particular EID- prefix. This distinction is important when considering the stability of BGP on the ALT network as compared to the global routing system. It also has implications for how site-specific EID-prefix information may be used by LISP but not propagated by LISP+ALT (see Section 7.2 below). RLOC prefixes are not propagated through the ALT so their reachability is not determined through use of LISP+ALT. Instead, reachability of RLOCs is learned through the LISP ITR-ETR exchange. This means that link failures or other service disruptions that may cause the reachability of an RLOC to change are not known to the ALT. Changes to the presence of an EID-prefix on the ALT occur much less frequently: only at subscription time or in the event of a failure of the ALT infrastructure itself. This means that "flapping" (frequent BGP updates and withdrawals due to prefix state changes) is not likely and mapping information cannot become "stale" due to slow propagation through the ALT BGP mesh. 7.2. Traffic engineering using LISP Since an ITR learns an EID-to-RLOC mapping directly from the ETR that owns it, it is possible to perform site-to-site traffic engineering by setting the preference and/or weight fields, and by including more-specific EID-to-RLOC information in Map-Reply messages. This is a powerful mechanism that can conceivably replace the traditional practice of routing prefix deaggregation for traffic Fuller, et al. Expires September 30, 2010 [Page 18] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 engineering purposes. Rather than propagating more-specific information into the global routing system for local- or regional- optimization of traffic flows, such more-specific information can be exchanged, through LISP (not LISP+ALT), on an as-needed basis between only those ITRs/ETRs (and, thus, site pairs) that need it. Should a receiving ITR decide that it does not wish to store such more- specific information, it has the option of discarding it as long as a shorter, covering EID-prefix exists. Such an exchange of "more- specifics" between sites facilitates traffic engineering, by allowing richer and more fine-grained policies to be applied without advertising additional prefixes into either the ALT or the global routing system. Note that these new traffic engineering capabilities are an attribute of LISP and are not specific to LISP+ALT; discussion is included here because the BGP-based global routing system has traditionally used propagation of more-specific routes as a crude form of traffic engineering. 7.3. Edge aggregation and dampening Normal BGP best common practices apply to the ALT network. In particular, first-hop ALT Routers will aggregate EID prefixes and dampen changes to them in the face of excessive updates. Since EID- prefix assignments are not expected to change as frequently as global routing BGP prefix reachability, such dampening should be very rare, and might be worthy of logging as an exceptional event. It is again worth noting that the ALT carries only EID-prefixes, used to construct BGP paths to their owning ETRs; it does not carry reachability about RLOCs. In addition, EID-prefix information may be aggregated as the topology and address assignment hierarchy allow. Since the topology is all tunneled and can be modified as needed, reasonably good aggregation should be possible. In addition, since most ETRs are expected to connect to the ALT using the Map Server interface, Map Servers will implement a natural "edge" for the ALT where dampening and aggregation can be applied. For these reasons, the set of prefix information on the ALT can be expected to be both better aggregated and considerably less volatile than the actual EID- to-RLOC mappings. 7.4. EID assignment flexibility vs. ALT scaling There are major open questions regarding how the ALT will be deployed and what organization(s) will operate it. In a simple, non- distributed world, centralized administration of EID prefix assignment and ALT network design would facilitate a well- aggregated ALT routing system. Business and other realities will likely result in a more complex, distributed system involving multiple levels of Fuller, et al. Expires September 30, 2010 [Page 19] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 prefix delegation, multiple operators of parts of the ALT infrastructure, and a combination of competition and cooperation among the participants. In addition, re-use of existing IP address assignments, both "PI" and "PA", to avoid renumbering when sites transition to LISP will further complicate the processes of building and operating the ALT. A number of conflicting considerations need to be kept in mind when designing and building the ALT. Among them are: 1. Target ALT routing state size and level of aggregation. As described in Section 7.1, the ALT should not suffer from some of the performance constraints or stability issues as the Internet global routing system, so some reasonable level of deaggregation and increased number of EID prefixes beyond what might be considered ideal should be acceptable. That said, measures, such as tunnel rehoming to preserve aggregation when sites move from one mapping provider to another and implementing aggregation at multiple levels in the hierarchy to collapse de-aggregation at lower levels, should be taken to reduce unnecessary explosion of ALT routing state. 2. Number of operators of parts of the ALT and how they will be organized (hierarchical delegation vs. shared administration). This will determine not only how EID prefixes are assigned but also how tunnels are configured and how EID prefixes can be aggregated between different parts of the ALT. 3. Number of connections between different parts of the ALT. Trade- offs will need to be made among resilience, performance, and placement of aggregation boundaries. 4. EID prefix portability between competing operators of the ALT infrastructure. A significant benefit for an end-site to adopt LISP is the availability of EID space that is not tied to a specific connectivity provider; it is important to ensure that an end site doesn't trade lock-in to a connectivity provider for lock-in to a provider of its EID assignment, ALT connectivity, or Map Server facilities. This is, by no means, and exhaustive list. While resolving these issues is beyond the scope of this document, the authors recommend that existing distributed resource structures, such as the IANA/Regional Internet Registries and the ICANN/Domain Registrar, be carefully considered when designing and deploying the ALT infrastructure. Fuller, et al. Expires September 30, 2010 [Page 20] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 8. Connecting sites to the ALT network 8.1. ETRs originating information into the ALT EID-prefix information is originated into the ALT by three different mechanisms: Map Server: In most cases, a site will configure its ETR(s) to register with one or more Map Servers (see [LISP-MS]), and does not participate directly in the ALT. BGP: For a site requiring complex control over their EID-prefix origination into the ALT, an ETR may connect to the LISP+ALT overlay network by running BGP to one or more ALT Router(s) over tunnel(s). The ETR advertises reachability for its EID-prefixes over these BGP connection(s). The edge ALT Router(s) that receive(s) these prefixes then propagate(s) them into the ALT. Here the ETR is simply an BGP peer of ALT Router(s) at the edge of the ALT. Where possible, an ALT Router that receives EID-prefixes from an ETR via BGP should aggregate that information. Configuration: One or more ALT Router(s) may be configured to originate an EID-prefix on behalf of the non-BGP-speaking ETR that is authoritative for a prefix. As in the case above, the ETR is connected to ALT Router(s) using GRE tunnel(s) but rather than BGP being used, the ALT Router(s) are configured with what are in effect "static routes" for the EID-prefixes "owned" by the ETR. The GRE tunnel is used to route Map-Requests to the ETR. Note: in all cases, an ETR may register to multiple Map Servers or connect to multiple ALT Routers for the following reasons: * redundancy, so that a particular ETR is still reachable even if one path or tunnel is unavailable. * to connect to different parts of the ALT hierarchy if the ETR "owns" multiple EID-to-RLOC mappings for EID-prefixes that cannot be aggregated by the same ALT Router (i.e. are not topologically "close" to each other in the ALT). 8.2. ITRs Using the ALT In the common configuration, an ITR does not need to know anything about the ALT, since it sends Map-Requests to one of its configured Map-Resolvers (see [LISP-MS]). There are two exceptional cases: Fuller, et al. Expires September 30, 2010 [Page 21] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Static default: If a Map Resolver is not available but an ITR is adjacent to an ALT Router (either over a common subnet or through the use of a tunnel), it can use an ALT Default Route route to cause all ALT Datagrams to be sent that ALT Router. This case is expected to be rare. Connection to ALT: A site with complex Internet connectivity needs may need more fine-grained distinction between traffic to LISP- capable and non-LISP-capable sites. Such a site may configure each of its ITRs to connect directly to the ALT, using a tunnel and BGP connection. In this case, the ITR will receive EID-prefix routes from its BGP connection to the ALT Router and will LISP- encapsulate and send ALT Datagrams through the tunnel to the ALT Router. Traffic to other destinations may be forwarded (without LISP encapsulation) to non-LISP next-hop routers that the ITR knows. In general, an ITR that connects to the ALT does so only to to ALT Routers at the "edge" of the ALT (typically two for redundancy). There may, though, be situations where an ITR would connect to other ALT Routers to receive additional, shorter path information about a portion of the ALT of interest to it. This can be accomplished by establishing GRE tunnels between the ITR and the set of ALT Routers with the additional information. This is a purely local policy issue between the ITR and the ALT Routers in question. As described in [LISP-MS], Map-Resolvers do not accept or forward Data Probes; in the rare scenario that an ITR does support and originate Data Probes, it must do so using one of the exceptional configurations described above. Note that the use of Data Probes is discouraged at this time (see Section 3.3). Fuller, et al. Expires September 30, 2010 [Page 22] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 9. IANA Considerations This document makes no request of the IANA. Fuller, et al. Expires September 30, 2010 [Page 23] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 10. Security Considerations LISP+ALT shares many of the security characteristics of BGP. Its security mechanisms are comprised of existing technologies in wide operational use today, so securing the ALT should be mostly a matter of applying the same technology that is used to secure the BGP-based global routing system (see Section 10.3 below). 10.1. Apparent LISP+ALT Vulnerabilities This section briefly lists the known potential vulnerabilities of LISP+ALT. Mapping Integrity: Can an attacker insert bogus mappings to black- hole (create Denial-of-Service, or DoS attack) or intercept LISP data-plane packets? ALT Router Availability: Can an attacker DoS the ALT Routers connected to a given ETR? If a site's ETR cannot advertise its EID-to-RLOC mappings, the site is essentially unavailable. ITR Mapping/Resources: Can an attacker force an ITR or ALT Router to drop legitimate mapping requests by flooding it with random destinations for which it will generate large numbers of Map- Requests and fill its mapping cache? Further study is required to see the impact of admission control on the overlay network. EID Map-Request Exploits for Reconnaissance: Can an attacker learn about a LISP site's TE policy by sending legitimate mapping requests and then observing the RLOC mapping replies? Is this information useful in attacking or subverting peer relationships? Note that any public LISP mapping database will have similar data- plane reconnaissance issue. Scaling of ALT Router Resources: Paths through the ALT may be of lesser bandwidth than more "direct" paths; this may make them more prone to high-volume denial-of-service attacks. For this reason, all components of the ALT (ETRs and ALT Routers) should be prepared to rate-limit traffic (ALT Datagrams) that could be received across the ALT. UDP Map-Reply from ETR: Since Map-Replies are sent directly from the ETR to the ITR's RLOC, the ITR's RLOC may be vulnerable to various types of DoS attacks (this is a general property of LISP, not an LISP+ALT vulnerability). Fuller, et al. Expires September 30, 2010 [Page 24] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 More-specific prefix leakage: Because EID-prefixes on the ALT are expected to be fairly well-aggregated and EID-prefixes propagated out to the global Internet (see [LISP-IW] much more so, accidental leaking or malicious advertisement of an EID-prefix into the global routing system could cause traffic redirection away from a LISP site. This is not really a new problem, though, and its solution can only be achieved by much more strict prefix filtering and authentication on the global routing system. 10.2. Survey of LISP+ALT Security Mechanisms Explicit peering: The devices themselves can both prioritize incoming packets, as well as potentially do key checks in hardware to protect the control plane. Use of TCP to connect elements: This makes it difficult for third parties to inject packets. Use of HMAC Protected BGP/TCP Connections: HMAC is used to verify message integrity and authenticity, making it nearly impossible for third party devices to either insert or modify messages. Message Sequence Numbers and Nonce Values in Messages: This allows an ITR to verify that the Map-Reply from an ETR is in response to a Map-Request originated by that ITR (this is a general property of LISP; LISP+ALT does not change this behavior). 10.3. Use of new IETF standard BGP Security mechanisms LISP+ALT's use of BGP allows the ALT to take advantage of BGP security features designed for existing Internet BGP use. For example, should either S-BGP [I-D.murphy-bgp-secr] or soBGP [I-D.white-sobgparchitecture] become widely deployed it expected that LISP+ALT could use these mechanisms to provide authentication of EID- to-RLOC mappings, and EID origination. Fuller, et al. Expires September 30, 2010 [Page 25] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 11. Acknowledgments The authors would like to specially thank J. Noel Chiappa who was a key contributer to the design of the LISP-CONS mapping database (many ideas from which made their way into LISP+ALT) and who has continued to provide invaluable insight as the LISP effort has evolved. Others who have provided valuable contributions include John Zwiebel, Hannu Flinck, Amit Jain, John Scudder, and Scott Brim. Fuller, et al. Expires September 30, 2010 [Page 26] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 12. References 12.1. Normative References [LISP] Farinacci, D., Fuller, V., Meyer, D., and D. Lewis, "Locator/ID Separation Protocol (LISP)", draft-ietf-lisp-06.txt (work in progress), January 2010. [LISP-MS] Fuller, V. and D. Farinacci, "LISP Map Server", draft-ietf-lisp-ms-04.txt (work in progress), October 2009. [RFC2784] Farinacci, D., Li, T., Hanks, S., Meyer, D., and P. Traina, "Generic Routing Encapsulation (GRE)", RFC 2784, March 2000. [RFC4271] Rekhter, Y., Li, T., and S. Hares, "A Border Gateway Protocol 4 (BGP-4)", RFC 4271, January 2006. [RFC4632] Fuller, V. and T. Li, "Classless Inter-domain Routing (CIDR): The Internet Address Assignment and Aggregation Plan", BCP 122, RFC 4632, August 2006. [RFC4760] Bates, T., Chandra, R., Katz, D., and Y. Rekhter, "Multiprotocol Extensions for BGP-4", RFC 4760, January 2007. 12.2. Informative References [I-D.murphy-bgp-secr] Murphy, S., "BGP Security Analysis", draft-murphy-bgp-secr-04 (work in progress), November 2001. [I-D.white-sobgparchitecture] White, R., "Architecture and Deployment Considerations for Secure Origin BGP (soBGP)", draft-white-sobgparchitecture-00 (work in progress), May 2004. [LISP-IW] Lewis, D., Meyer, D., Farinacci, D., and V. Fuller, "Interworking LISP with IPv4 and ipv6", draft-ietf-lisp-interworking-02.txt (work in progress), February 2010. Fuller, et al. Expires September 30, 2010 [Page 27] Internet-Draft LISP Alternative Topology (LISP+ALT) March 2010 Authors' Addresses Vince Fuller Cisco Tasman Drive San Jose, CA 95134 USA Email: vaf@cisco.com Dino Farinacci Cisco Tasman Drive San Jose, CA 95134 USA Email: dino@cisco.com Dave Meyer Cisco Tasman Drive San Jose, CA 95134 USA Email: dmm@cisco.com Darrel Lewis Cisco Tasman Drive San Jose, CA 95134 USA Email: darlewis@cisco.com Fuller, et al. Expires September 30, 2010 [Page 28] --dDRMvlgZJXvWKvBx Content-Type: text/html; charset=us-ascii Content-Disposition: attachment; filename="rfcdiff-alt-02-to-03.html" wdiff draft-fuller-lisp-alt-02.txt draft-ietf-lisp-alt-03.txt 
Network Working Group                                       D. Farinacci
Internet-Draft                                          V. Fuller
Internet-Draft                                              D. Farinacci
Intended status: Experimental                                   D. Meyer
Expires: October 25, 2008 September 30, 2010                                     D. Lewis
                                                                   Cisco
                                                          April 23, 2008
                                                          March 29, 2010

                  LISP Alternative Topology (LISP+ALT)
                      draft-fuller-lisp-alt-02.txt
                       draft-ietf-lisp-alt-03.txt

Abstract

   This document describes a simple mapping database to be used by the
   Locator/ID Separation Protocol (LISP) to find Endpoint Identifier
   (EID) to Routing Locator (RLOC) mappings.  Termed the Alternative
   Logical Topology (ALT), the database is built as an overlay network
   on the public Internet using the Border Gateway Protocol (BGP) and
   the Generic Routing Encapsulation (GRE).  Using these proven
   protocols, the ALT can be built and deployed relatively quickly
   without major changes to the existing routing infrastructure.

Status of this Memo

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Abstract

   This document describes a method of building an alternative, logical
   topology for managing Endpoint Identifier to Routing Locator mappings
   using September 30, 2010.

Copyright Notice

   Copyright (c) 2010 IETF Trust and the Locator/ID Separation Protocol.  The logical network is
   built persons identified as an overlay on the public Internet using existing
   technologies and tools, specifically the Border Gateway Protocol
   document authors.  All rights reserved.

   This document is subject to BCP 78 and the Generic Routing Encapsulation.  An important design goal for
   LISP+ALT is IETF Trust's Legal
   Provisions Relating to allow for IETF Documents
   (http://trustee.ietf.org/license-info) in effect on the relatively easy deployment date of an
   efficient mapping system while minimizing changes
   publication of this document.  Please review these documents
   carefully, as they describe your rights and restrictions with respect
   to existing
   hardware this document.  Code Components extracted from this document must
   include Simplified BSD License text as described in Section 4.e of
   the Trust Legal Provisions and software. are provided without warranty as
   described in the BSD License.

Table of Contents

   1.  Requirements Notation  Introduction . . . . . . . . . . . . . . . . . . . . .  3
   2.  Introduction . . . .  4
   2.  Definition of Terms  . . . . . . . . . . . . . . . . . . . . .  4  5
   3.  Definition of Terms  The LISP+ALT model . . . . . . . . . . . . . . . . . . . . .  5
   4.  The LISP 1.5 model .  8
     3.1.  Routeability of EIDs . . . . . . . . . . . . . . . . . . .  8
       3.1.1.  Mechanisms for an ETR to originate EID-prefixes  . .  7
   5.  LISP+ALT: Overview .  9
       3.1.2.  Mechanisms for an ITR to forward to EID-prefixes . . .  9
       3.1.3.  Map Server Model preferred . . . . . . . . . . . . . .  9
     3.2.  Connectivity to non-LISP sites . . . .  8
     5.1.  ITR traffic handling . . . . . . . . . .  9
     3.3.  Caveats on the use of Data Probes  . . . . . . . . . . .  8
     5.2.  EID Assignment - Hierarchy and Topology . 10
   4.  LISP+ALT: Overview . . . . . . . . .  9
     5.3.  LISP+ALT Router . . . . . . . . . . . . . 11
     4.1.  ITR traffic handling . . . . . . . . 10
     5.4.  ITR and ETR in a LISP+ALT Environment . . . . . . . . . . 10
     5.5.  Use of GRE . 12
     4.2.  EID Assignment - Hierarchy and BGP between LISP+ALT Routers Topology  . . . . . . . 10
   6.  EID-to-RLOC mapping propagation . . 12
     4.3.  Use of GRE and BGP between LISP+ALT Routers  . . . . . . . 14
   5.  EID-prefix Propagation and Map-Request Forwarding  . . . . . . 12
     6.1. 15
     5.1.  Changes to ITR behavior with LISP+ALT  . . . . . . . . . . 12
     6.2. 15
     5.2.  Changes to ETR behavior with LISP+ALT  . . . . . . . . . . 12
   7. 15
   6.  BGP configuration and protocol considerations  . . . . . . . . 14
     7.1. 17
     6.1.  Autonomous System Numbers (ASNs) in LISP+ALT . . . . . . . 14
     7.2. 17
     6.2.  Sub-Address Family Identifier (SAFI) for LISP+ALT  . . . . 14
   8.  EID-Prefix 17
   7.  EID-prefix Aggregation . . . . . . . . . . . . . . . . . . . . 15
     8.1. 18
     7.1.  Stability of the ALT . . . . . . . . . . . . . . . . . . . 18
     7.2.  Traffic engineering with using LISP . . . . . . . . . . . . . . 18
     7.3.  Edge aggregation and LISP+ALT dampening . . . . . . . . 15
   9. . . . . . . 19
     7.4.  EID assignment flexibility vs. ALT scaling . . . . . . . . 19
   8.  Connecting sites to the ALT network  . . . . . . . . . . . . . 16
     9.1. 21
     8.1.  ETRs originating information into the ALT  . . . . . . . . 16
     9.2. 21
     8.2.  ITRs Receiving Information from Using the ALT . . . . . . . . . 16
   10. . . . . . . . . . . . 21
   9.  IANA Considerations  . . . . . . . . . . . . . . . . . . . . . 18
   11. 23
   10. Security Considerations  . . . . . . . . . . . . . . . . . . . 19
     11.1. 24
     10.1. Apparent LISP+ALT Vulnerabilities  . . . . . . . . . . . . 19
     11.2. 24
     10.2. Survey of LISP+ALT Security Mechanisms . . . . . . . . . . 20
     11.3. Using existing 25
     10.3. Use of new IETF standard BGP Security mechanisms . . . . . . . . . . 20
   12. 25
   11. Acknowledgments  . . . . . . . . . . . . . . . . . . . . . . . 21
   13. 26
   12. References . . . . . . . . . . . . . . . . . . . . . . . . . . 22
     13.1. 27
     12.1. Normative References . . . . . . . . . . . . . . . . . . . 22
     13.2. 27
     12.2. Informative References . . . . . . . . . . . . . . . . . . 22 27
   Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . . 23
   Intellectual Property and Copyright Statements . . . . . . . . . . 24 28

1.  Requirements Notation

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

2.  Introduction

   This document describes a method of building an alternative logical
   topology for managing Endpoint identifier the LISP+ALT mapping database, to Routing Locator mappings be used by
   LISP to find EID-to-RLOC mappings.  The ALT network is built using
   the Locator/ID Separation Protocol [LISP].  This logical
   topology uses existing technology and tools, specifically the Border Gateway Protocol [RFC4271] and its (BGP, [RFC4271]), the BGP multi-protocol
   extension
   [RFC2858], along with [RFC4760], and the Generic Routing Encapsulation [RFC2784]
   protocol (GRE,
   [RFC2784]) to construct an overlay network nnetwork of devices that advertise (ALT Routers)
   which operate on EID-prefixes only.  These Endpoint Identifier Prefix Aggregators hold
   hierarchically-assigned pieces and use EIDs as forwarding
   destinations.

   ALT Routers advertise hierarchically-delegated segments of the Endpoint Identifier space EID
   namespace (i.e., prefixes) and their next hops toward the rest of the ALT; they also
   forward traffic destined for an EID covered by one of those prefixes
   toward the network element which is authoritative for Endpoint Identifier-to-Routing Locator that EID (i.e.
   is the origin of the advertisement of the EID-to-RLOC mapping
   for which
   applies to that prefix. EID).  Map Resolvers (MRs; see [LISP-MS]) and, in
   some cases, Ingress Tunnel routers can Routers (ITRs) use this overlay to make queries
   against and respond to send
   mapping requests made against the distributed
   Endpoint Identifier-to-Routing Locator mapping database.  Note the
   database is distributed (as described in (using [LISP]) and is stored in to the
   ETRs.

   Note Egress Tunnel Routers (ETRs)
   that an important design goal of LISP+ALT hold the EID-to-RLOC mappings for a particular EID-prefix

   It is important to minimize note that the
   number of changes ALT does not distribute actual EID-
   to-RLOC mappings.  What it does provide is a forwarding path from an
   ITR (or MR) which requires an EID-to-RLOC mapping to existing hardware and/or software an ETR which
   holds that are
   required mapping.  The ITR/MR uses this path to send an ALT
   Datagram (see Section 3) to deploy an ETR which then responds with a Map-
   Reply containing the needed mapping system.  It information.

   One design goal for LISP+ALT is envisioned that in most
   cases to use existing technology can be used wherever
   possible.  To this end, the ALT is intended to be built using off-
   the-shelf routers which already implement and deploy LISP+
   ALT.  Since the deployment of LISP+ALT adds new devices required protocols (BGP
   and GRE); little, if any, LISP-specific modifications should be
   needed for such devices to be deployed on the
   network, existing devices not need changes or upgrades.  They can
   function as they ALT.  Note, though,
   that organizational and operational considerations suggest that ALT
   Routers be both logically and physically separate from the "native"
   Internet packet transport system; deploying this overlay on those
   routers which are to realize an underlying already participating in the global routing system
   and robust physical
   topology. actively forwarding Internet traffic is not recommended.

   The remainder of this document is organized as follows: Section 3 2
   provides the definitions of terms used in this document.  Section 4 3
   outlines the basic LISP 1.5 model.  Section 5 4 provides a basic
   overview of the LISP Alternate Topology architecture, and Section 6 5
   describes how the ALT uses BGP to propagate Endpoint Identifier
   reachability over the overlay network. network and Section 8 6 describes other
   considerations for using BGP on the ALT.  Section 7 describes the
   construction of the ALT aggregation hierarchy, and Section 9 8
   discusses how LISP+ALT elements are connected to form the overlay
   network.

3.

2.  Definition of Terms

   LISP+ALT operates on two name spaces and introduces a new network
   element, the LISP+ALT Router (see below).  This section provides
   high-level definitions of the LISP+ALT name spaces, network elements,
   and message types.

   The

    Alternative Logical Topology (ALT):  The virtual overlay network
      made up of tunnels between EID Prefix Aggregators. LISP+ALT Routers.  The Border Gateway
      Protocol (BGP) runs between LISP+ALT routers ALT Routers and is used to carry
      reachability information for EID prefixes. EID-prefixes.  The ALT provides a way
      to forward Map-Requests (and, if supported, Data Probes) toward
      the ETR that "owns" an EID-prefix.  As a tunneled overlay, its
      performance is expected to be quite limited so use of it to
      forward high-bandwidth flows of Data Probes is strongly
      discouraged (see Section 3.3 for additional discussion).

    Legacy Internet:  The portion of the Internet which does not run
      LISP and does not participate in LISP+ALT.

   LISP+ALT

    ALT Router:  The devices which run on the ALT.  The ALT is a static
      network built using tunnels between LISP+ALT routers. ALT Routers.  These routers
      are deployed in a hierarchy roughly-hierarchical mesh in which routers at
      each level in the this hierarchy topology are responsible for aggregating all
      EID EID-
      prefixes learned from those logically "below" them and advertising
      summary prefixes to the routers those logically "above" them.  All prefix  Prefix learning
      and propagation between levels ALT Routers is done using BGP.  LISP+ALT routers  An ALT
      Router at the lowest level, or "edge", "edge" of the ALT learn EID ALT, learns EID-
      prefixes either over from its "client" ETRs.  See Section 3.1 for a BGP session to ETRs or
      through static routes (in
      description of how EID-prefixes are learned at the case "edge" of the "low-opex ETR").
      ALT.  See also Section 7 6 for details on how BGP is configured
      between the different network elements.

      The primary function of LISP+ALT routers is to provide a
      lightweight  When an ALT Router
      receives an ALT Datagram, it looks up the destination EID in its
      forwarding infrastructure for LISP control-plane
      messages (Map-Request and Map-Reply), table (composed of EID prefix routes it learned from
      neighboring ALT Routers) and forwards it to transport data
      packets when the packet has the same destination address in both logical next-hop
      on the inner (encapsulating) destination and outer destination
      addresses ((i.e., a Data Probe packet). overlay network.

    Endpoint ID (EID):  A 32-bit (for IPv4) or 128-bit (for ipv6) value
      used in to identify the ultimate source and or destination address fields of the first
      (most inner) LISP header of for a LISP-
      encapsulated packet.  See [LISP] for details.

    EID-prefix:  A packet that is emitted by
      a system contains set of EIDs delegated in its headers and LISP headers a power-of-two block.  EID-
      prefixes are
      prepended only when routed on the packet reaches an Ingress Tunnel Router
      (ITR) ALT (not on the data path global Internet) and
      are expected to the destination EID.

      In LISP+ALT, EID-prefixes MUST BE be assigned in a hierarchical manner (in power-of-two) such that
      they can be aggregated by LISP+ ALT routers.  In addition, Routers.  Such a block is
      characterized by a prefix and a length.  Note that while the ALT
      routing system considers an EID-prefix to be an opaque block of
      EIDs, an end site may have site-local put site-local, topologically-relevant
      structure in
      how EIDs are topologically organized (subnetting) into an EID-prefix for routing
      within the site; this structure is not visible to the global
      routing system.

   EID-Prefix Aggregate: intra-site routing.

    Aggregated EID-prefixes:  A set of individual EID-prefixes said to be aggregatable that have
      been aggregated in the [RFC4632] sense.  That is, an EID-Prefix aggregate is
      defined to be a single contiguous power-of-two EID-prefix block.
      Such a block is characterized by a prefix and a length.

   Routing Locator (RLOC):

    Map Server (MS):   An IP address of an egress tunnel router
      (ETR).  It is edge ALT Router that provides a registration
      function for non-ALT-connected ETRs, originates EID-prefixes into
      the output ALT on behalf of a EID-to-RLOC mapping lookup.  An EID
      maps those ETRs, and forwards Map-Requests to one or more RLOCs.  Typically, RLOCs are numbered from
      topologically-aggregatable blocks
      them.  See [LISP-MS] for details.

    Map Resolver (MR):   An edge ALT Router that are assigned to accepts an Encapsulated
      Map-Request from a site at
      each point to which non-ALT-connected ITR, decapsulates it, and
      forwards it attaches on to the global Internet; where ALT toward the
      topology is ETR which owns the requested
      EID-prefix.  See [LISP-MS] for details.

    Ingress Tunnel Router (ITR):   A router which sends LISP Map-
      Requests or encapsulates IP datagrams with LISP headers, as
      defined by in [LISP].  In this document, the term refers to any
      device implementing ITR functionality, including a Proxy-ITR (see
      [LISP-IW]).  Under some circumstances, a LISP Map Resolver may
      also originate Map-Requests (see [LISP-MS]).

    Egress Tunnel Router (ETR):   A router which sends LISP Map-Replies
      in response to LISP Map-Requests and decapsulates LISP-
      encapsulated IP datagrams for delivery to end systems, as defined
      in [LISP].  In this document, the term refers to any device
      implementing ETR functionality, including a Proxy-ETR (see
      [LISP-IW]).  Under some circumstances, a LISP Map Server may also
      respond to Map-Requests (see [LISP-MS]).

    Routing Locator (RLOC):  A routable IP address for a LISP tunnel
      router (ITR or ETR).  Interchangeably referred to as a "locator"
      in this document.  An RLOC is also the output of an EID-to-RLOC
      mapping lookup; an EID-prefix maps to one or more RLOCs.
      Typically, RLOCs are numbered from topologically-aggregatable
      blocks that are assigned to a site at each point where it attaches
      to the global Internet; where the topology is defined by the
      connectivity of provider networks, RLOCs can be thought of as
      Provider Aggregatable (PA) addresses.
      Note that in LISP+ALT,  Routing for RLOCs are is not
      carried by LISP+ALT routers. on the ALT.

    EID-to-RLOC Mapping:  A binding between an EID EID-prefix and the RLOC-set set of
      RLOCs that can be used to reach the EID.  The term "mapping" refers it; sometimes referred to an
      EID-to-RLOC mapping.

    EID Prefix simply
      as a "mapping".

    EID-prefix Reachability:  An EID prefix EID-prefix is said to be "reachable" if
      at least one or more of its locators are is reachable.  That is, an EID prefix EID-prefix
      is reachable if the ETR (or its proxy) that is authoritative for a given EID-to-RLOC EID-to-
      RLOC mapping is reachable.

    Default Mapping:  A Default Mapping is a mapping entry for EID-
      prefix 0.0.0.0/0. 0.0.0.0/0 (0::/0 for ipv6).  It maps to a locator-set used
      for all EIDs in the Internet.  If there is a more specific EID-prefix EID-
      prefix in the mapping cache it overrides the Default Mapping
      entry.  The Default Mapping route can be learned by configuration or
      from a Map-Reply message.

    ALT Default Route:  A Default Route in the context of LISP+ALT is a EID-
      prefix  An EID-prefix value of 0.0.0.0/0 (or 0::/0 for
      ipv6) which is advertised by BGP on top of may be learned from the
      ALT. ALT or statically configured
      on an edge ALT Router.  The Default ALT-Default Route is used to realize defines a forwarding
      path for Data Probe
      or Map-Request packets.

4. a packet to be sent into the ALT on a router which does
      not have a full ALT forwarding database.

3.  The LISP 1.5 LISP+ALT model

   As documented in [LISP], the LISP 1.5

   The LISP+ALT model uses the same basic query/response protocol machinery as LISP 1.0. that
   is documented in [LISP].  In particular, LISP+
   ALT LISP+ALT provides two mechanisms for types
   of packet that an ITR can originate to obtain EID-to-RLOC mappings
   (both mappings:

   Map-Request:  A Map-Request message is sent into the ALT to request
      an EID-to-RLOC mapping.  The ETR which owns the mapping will
      respond to the ITR with a Map-Reply message.  Since the ALT only
      forwards on EID destinations, the destination address of these techniques are described in more detail in
   Section 9.2): the Map-
      Request sent on the ALT must be an EID.  See [LISP] for the format
      of Map-Request and Map-Reply packets.

   Data Probe:  An  Alternatively, an ITR may encapsulate and send the first few
      data packets packet destined for an EID with no known RLOCs into the ALT
      to
      as a Data Probe.  This might be done minimize packet loss and to
      probe for the mapping; mapping.  As above, the authoritative ETR for the
      EID-prefix will respond to the ITR with a Map-Reply message when
      it receives the data packet over the ALT.  As a side-effect, the
      encapsulated data packet is delivered to the end-system at the ETR
      site.  Note that in this
      case, the Data Probe's inner Destination Address (DA), IP destination address,
      which is an EID, is copied to the outer DA and is IP destination address so
      that the resulting packet can be routed over the ALT.

   Map-Request:  An ITR may also send  See
      Section 3.3 for caveats on the usability of Data Probes.

   The term "ALT Datagram" is short-hand for a Map-Request message into the ALT
      to request the mapping.  As in the or Data Probe case, the
      authoritative ETR will respond
   to be sent into or forwarded on the ITR with a Map-Reply
      message.  In this case, ALT.  Note that while the DA outer
   header Source Address of the Map-Request MUST an ALT Datagram is currently expected to be
   an EID.
      See [LISP] RLOC, there may be situations (e.g. for experimentation with
   caching in intermediate ALT nodes) where an EID would be used to
   force a Map-Reply to be routed back through the format ALT.

3.1.  Routeability of Map-Request and Map-Reply packets.

   Like LISP 1.0, EIDs are routable

   A LISP EID has the same syntax as IP address and can be used,
   unaltered, as the source and or destination addresses in of an IP datagrams.  Unlike in LISP
   1.0, LISP 1.5 datagram.  In
   general, though, EIDs are not routable on the public Internet; instead,
   they are only routed over LISP+
   ALT provides a separate, virtual topology referred to network, known as the LISP
   Alternative Virtual Network. Logical Topology (ALT) on which a datagram using an EID
   as an IP destination address may be transmitted.  This network is
   built as an overlay on the public Internet using tunnels to
   interconnect LISP+ALT
   routers. ALT Routers.  BGP is run runs over these tunnels to propagate the
   path information needed to route Data Probes and Map-Request/Replies. forward ALT Datagrams.  Importantly, while
   the ETRs are the source(s) of the unaggregated EID prefix data, EID-prefixes, LISP+ALT
   uses existing BGP mechanisms to aggressively aggregate this information.  Note that ETRs are not required

3.1.1.  Mechanisms for an ETR to participate (or
   prevented from participating) in LISP+ALT; they originate EID-prefixes

   There are three ways that an ETR may choose
   communicate their originate its mappings to their serving LISP+ALT router(s) at
   subscription time via configuration.  ITRs are also not required to
   participate into the
   ALT:

   1.  By registration with a Map Server as documented in (nor prevented from participating in) LISP+ALT.

5.  LISP+ALT: Overview

   LISP+ALT [LISP-MS].
       This is a hybrid push/pull architecture.  Aggregated EID prefixes
   are "pushed" among the LISP+ALT routers and, optionally, out to ITRs
   (which may elect common case and is expected to receive be used by the aggregated information, as opposed to
   simply using
       majority of ETRs.

   2.  Using a default mapping).  Specific EID-to-RLOC mappings are
   "pulled" by ITRs when they either send explicit LISP requests or data
   packets "static route" on the alternate topology that result in triggered replies
   being generated by ETRs.

   The basic idea embodied in LISP+ALT ALT.  Where no Map-Server is to use BGP, running over
       available, an
   overlay network made up of Generic Routing Encapsulation (GRE)
   tunnels, edge ALT Router may be configured with a "static
       EID-prefix route" pointing to establish reachability required an ETR.

   3.  Edge connection to route Data Probes,
   Map-Requests, and Map-Replies the ALT.  If a site requires fine- grained
       control over how its EID-prefixes are advertised into the alternate topology (ALT).  The
   ALT RIB (BGP RIB) is comprised of EID prefixes (and associated next
   hops).  The LISP+ALT routers talk eBGP ALT, it
       may configure its ETR(s) with tunnel and BGP connections to each other in order edge
       ALT Routers.

3.1.2.  Mechanisms for an ITR to
   propagate EID prefix update information, which is learned either over
   eBGP connections from the authoritative ETR, or by configuration.
   ITRs may also eBGP peer with one or more LISP+ALT routers in order forward to
   route Data Probe packets or Map-Requests (more likely, EID-prefixes

   There are three ways that an ITR will
   have may send ALT Datagrams:

   1.  Through a default mapping pointing at one or more LISP+ALT routers).

   Note that while this document explicitly specifies Map Resolver as documented in [LISP-MS].  This is the use
       common case and is expected to be used by the majority of GRE as ITRs.

   2.  Using a tunneling mechanism, there "default route".  Where a Map Resolver is no reason that not available,
       an ITR may be configured with a static ALT cannot be built
   using other tunneling technologies.  In cases where GRE does not meet
   security, management, or other operational requirements, it is
   reasonable Default Route pointing
       to use another tunneling technology that does.  References an edge ALT Router.

   3.  Edge connection to "GRE tunnel" in later sections of this document should therefore
   not be taken as prohibiting or precluding the use ALT.  If a site requires fine-grained
       knowledge of other, available
   tunneling mechanisms.

   In summary, LISP+ALT uses what prefixes exist on the ALT, it may configure its
       ITR(s) with tunnel and BGP connections to propagate EID-prefix update
   information used by ITRs edge ALT Routers.

3.1.3.  Map Server Model preferred

   The ALT-connected ITR and ETRs ETR cases are expected to forward Map-Requests, Map-
   Replies, and Data Probes.  This reachability is carried be rare, as IPv4 or
   IPv6 NLRI without modification (since the EID space has
   Map Server/Map Resolver model is both simpler for an ITR/ETR operator
   to use, and provides a more general service interface to not only the same
   syntax
   ALT, but also to other mapping databases that may be developed in the
   future.

3.2.  Connectivity to non-LISP sites

   As stated above, EIDs used as IPv4 or IPv6).  LISP+ALT routers eBGP peer with one
   another, forming the ALT.  An LISP+ALT router near the edge learns
   EID prefixes which are originated by authoritative ETRs, either by
   eBGP peering with them or IP addresses by configuration.  LISP+ALT routers
   aggregate EID prefixes, and forward Data Probes, Map-Requests, and
   Map-Replies.

5.1.  ITR traffic handling

   When an ITR receives LISP sites are not
   routable on the public Internet.  This implies that, absent a packet originated by
   mechanism for communication between LISP and non-LISP sites,
   connectivity between them is not possible.  To resolve this problem,
   an end system within its
   site (i.e. a host "interworking" technology has been defined; see [LISP-IW] for which
   details.

3.3.  Caveats on the ITR use of Data Probes

   It is the exit path out worth noting that there has been a great deal of the site) discussion and
   controversy about whether Data Probes are a good idea.  On the destination for that one
   hand, using them offers a method of avoiding the "first packet is drop"
   problem when an ITR does not known in the ITR's have a mapping
   cache, the ITR encapsulates the packet in for a LISP header, copying particular EID-
   prefix.  On the
   inner destination address (EID) to other hand, forwarding data packets on the outer destination address
   (RLOC), and transmits ALT would
   require that it through a GRE tunnel either be engineered to support relatively high
   traffic rates, which is not generally feasible for a LISP+ALT router in
   the ALT.  This "first hop" LISP+ALT router uses EID-prefix routing
   information learned from other LISP+ALT routers via BGP tunneled
   network, or that it be carefully designed to guide the
   packet aggressively rate-limit
   traffic to avoid congestion or DoS attacks.  There may also be issues
   caused by different latency or other performance characteristics
   between the ETR which "owns" the prefix.  Upon receipt ALT path taken by an initial Data Probe and the ETR,
   normal LISP processing occurs:
   "Internet" path taken by subsequent packets on the ETR responds to the ITR with a
   LISP Map-Reply that lists the RLOCs (and, thus, the ETRs to use) for
   the EID prefix.  The ETR also de-encapsulates the packet and
   transmits it toward its destination.

   Upon receipt of the Map-Reply, the ITR installs the RLOC information
   for a given prefix into same flow once a local
   mapping database.  With is in place on an ITR.  For these mapping
   entries stored, additional packets destined to reasons, the given EID prefix
   are routed directly to a viable ETR without use of the ALT, until
   either the entry's TTL has expired, or the Data
   Probes is not recommended at this time; they should only be
   originated an ITR can otherwise find no
   reachable ETR.  Note that a valid mapping (not timed-out) may exist
   that contains no reachable RLOCs (i.e. all paths when explicitly configured to that ETR are
   down); in this case, packets destined do so and such
   configuration should only be enabled when performing experiments
   intended to test the EID prefix viability of using Data Probes.

4.  LISP+ALT: Overview

   LISP+ALT is a hybrid push/pull architecture.  Aggregated EID-prefixes
   are dropped,
   not routed through the ALT.

   Traffic routed over advertised among the ALT therefore consists of:

   o  EID prefix Map-Requests, Routers and

   o  data packets destined for to those EID prefixes while the ITR awaits
      map replies

5.2.  EID Assignment - Hierarchy (rare) ITRs that
   are directly connected via a tunnel and Topology

   EID-prefixes will be allocated BGP to a LISP site the ALT.  Specific
   EID-to-RLOC mappings are requested by Internet Registries.
   Multiple allocations may not be in power-of-2 blocks.  But an ITR (and returned by an ETR)
   using LISP when they
   are, they will be aggregated into it sends a single, advertised EID-prefix.
   The ALT network is built in request either via a tree-structured hierarchy Map Resolver or to allow
   proxy aggregation at merge points in the tree.  Building such an
   edge ALT Router.

   The basic idea embodied in LISP+ALT is to use BGP, running on a
   structure should minimize the number
   tunneled overlay network (the ALT), to establish reachability between
   ALT Routers.  The ALT BGP Route Information Base (RIB) is comprised
   of EID-prefixes carried by LISP+ and associated next hops.  ALT nodes near Routers interconnect
   using BGP and propagate EID-prefix updates among themselves.  EID-
   prefix information is learned from ETRs at the top "edge" of the hierarchy.

   Since the ALT will not need to change due to subscription or policy
   reasons,
   either through the topology can remain relatively static and aggregation
   can be sustained.  Because routing on use of the ALT Map Server interface (the commmon
   case), static configuration, or by BGP-speaking ETRs.

   An ITR uses BGP, the same
   rules apply for generating aggregates; in particular, a LISP+ALT
   router should only be configured to generate an aggregate if it is
   able ALT to learn reachability information for all components (more-
   specific prefixes) of that aggregate.  This means, the best path for example, that
   two ALTs that share forwarding an overlapping set of prefixes must exchange
   those prefixes if either is ALT
   Datagram destined to generate and export a covering
   aggregate for those prefixes.

   Note: much is currently uncertain about the best way particular EID-prefix.  An ITR will normally
   use a Map Resolver to send its ALT Datagrams on to build the ALT
   network; as testing and prototype deployment proceeds, but may,
   in unusual circumstances, use a guide to how static ALT Default Route or connect
   to best build the ALT network will be developed.

5.3.  LISP+ALT Router

   A LISP+ALT Router has using BGP.

   Note that while this document specifies the following functionality:

   1.  It runs, at use of Generic Routing
   Encapsulation (GRE) as a minimum, the eBGP part tunneling mechanism, there is no reason that
   parts of the BGP protocol.

   2.  It supports a separate RIB which uses next-hop ALT cannot be built using other tunneling technologies,
   particularly in cases where GRE tunnel
       interfaces for forwarding Data Probes and Map-Requests.

   3.  It can act as a "proxy-ITR" to support non-LISP sites.

   4.  It can act as an ETR, or as a recursive does not meet security, management,
   or re-encapsulating ITR other operational requirements.  References to reduce mapping tables in site-based LISP routers.

5.4.  ITR and ETR "GRE tunnel" in a LISP+ALT Environment

   An ITR using LISP+ALT may have additional functionality as follows:

   1.  If it is also acting
   later sections of this document should therefore not be taken as a LISP+ALT Router, it sends Data Probes
   prohibiting or Map-Requests on precluding the BGP best path computed GRE tunnel for each
       EID prefix.

   2.  When acting solely as a ITR, it sends Data Probes or Map-Requests use of other tunneling mechanisms.
   Note also that two ALT Routers that are directly to adjacent (with no
   layer-3 router hops between them) need not use a configured LISP+ALT router.

   An ETR using LISP+ALT tunnel between them;
   in this case, BGP may also behave slightly differently:

   1.  If it is also acting as a LISP+ALT router, it advertises its be configured EID-prefixes into BGP for distribution through across the
       ALT.

   2.  It receives Data Probes and Map-Requests only over GRE tunnel(s) interfaces that
   connect to its "upstream" LISP+ALT router(s) their common subnet and responds with Map-
       Replies for the EID prefixes that it "owns".

5.5. subnet is then considered to
   be part of the ALT topology.  Use of GRE and BGP between LISP+ALT Routers

   The techniques such as "eBGP
   multihop" to connect ALT network Routers that do not share a tunnel or common
   subnet is built using GRE tunnels between LISP+ALT routers.
   eBGP sessions are configured over those tunnels, with each LISP+ALT
   router acting not recommended as a separate AS "hop" the non-ALT Routers in between the ALT
   Routers in such a Path Vector for BGP.  For
   the purposes of LISP+ALT, the AS-path is used solely as a shortest-
   path determination and loop-avoidance mechanism.  Because all next-
   hops are on tunnel interfaces, no IGP is required configuration may not have information necessary to resolve those
   next-hops
   forward ALT Datagrams destined to exit interfaces.

   LISP+ALT's use of GRE and EID-prefixes exchanged across that
   BGP session.

   In summary, LISP+ALT uses BGP reduces provider Operational Expense
   (OPEX) because no new protocols need to be either defined or used on build paths through ALT Routers so
   that an ALT Datagram sent into the overlay topology.  Also, since tunnel IP addresses are local in
   scope, no coordination is needed for their assignment; any addressing
   scheme (including private addressing) ALT can be used for tunnel
   addressing.

6.  EID-to-RLOC mapping propagation

   As described in Section 9.2, an ITR may send either a Map-Request or
   a data probe forwarded to find a given EID-to-RLOC mapping.  The ALT provides the infrastructure ETR
   that allows these requests to reach holds the
   authoritative ETR, and possibly EID-to-RLOC mapping for that EID-prefix.  This
   reachability is carried as IPv4 or ipv6 NLRI without modification
   (since an EID-prefix has the reply to find its way back to same syntax as IPv4 or ipv6 address
   prefix).  ALT Routers establish BGP sessions with one another,
   forming the requesting ITR (the ETR might choose to send ALT.  An ALT Router at the Map-Reply to "edge" of the
   requesting ITR's source-RLOC, bypassing topology learns
   EID-prefixes originated by authoritative ETRs.  Learning may be
   though the ALT).

   LISP+ALT routers propagate mapping information for use Map Server interface, by ITRs (when
   making Map-Requests static configuration, or sending Data Probes), and ETRs (if via BGP
   with the ETR is ETRs.  An ALT Router may also be configured to send Map-Replies back to the requesting aggregate
   EID-prefixes received from ETRs or from other LISP+ALT routers that
   are topologically "downstream" from it.

4.1.  ITR over traffic handling

   When an ITR receives a packet originated by an end system within its
   site (i.e. a host for which the
   ALT) using eBGP [RFC4271]. eBGP ITR is run on the inter-LISP+ALT router
   links, and and possibly between an edge LISP+ALT router and an ETR or
   between an edge LISP+ALT router and an ITR.  The ALT eBGP RIB
   consists exit path out of aggregated EID prefixes the site)
   and their next hops toward the
   authoritative ETR destination EID for that EID prefix.

6.1.  Changes to ITR behavior with LISP+ALT

   When using LISP+ALT, an packet is not known in the ITR's
   mapping cache, the ITR always sends creates either Data Probes a Map-Request for the
   destination EID or Map-
   Requests to one of its "upstream" LISP+ALT routers.  As in basic
   LISP, it should use one of its RLOCs as the source address of these
   queries; it should explicitly not use a tunnel interface original packet encapsulated as a Data Probe
   (see Section 3.3 for caveats on the
   source address usability of Data Probes).  The
   result, known as doing so will cause replies an ALT Datagram, is then sent to an ALT Router (see
   also [LISP-MS] for non-ALT-connected ITRs, noting that Data Probes
   cannot be forwarded over sent to a Map-Resolver).  This "first hop" ALT Router uses
   EID-prefix routing information learned from other ALT Routers via BGP
   to guide the tunneled topology and may be problematic if packet to the tunnel interface
   address is not explicitly routed throughout ETR which "owns" the ALT.  If prefix.  Upon receipt
   by the ETR, normal LISP processing occurs: the ETR responds to the
   ITR is
   running BGP with a LISP Map-Reply that lists the LISP+ALT router(s), it selects RLOCs (and, thus, the appropriate
   LISP+ALT router based on ETRs
   to use) for the BGP information received.  If it is not
   running BGP, it uses static configuration to select a LISP+ALT
   router; in EID-prefix.  For Data Probes, the general case, this will effectively be an "EID-prefix
   default route".

6.2.  Changes to ETR behavior with LISP+ALT

   If an ETR connects using BGP to one or more LISP+ALT router(s), also
   decapsulates the packet and transmits it
   simply announces toward its EID-prefix to those LISP+ALT routers.  In destination.

   Upon receipt of the
   "low-opex" case, where Map-Reply, the ETR does not use BGP, it will still have ITR installs the RLOC information
   for a
   GRE tunnel to one or more LISP+ALT routers; given prefix into a local mapping database.  With these LISP+ALT router(s) mapping
   entries stored, additional packets destined to the ETR must route Map-Requests and Data Probes given EID-prefix
   are routed directly to an RLOC without use of the ETR and
   contain configuration (in effect, static routes) for ALT, until either
   the ETR's EID-
   prefixes. entry's TTL has expired, or the ITR can otherwise find no
   reachable ETR.  Note that in either case, when an ETR generates a Map-
   Reply message to return to current mapping may exist that contains
   no reachable RLOCs; this is known as a querying ITR, it sends Negative Cache Entry and it
   indicates that packets destined to the ITR's
   source-RLOC (i.e., EID-prefix are to be dropped.

   Full details on Map-Request/Map-Reply processing may be found in
   [LISP].

   Traffic routed on to the underlying Internet ALT consists solely of ALT Datagrams, i.e.
   Map-Requests and Data Probes (if supported).  Given the relatively
   low performance expected of a tuneled topology, not on ALT Routers (and Map
   Resolvers) should aggressively rate-limit the
   ALT; this avoids any latency penalty ingress of ALT
   Datagrams from ITRs and, if possible, should be configured to not
   accept packets that might are not ALT Datagrams.

4.2.  EID Assignment - Hierarchy and Topology

   EID-prefixes are expected to be incurred allocated to a LISP site by
   routing over the ALT).

   See also Section 9 Internet
   Registries.  Where a site has multiple allocations which are aligned
   on a power-of-2 block boundary, they should be aggregated into a
   single EID-prefix for more details about the "low-opex" ETR and ITR
   configurations.

7.  BGP configuration and protocol considerations

7.1.  Autonomous System Numbers (ASNs) in LISP+ALT advertisement.  The primary use of BGP today ALT network is built in a
   roughly hierarchical, partial mesh which is intended to define allow
   aggregation where clearly-defined hierarchical boundaries exist.
   Building such a structure should minimize the global Internet routing
   topology in terms number of its participants, known as Autonomous Systems. EID-prefixes
   carried by LISP+ALT specifies nodes near the use top of BGP the hierarchy.

   Routes on the ALT do not need to create a global EID-to-RLOC
   mapping database which, while related respond to changes in policy,
   subscription, or underlying physical connectivity, so the global routing database,
   serves a very different purpose topology
   can remain relatively static and is organized into a very
   different hierarchy. aggregation can be sustained.
   Because LISP+ALT does use BGP, however, it routing on the ALT uses
   ASNs in BGP, the paths that are propagated among LISP+ALT routers.  To
   avoid confusion, it needs to be stressed that that these LISP+ALT
   ASNs use same rules apply for
   generating aggregates; in particular, a new numbering space that ALT Router should only be
   configured to generate an aggregate if it is unrelated configured with BGP
   sessions to the ASNs used by
   the global routing system.  Exactly how this new space will be
   assigned and managed will be determined during experimental
   deployment all of LISP+ALT.

   Note that the LISP+ALT routers originators of components (more-specific
   prefixes) of that make up aggregate.  Not all of the "core" components of need to be
   present for the ALT
   will not aggregate to be associated with any existing core-Internet ASN because
   topology, hierarchy, and aggregation boundaries are completely
   separate from and independent of the global Internet routing system.

7.2.  Sub-Address Family Identifier (SAFI) for LISP+ALT

   As defined by this document, LISP+ALT originated (some may be implemented using BGP
   without modification.  Given holes in the fundamental operational difference
   between propagating global Internet routing information (the current,
   dominant use of BGP)
   covering prefix and managing the global EID-to-RLOC database
   (the use of BGP proposed by this document), it some may be desirable to
   assign a new SAFI [RFC2858] to prevent operational confusion and
   difficulties, including down) but the inadvertent leaking of information from
   one domain aggregating router must
   be configured to learn the other.  At present, this document does not require
   the assignment state of all of a new SAFI but the authors anticipate that
   experimentation may suggest the need for one in components.

   Under what circumstances the future.

8.  EID-Prefix Aggregation

   The ALT BGP peering topology should be arranged in Router actually generates the
   aggregate is a tree-like
   fashion (with matter of local policy: in some meshiness), with redundancy to deal with node and
   link failures.  A basic assumption is that as long as the routers are
   up and running, the underlying topology cases, it will provide alternative
   routes to maintain BGP connectivity among LISP+ALT routers.

   Note that, as mentioned in Section 5.2, the use of BGP by LISP+ALT
   requires that information can only be aggregated where
   statically configured to do so at all active
   more-specific prefixes of times with a generated "static discard"
   route.  In other cases, it may be configured to only generate the
   aggregate prefix are known.
   This implies, for example, that if a given set at least one of prefixes the components of the aggregate
   is used by
   multiple, learned via BGP.

   An ALT networks, those networks Router must interconnect and not generate an aggregate that includes a non-
   LISP-speaking hole unless it can be configured to return a Negative
   Map-Reply with action="Natively-Forward" (see [LISP]) if it receives
   an ALT Datagram that matches that hole.  If it receives an ALT
   Datagram that matches a LISP-speaking hole that is currently not
   reachable, it should return a Negative Map-Reply with action="drop".
   Negative Map-Replies should be returned with a short TTL, as
   specified in [LISP-MS].  Note that an off-the-shelf, non-LISP-
   speaking router configured as an aggregating ALT Router cannot send
   Negative Map-Replies, so such a router must never originate an
   aggregate that includes a non-LISP-speaking hole.

   This implies that two ALT Routers that share
   information about all an overlapping set of the
   prefixes must exchange those prefixes if either were is to generate an and
   export a covering aggregate prefix for those prefixes.  It also implies that covered
   an ETR which connects to the ALT using BGP must maintain BGP sessions
   with all of them.  This is no different than the way ALT Routers that BGP route aggregation works in the existing global
   routing system: a service provider only generates are configured to originate an
   aggregate route
   if it has connectivity which covers that prefix and that each of those ALT Routers
   must be explicitly configured to all prefixes know the set of EID-prefixes that
   make up any aggregate that aggregate.

8.1.  Traffic engineering with LISP and LISP+ALT

   It is worth noting that LISP+ALT does not directly propagate EID-to-
   RLOC mappings.  What it does is provide a mechanism originates.  See also [LISP-MS] for a LISP ITR to
   find the ETR an
   example of other ways that holds the mapping prefix origin consistency and aggregation
   can be maintained.

   As an example, consider ETRs that are originating EID-prefixes for a particular EID prefix.
   This distinction is important
   10.1.0.0/24, 10.1.64.0/24, 10.1.128.0/24, and 10.1.192.0/24.  An ALT
   Router should only be configured to generate an aggregate for several reasons.  First,
   10.1.0.0/16 if it means
   that the reachability has BGP sessions configured with all of these ETRs,
   in other words, only if it has sufficient knowledge about the state
   of those prefixes to summarize them.  If the Router originating
   10.1.0.0/16 receives an ALT Datagram destined for 10.1.77.88, a non-
   LISP destination covered by the aggregate, it returns a Negative Map-
   Reply with action "Natively-Forward".  If it receives an ALT Datagram
   destined for 10.1.128.199 but the configured LISP prefix
   10.1.128.0/24 is unreachable, it returns a Negative Map-Reply with
   action "drop".

   Note: much is currently uncertain about the best way to build the ALT
   network; as testing and prototype deployment proceeds, a guide to how
   to best build the ALT network will be developed.

4.3.  Use of GRE and BGP between LISP+ALT Routers

   The ALT network is built using GRE tunnels between ALT Routers.  BGP
   sessions are configured over those tunnels, with each ALT Router
   acting as a separate AS "hop" in a Path Vector for BGP.  For the
   purposes of LISP+ALT, the AS-path is used solely as a shortest-path
   determination and loop-avoidance mechanism.  Because all next-hops
   are on tunnel interfaces, no IGP is required to resolve those next-
   hops to exit interfaces.

   LISP+ALT's use of GRE and BGP facilities deployment and operation of
   LISP because no new protocols need to be defined, implemented, or
   used on the overlay topology; existing BGP/GRE tools and operational
   expertise are also re-used.  Tunnel address assignment is also easy:
   since the addresses on an ALT tunnel are only used by the pair of
   routers connected to the tunnel, the only requirement of the IP
   addresses used to establish that tunnel is that the attached routers
   be reachable by each other; any addressing plan, including private
   addressing, can therefore be used for ALT tunnels.

5.  EID-prefix Propagation and Map-Request Forwarding

   As described in Section 8.2, an ITR sends an ALT Datagram to a given
   EID-to-RLOC mapping.  The ALT provides the infrastructure that allows
   these requests to reach the authoritative ETR.

   Note that under normal circumstances Map-Replies are not sent over
   the ALT - an ETR sends a Map-Reply to the source RLOC learned from
   the original Map-Request.  There may be scenarios, perhaps to
   encourage caching of EID-to-RLOC mappings by ALT Routers, where Map-
   Replies could be sent over the ALT or where a "first-hop" ALT router
   might modify the originating RLOC on a Map-Request received from an
   ITR to force the Map-Reply to be returned to the "first-hop" ALT
   Router.  These cases will not be supported by initial LISP+ALT
   implementations but may be subject to future experimentation.

   ALT Routers propagate path information via BGP ([RFC4271]) that is
   used by ITRs to send ALT Datagrams toward the appropriate ETR for
   each EID-prefix.  BGP is run on the inter-ALT Router links, and
   possibly between an edge ("last hop") ALT Router and an ETR or
   between an edge ("first hop") ALT Router and an ITR.  The ALT BGP RIB
   consists of aggregated EID-prefixes and their next hops toward the
   authoritative ETR for that EID-prefix.

5.1.  Changes to ITR behavior with LISP+ALT

   As previously described, an ITR will usually use the Map Resolver
   interface and will send its Map Requests to a Map Resolver.  When an
   ITR instead connects via tunnels and BGP to the ALT, it sends ALT
   Datagrams to one of its "upstream" ALT Routers; these are sent only
   to obtain new EID-to-RLOC mappings - RLOC probe and cache TTL refresh
   Map-Requests are not sent on the ALT.  As in basic LISP, it should
   use one of its RLOCs as the source address of these queries; it
   should not use a tunnel interface as the source address as doing so
   will cause replies to be forwarded over the tunneled topology and may
   be problematic if the tunnel interface address is not routed
   throughout the ALT.  If the ITR is running BGP with the LISP+ALT
   router(s), it selects the appropriate ALT Router based on the BGP
   information received.  If it is not running BGP, it uses a
   statically-configued ALT Default Route to select an ALT Router.

5.2.  Changes to ETR behavior with LISP+ALT

   As previously described, an ETR will usually use the Map Server
   interface (see [LISP-MS]) and will register its EID-prefixes with its
   configured Map Servers.  When an ETR instead connects using BGP to
   one or more ALT Routers, it announces its EID-prefix(es) to those ALT
   Routers.  Note that when an ETR generates a Map-Reply message to
   return to a querying ITR, it sends it to the ITR's source-RLOC (i.e.,
   on the underlying Internet topology, not on the ALT; this avoids any
   latency penalty (or "stretch") that might be incurred by routing over
   the ALT).

6.  BGP configuration and protocol considerations

6.1.  Autonomous System Numbers (ASNs) in LISP+ALT

   The primary use of BGP today is to define the global Internet routing
   topology in terms of its participants, known as Autonomous Systems.
   LISP+ALT specifies the use of BGP to create a global overlay network
   (the ALT) for finding EID-to-RLOC mappings.  While related to the
   global routing database, the ALT serves a very different purpose and
   is organized into a very different hierarchy.  Because LISP+ALT does
   use BGP, however, it uses ASNs in the paths that are propagated among
   ALT Routers.  To avoid confusion, it needs to be stressed that that
   these LISP+ALT ASNs use a new numbering space that is unrelated to
   the ASNs used by the global routing system.  Exactly how this new
   space will be assigned and managed will be determined during the
   deployment of LISP+ALT.

   Note that the ALT Routers that make up the "core" of the ALT will not
   be associated with any existing core-Internet ASN because the ALT
   topology is completely separate from, and independent of, the global
   Internet routing system.

6.2.  Sub-Address Family Identifier (SAFI) for LISP+ALT

   As defined by this document, LISP+ALT may be implemented using BGP
   without modification.  Given the fundamental operational difference
   between propagating global Internet routing information (the current
   dominant use of BGP) and creating an overlay network for finding EID-
   to-RLOC mappings (the use of BGP proposed by this document), it may
   be desirable to assign a new SAFI [RFC4760] to prevent operational
   confusion and difficulties, including the inadvertent leaking of
   information from one domain to the other.  Use of a separate SAFI
   would make it easier to debug many operational problems but would
   come at a significant cost: unmodified, off-the-shelf routers which
   do not understand the new SAFI could not be used to build any part of
   the ALT network.  At present, this document does not request the
   assignment of a new SAFI; additional experimentation may suggest the
   need for one in the future.

7.  EID-prefix Aggregation

   The ALT BGP peering topology should be arranged in a tree-like
   fashion (with some meshiness), with redundancy to deal with node and
   link failures.  A basic assumption is that as long as the routers are
   up and running, the underlying Internet will provide alternative
   routes to maintain BGP connectivity among ALT Routers.

   Note that, as mentioned in Section 4.2, the use of BGP by LISP+ALT
   requires that information only be aggregated where all active more-
   specific prefixes of a generated aggregate prefix are known.  This is
   no different than the way that BGP route aggregation works in the
   existing global routing system: a service provider only generates an
   aggregate route if it is configured to learn to all prefixes that
   make up that aggregate.

7.1.  Stability of the ALT

   It is worth noting that LISP+ALT does not directly propagate EID-to-
   RLOC mappings.  What it does is provide a mechanism for an ITR to
   commonicate with the ETR that holds the mapping for a particular EID-
   prefix.  This distinction is important when considering the stability
   of BGP on the ALT network as compared to the global routing system.
   It also has implications for how site-specific EID-prefix information
   may be used by LISP but not propagated by LISP+ALT (see Section 7.2
   below).

   RLOC prefixes are not propagated through the ALT so their
   reachability is not determined through use of LISP+ALT.  Instead,
   reachability of RLOCs is learned through the LISP ITR-ETR exchange.
   This means that link failures or other service disruptions that may
   cause the reachability of an RLOC to change are not known to the ALT.
   Changes to the presence of an EID-prefix on the ALT occur much less
   frequently: only at subscription time or in the event of a failure of
   the ALT infrastructure itself.  This means that "flapping" (frequent
   BGP updates and withdrawals due to prefix state changes) is not
   likely and mapping information cannot become "stale" due to slow
   propagation through the ALT BGP mesh.

7.2.  Traffic engineering using LISP

   Since an ITR learns an EID-to-RLOC mapping directly from the ETR that
   owns it, it is possible to perform site-to-site traffic engineering
   by setting the preference and/or weight fields, and by including
   more-specific EID-to-RLOC information in Map-Reply messages.

   This is a powerful mechanism that can conceivably replace the
   traditional practice of routing prefix deaggregation for traffic
   engineering purposes.  Rather than propagating more-specific
   information into the global routing system for local- or regional-
   optimization of traffic flows, such more-specific information can be
   exchanged, through LISP (not LISP+ALT), on an as-needed basis between
   only those ITRs/ETRs (and, thus, site pairs) that need it.  Should a
   receiving ITR decide that it does not wish to store such more-
   specific information, it has the option of discarding it as long as a
   shorter, covering EID-prefix exists.  Such an exchange of "more-
   specifics" between sites facilitates traffic engineering, by allowing
   richer and more fine-grained policies to be applied without
   advertising additional prefixes into either the ALT or the global
   routing system.

   Note that these new traffic engineering capabilities are an attribute
   of LISP and are not specific to LISP+ALT; discussion is included here
   because the BGP-based global routing system has traditionally used
   propagation of more-specific routes as a crude form of traffic
   engineering.

7.3.  Edge aggregation and dampening

   Normal BGP best common practices apply to the ALT network.  In
   particular, first-hop ALT Routers will aggregate EID prefixes and
   dampen changes to them in the face of excessive updates.  Since EID-
   prefix assignments are not expected to change as frequently as global
   routing BGP prefix reachability, such dampening should be very rare,
   and might be worthy of logging as an exceptional event.  It is again
   worth noting that the ALT carries only EID-prefixes, used to
   construct BGP paths to their owning ETRs; it does not carry
   reachability about RLOCs.  In addition, EID-prefix information may be
   aggregated as the topology and address assignment hierarchy allow.
   Since the topology is all tunneled and can be modified as needed,
   reasonably good aggregation should be possible.  In addition, since
   most ETRs are expected to connect to the ALT using the Map Server
   interface, Map Servers will implement a natural "edge" for the ALT
   where dampening and aggregation can be applied.  For these reasons,
   the set of prefix information on the ALT can be expected to be both
   better aggregated and considerably less volatile than the actual EID-
   to-RLOC mappings.

7.4.  EID assignment flexibility vs. ALT scaling

   There are major open questions regarding how the ALT will be deployed
   and what organization(s) will operate it.  In a simple, non-
   distributed world, centralized administration of EID prefix
   assignment and ALT network design would facilitate a well- aggregated
   ALT routing system.  Business and other realities will likely result
   in a more complex, distributed system involving multiple levels of
   prefix delegation, multiple operators of parts of the ALT
   infrastructure, and a combination of competition and cooperation
   among the participants.  In addition, re-use of existing IP address
   assignments, both "PI" and "PA", to avoid renumbering when sites
   transition to LISP will further complicate the processes of building
   and operating the ALT.

   A number of conflicting considerations need to be kept in mind when
   designing and building the ALT.  Among them are:

   1.  Target ALT routing state size and level of aggregation.  As
       described in Section 7.1, the ALT should not suffer from some of
       the performance constraints or stability issues as the Internet
       global routing system, so some reasonable level of deaggregation
       and increased number of EID prefixes beyond what might be
       considered ideal should be acceptable.  That said, measures, such
       as tunnel rehoming to preserve aggregation when sites move from
       one mapping provider to another and implementing aggregation at
       multiple levels in the hierarchy to collapse de-aggregation at
       lower levels, should be taken to reduce unnecessary explosion of
       ALT routing state.

   2.  Number of operators of parts of the ALT and how they will be
       organized (hierarchical delegation vs. shared administration).
       This will determine not only how EID prefixes are assigned but
       also how tunnels are configured and how EID prefixes can be
       aggregated between different parts of the ALT.

   3.  Number of connections between different parts of the ALT.  Trade-
       offs will need to be made among resilience, performance, and
       placement of aggregation boundaries.

   4.  EID prefix portability between competing operators of RLOCs is learned through the ALT
       infrastructure.  A significant benefit for an end-site to adopt
       LISP ITR-ETR
   exchange so "flapping" is the availability of state information through BGP EID space that is not likely
   nor can mapping information become "stale" by slow propagation
   through the ALT BGP mesh.  Second, by deferring EID-to-RLOC mapping tied to an ITR-ETR exchange, a
       specific connectivity provider; it is possible important to ensure that an
       end site doesn't trade lock-in to perform site-to-site
   traffic engineering through a combination connectivity provider for
       lock-in to a provider of setting the preference
   and weight fields and by returning more-specific EID-to-RLOC
   information in LISP Map-Reply messages. its EID assignment, ALT connectivity, or
       Map Server facilities.

   This is, by no means, and exhaustive list.

   While resolving these issues is a powerful mechanism
   that can conceivably replace beyond the traditional practice scope of routing
   prefix deaggregation for traffic engineering purposes.  Rather than
   propagating more-specific information into this document,
   the global routing system
   for local- or regional-optimization of traffic flows, such more-
   specific information can be exchanged, through LISP (not LISP+ALT),
   on an as-needed basis between only those ITRs/ETRs (and, thus, site
   pairs) that need it; should a receiving ITR decide authors recommend that it does not
   wish to store existing distributed resource structures,
   such more-specific information, it has the option of
   discarding it as long as a shorter, covering EID prefix exists.  Not
   only does this greatly improve the scalability of the global routing
   system but it also allows improved traffic engineering techniques by
   allowing richer IANA/Regional Internet Registries and more fine-grained policies to the ICANN/Domain
   Registrar, be applied.

9. carefully considered when designing and deploying the
   ALT infrastructure.

8.  Connecting sites to the ALT network

9.1.

8.1.  ETRs originating information into the ALT

   EID prefix

   EID-prefix information is originated into the ALT by two three different
   mechanisms:

   eBGP:  An ETR may

   Map Server:  In most cases, a site will configure its ETR(s) to
      register with one or more Map Servers (see [LISP-MS]), and does
      not participate directly in the ALT.

   BGP:  For a site requiring complex control over their EID-prefix
      origination into the ALT, an ETR may connect to the LISP+ALT
      overlay network by running eBGP BGP to one or more LISP+ALT router(s) ALT Router(s) over GRE
      tunnel(s).
      In this case, the  The ETR advertises reachability for its EID prefixes EID-prefixes
      over these eBGP BGP connection(s).  The LISP+ALT router(s) edge ALT Router(s) that
      receive(s) these prefixes then propagate(s) them into the ALT.
      Here the ETR is simply an eBGP BGP peer of LISP+ALT router(s) ALT Router(s) at the edge of
      the ALT.  Where possible, a LISP+ALT router an ALT Router that receives
      EID prefixes EID-prefixes
      from an ETR via eBGP BGP should aggregate that information.

   Configuration:  One or more LISP+ALT router(s) ALT Router(s) may be configured to
      originate an EID prefix EID-prefix on behalf of the non-BGP-speaking ETR that
      is authoritative for a prefix.  As in the case above, the ETR is
      connected to LISP+ALT router(s) ALT Router(s) using GRE tunnel(s) but rather than BGP
      being used, the LISP+ALT router(s) ALT Router(s) are configured with what are in
      effect "static routes" for the EID prefixes EID-prefixes "owned" by the ETR.
      The GRE tunnel is used to route Map-Requests to the ETR
      (if necessary), and for the ETR to respond with Map-Replies.  Of
      course, the LISP+ALT router could also serve as a proxy for its
      TCP-connected ETRs. ETR.

   Note:  in both all cases, an ETR may have connections register to multiple Map Servers or
      connect to multiple
      LISP+ALT routers ALT Routers for the following reasons:

      *  redundancy, so that a particular ETR is still reachable through
         the ALT even if
         one path or tunnel is unavailable.

      *  to connect to different parts of the ALT hierarchy if the ETR
         "owns" multiple EID-to-RLOC mappings for EID prefixes EID-prefixes that
         cannot be aggregated by the same LISP+ALT router ALT Router (i.e. are not
         topologically "close" to each other in the ALT).

9.2.

8.2.  ITRs Receiving Information from Using the ALT

   In order to source Map-Requests to the ALT and receive Map-Replies
   from the ALT, or common configuration, an ITR does not need to route a Data Probe packet over know anything
   about the ALT, each ITR
   participating in the ALT establishes a connection since it sends Map-Requests to one or more
   LISP+ALT routers.  These connections can be either eBGP or TCP (as
   described above).

   In the case in which the ITR of its configured
   Map-Resolvers (see [LISP-MS]).  There are two exceptional cases:

   Static default:  If a Map Resolver is running eBGP, the peer LISP+ALT
   routers use these connections to advertise highly aggregated EID-
   prefixes to the peer ITRs.  The not available but an ITR then installs the received
   prefixes into a forwarding table that is used to to send LISP Map-
   Requests
      adjacent to the appropriate LISP+ALT router.  In most cases, a LISP+ an ALT router will send Router (either over a default mapping to its client ITRs so that
   they can send request for any EID prefix into the ALT.

   In the case in which the ITR is connected to some set of LISP+ALT
   routers without eBGP, common subnet or through
      the ITR sends Map-Requests to any use of its
   connected LISP+ALT routers, and receives Map-Replies from the LISP+ a tunnel), it can use an ALT Default Route route to
      cause all ALT router Datagrams to be sent that has the "shortest path" ALT Router.  This case is
      expected to the authoritative ETR.

   An ITR be rare.

   Connection to ALT:  A site with complex Internet connectivity needs
      may also choose need more fine-grained distinction between traffic to send the first few data packets over the
   ALT LISP-
      capable and non-LISP-capable sites.  Such a site may configure
      each of its ITRs to minimize packet loss connect directly to the ALT, using a tunnel
      and reduce mapping latency. BGP connection.  In this case, the data packet serves as a mapping probe (Data Probe) and the
   ETR which receives the data packet (over the ALT) responds with a
   Map-Reply that is either routed back over ITR will receive EID-prefix
      routes from its BGP connection to the ALT or Router and will LISP-
      encapsulate and send ALT Datagrams through the tunnel to the
   ITR's source-RLOC over ALT
      Router.  Traffic to other destinations may be forwarded (without
      LISP encapsulation) to non-LISP next-hop routers that the underlying topology. ITR
      knows.

      In general, an ITR will establish connections that connects to the ALT does so only to LISP+ALT
   routers to ALT
      Routers at the "edge" of the ALT (typically two for redundancy) but
   there may also redundancy).
      There may, though, be situations where an ITR would connect to
      other
   LISP+ALT routers ALT Routers to receive additional, shorter path information
      about a portion of the ALT of interest to it.  This can be
      accomplished by establishing GRE tunnels between the ITR and the
      set of LISP+ALT routers ALT Routers with the additional information.  This is a
      purely local policy issue between the ITR and the LISP+ALT routers ALT Routers in
      question.

10.

   As described in [LISP-MS], Map-Resolvers do not accept or forward
   Data Probes; in the rare scenario that an ITR does support and
   originate Data Probes, it must do so using one of the exceptional
   configurations described above.  Note that the use of Data Probes is
   discouraged at this time (see Section 3.3).

9.  IANA Considerations

   This document makes no request of the IANA.

11.

10.  Security Considerations

   LISP+ALT shares many of the security characteristics of BGP.  Its
   security mechanisms are comprised of existing technologies in wide
   operational use today.  Securing LISP+ALT is much simpler than today, so securing BGP.

   Compared to BGP, LISP+ALT routers are not topologically bound,
   allowing them to the ALT should be put in locations away from mostly a matter
   of applying the vulnerable AS
   border (unlike eBGP speakers).

11.1. same technology that is used to secure the BGP-based
   global routing system (see Section 10.3 below).

10.1.  Apparent LISP+ALT Vulnerabilities

   This section briefly lists of the apparent known potential vulnerabilities of LISP+
   ALT. of
   LISP+ALT.

   Mapping Integrity:  Can an attacker insert bogus mappings to black-
      hole (create a DoS) Denial-of-Service, or DoS attack) or intercept LISP
      data-plane packets?

   LISP+ALT router

   ALT Router Availability:  Can an attacker DoS the LISP+ALT
      routers ALT Routers
      connected to a given ETR? without access to  If a site's ETR cannot advertise its
      EID-to-RLOC mappings,
      a the site is essentially unavailable.

   ITR Mapping/Resources:  Can an attacker force an ITR or LISP+ALT
      router ALT Router to
      drop legitimate mapping requests by flooding it with random
      destinations that for which it will have to query for. generate large numbers of Map-
      Requests and fill its mapping cache?  Further study is required to
      see the impact of admission control on the overlay network.

   EID Map-Request Exploits for Reconnaissance:  Can an attacker learn
      about a LISP destination sites' site's TE policy by sending legitimate mapping
      requests messages and then observing the RLOC mapping replies?  Is this
      information useful in attacking or subverting peer relationships?
      Note that any public LISP 1.0 has a mapping database will have similar data-plane data-
      plane reconnaissance issue.

   Scaling of LISP+ALT router ALT Router Resources:  Paths through the ALT may be of
      lesser bandwidth than more "direct" paths; this may make them more
      prone to high-volume denial-of-service attacks.  For this reason,
      all components of the ALT (ETRs and ALT Routers) should be
      prepared to rate-limit traffic (ALT Datagrams) that could be
      received across the ALT.

   UDP Map-Reply from ETR:  If  Since Map-Replies packets are sent directly from the
      ETR to the ITR's RLOC, the ITR's RLOC may be vulnerable to various
      types of DoS attacks.

11.2. attacks (this is a general property of LISP, not an
      LISP+ALT vulnerability).

   More-specific prefix leakage:  Because EID-prefixes on the ALT are
      expected to be fairly well-aggregated and EID-prefixes propagated
      out to the global Internet (see [LISP-IW] much more so, accidental
      leaking or malicious advertisement of an EID-prefix into the
      global routing system could cause traffic redirection away from a
      LISP site.  This is not really a new problem, though, and its
      solution can only be achieved by much more strict prefix filtering
      and authentication on the global routing system.

10.2.  Survey of LISP+ALT Security Mechanisms

   Explicit peering:  The devices themselves can both prioritize
      incoming packets packets, as well as potentially do key checks in hardware
      to protect the control plane.

   Use of TCP to connect elements:  This makes it difficult for third
      parties to inject packets.

   Use of HMAC Protected TCP BGP/TCP Connections:  HMAC is used to verify
      message integrity and authenticity, making it nearly impossible
      for third party devices to either insert or modify messages.

   Message Sequence Numbers and Nonce Values in Messages:  This allows
      for devices
      an ITR to verify that the mapping-reply packet was Map-Reply from an ETR is in response to the mapping-request
      a Map-Request originated by that they sent.

11.3.  Using existing ITR (this is a general property
      of LISP; LISP+ALT does not change this behavior).

10.3.  Use of new IETF standard BGP Security mechanisms

   LISP+ALT's use of BGP allows for the ALT to take advantage of BGP
   security features designed for existing Internet BGP use.

   For example, should either sBGP S-BGP [I-D.murphy-bgp-secr] or soBGP
   [I-D.white-sobgparchitecture] become widely deployed it expected that
   LISP+ALT could use these mechanisms to provide authentication of EID-
   to-RLOC mappings, and EID origination.

12.

11.  Acknowledgments

   Many

   The authors would like to specially thank J. Noel Chiappa who was a
   key contributer to the design of the LISP-CONS mapping database (many
   ideas described in this document were developed during
   detailed discussions with Scott Brim from which made their way into LISP+ALT) and Darrel Lewis, who made many
   insightful comments on earlier versions of this document.

13. has continued
   to provide invaluable insight as the LISP effort has evolved.  Others
   who have provided valuable contributions include John Zwiebel, Hannu
   Flinck, Amit Jain, John Scudder, and Scott Brim.

12.  References

13.1.

12.1.  Normative References

   [RFC2119]  Bradner, S., "Key words for use

   [LISP]     Farinacci, D., Fuller, V., Meyer, D., and D. Lewis,
              "Locator/ID Separation Protocol (LISP)",
              draft-ietf-lisp-06.txt (work in progress), January 2010.

   [LISP-MS]  Fuller, V. and D. Farinacci, "LISP Map Server",
              draft-ietf-lisp-ms-04.txt (work in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119, March 1997. progress),
              October 2009.

   [RFC2784]  Farinacci, D., Li, T., Hanks, S., Meyer, D., and P.
              Traina, "Generic Routing Encapsulation (GRE)", RFC 2784,
              March 2000.

   [RFC2858]  Bates, T., Rekhter, Y., Chandra, R., and D. Katz,
              "Multiprotocol Extensions for BGP-4", RFC 2858, June 2000.

   [RFC4271]  Rekhter, Y., Li, T., and S. Hares, "A Border Gateway
              Protocol 4 (BGP-4)", RFC 4271, January 2006.

   [RFC4632]  Fuller, V. and T. Li, "Classless Inter-domain Routing
              (CIDR): The Internet Address Assignment and Aggregation
              Plan", BCP 122, RFC 4632, August 2006.

13.2.

   [RFC4760]  Bates, T., Chandra, R., Katz, D., and Y. Rekhter,
              "Multiprotocol Extensions for BGP-4", RFC 4760,
              January 2007.

12.2.  Informative References

   [I-D.murphy-bgp-secr]
              Murphy, S., "BGP Security Analysis",
              draft-murphy-bgp-secr-04 (work in progress),
              November 2001.

   [I-D.white-sobgparchitecture]
              White, R., "Architecture and Deployment Considerations for
              Secure Origin BGP (soBGP)",
              draft-white-sobgparchitecture-00 (work in progress),
              May 2004.

   [LISP]     Farinacci,

   [LISP-IW]  Lewis, D., Oran, Meyer, D., Farinacci, D., and V. Fuller, V.,
              "Interworking LISP with IPv4 and D. Meyer,
              "Locator/ID Separation Protocol (LISP)",
              draft-farinacci-lisp-07.txt ipv6",
              draft-ietf-lisp-interworking-02.txt (work in progress),
              November 2007.
              February 2010.

Authors' Addresses

   Dino Farinacci

   Vince Fuller
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dino@cisco.com

   Vince Fuller vaf@cisco.com

   Dino Farinacci
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: vaf@cisco.com dino@cisco.com

   Dave Meyer
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: dmm@cisco.com

Full Copyright Statement

   Copyright (C) The IETF Trust (2008).

   This document is subject to the rights, licenses and restrictions
   contained in BCP 78, and except as set forth therein, the authors
   retain all their rights.

   This document and the information contained herein are provided on an
   "AS IS" basis and THE CONTRIBUTOR, THE ORGANIZATION HE/SHE REPRESENTS
   OR IS SPONSORED BY (IF ANY), THE INTERNET SOCIETY, THE IETF TRUST AND
   THE INTERNET ENGINEERING TASK FORCE DISCLAIM ALL WARRANTIES, EXPRESS
   OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTY THAT THE USE OF
   THE INFORMATION HEREIN WILL NOT INFRINGE ANY RIGHTS OR ANY IMPLIED
   WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.

Intellectual Property

   The IETF takes no position regarding the validity or scope of any
   Intellectual Property Rights or other rights that might be claimed to
   pertain to the implementation or use of the technology described in
   this document or the extent to which any license under such rights
   might or might not be available; nor does it represent that it has
   made any independent effort to identify any such rights.  Information
   on the procedures with respect to rights in RFC documents can be
   found in BCP 78 and BCP 79.

   Copies of IPR disclosures made to the IETF Secretariat and any
   assurances of licenses to be made available, or the result of an
   attempt made to obtain a general license or permission for the use of
   such proprietary rights by implementers or users of this
   specification can be obtained from the IETF on-line IPR repository at
   http://www.ietf.org/ipr.

   The IETF invites any interested party to bring to its attention any
   copyrights, patents or patent applications, or other proprietary
   rights that may cover technology that may be required to implement
   this standard.  Please address the information to the IETF at
   ietf-ipr@ietf.org.

   Darrel Lewis
   Cisco
   Tasman Drive
   San Jose, CA  95134
   USA

   Email: darlewis@cisco.com
--dDRMvlgZJXvWKvBx-- From vaf@cisco.com Tue Mar 30 12:40:49 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id 123093A6826 for ; Tue, 30 Mar 2010 12:40:49 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.092 X-Spam-Level: X-Spam-Status: No, score=-6.092 tagged_above=-999 required=5 tests=[AWL=0.777, BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id H9ni1JYO+a71 for ; Tue, 30 Mar 2010 12:40:47 -0700 (PDT) Received: from sj-iport-5.cisco.com (sj-iport-5.cisco.com [171.68.10.87]) by core3.amsl.com (Postfix) with ESMTP id DAD983A6AD3 for ; Tue, 30 Mar 2010 12:40:44 -0700 (PDT) Authentication-Results: sj-iport-5.cisco.com; dkim=neutral (message not signed) header.i=none X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AvsEADPwsUurRN+K/2dsb2JhbACbL3GnOYp3jiKFAASDIIkI X-IronPort-AV: E=Sophos;i="4.51,336,1267401600"; d="scan'208";a="174773549" Received: from sj-core-4.cisco.com ([171.68.223.138]) by sj-iport-5.cisco.com with ESMTP; 30 Mar 2010 19:41:14 +0000 Received: from vaf-mac1.cisco.com (vaf-mac1.cisco.com [128.107.165.254]) by sj-core-4.cisco.com (8.13.8/8.14.3) with ESMTP id o2UJfEKr014343; Tue, 30 Mar 2010 19:41:14 GMT Received: by vaf-mac1.cisco.com (Postfix, from userid 113818) id 27146129496; Tue, 30 Mar 2010 12:41:15 -0700 (PDT) Date: Tue, 30 Mar 2010 12:41:15 -0700 From: Vince Fuller To: Jari Arkko Message-ID: <20100330194115.GA35294@vaf-mac1.cisco.com> References: <4BA7D866.70903@piuha.net> Mime-Version: 1.0 Content-Type: text/plain; charset=us-ascii Content-Disposition: inline In-Reply-To: <4BA7D866.70903@piuha.net> User-Agent: Mutt/1.4.2.3i Cc: draft-ietf-lisp-ms@tools.ietf.org, lisp@ietf.org Subject: Re: [lisp] comments on lisp-ms X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 30 Mar 2010 19:40:49 -0000 Hi Jari- Thanks for your review and comments on the LISP-MS draft. > In general, the document looks good and I have no major issues beyond > the security mechanism. > > Technical: > > >A Map-Register message includes > >authentication data, so prior to sending a Map-Register message, the > >ETR and Map-Server must be configured with a secret shared-key. In > >addition, a Map-Server will typically perform additional verification > >checks, such as matching any EID-prefix listed in a Map-Register > >message against a list of prefixes for which the ETR is known to be > >an authoritative source. > > This seems weak in a number of ways. First, shouldn't there be some RFC > 2119 language that makes it clear exactly what aspects of this are > required? This may also apply to other aspects of the document. Or are > there other documents that have the normative specifications? > > Second, I think we should at the very least require that the additional > verification is mandatory. And it needs to be spelled out in more exact > terms, not with "such as". The LISP authors have generally tried to err on the side of designing the protocols to be deployable rather than mandating very high security. The history of the IETF and of the Internet is littered with examples of protocols that were designed with very strict security requirements that rendered them undeployable or unusable in the real world. On the other hand, protocols that initially offered little or no security (DNS, BGP, HTTP, etc.) enjoyed successful, operational deployment and were later modifed to incrementally add security mechanisms as needed. For initial deployment, we believe it would be better to build something that has relatively simple, common-sense security checks in place, experiment with adding additional security measures, and use the results of that experimentation to when it comes time to move LISP to the standards track. The current implementation of the Map Server interface does support MS verification of EID prefix registration and we do configure that today on the pilot LISP network. I can certainly modify the existing document text to encourage such a check but am uncomfortable mandating it for experimental use of LISP. As for RFC2119 langue - is it even appropriate to use that for an experimental RFC? During the Routing Directorate review of the ALT document, I had an exchange with John Scudder on this topic and wound up removing all RFC2119 references and language from that document. > Third, the security considerations need to be clear about the security > properties of this. What it can do and what it cannot do. In particular, > if there is no additional verification then a local ETR can claim EID > space that it does not own, and the Map-Server will happily distribute > this to the world. If I modify the existing text to encourage prefix verification by the MS, I will also state that failure to do so does create a vulnerability. > Fourth, personally I would prefer to see a mechanism that allowed global > verification of EID ownership. I believe this would be almost as easy to > implement and and far easier to deploy than the current security model. > Perhaps something SIDR like. ALT, being BGP-based, is quite amenable to use of SIDR (once implementation and infrastructure are widely available) and the ALT document specifically mentions that ALT can use existing BGP-based security mechanisms. I'm not averse to suggesting that the MS/MR infrastructure be similarly protected and would welcome both suggested text and an idea of where you think it belongs in the document. > >Note that Map-Server associations with ETRs > >should NOT use anycast addresses as doing so could cause > >unpredictable forwarding of Map-Requests to the ETRs. > > > > I do not understand this. If the Map-Servers are on an anycast address, > how does this affect forwarding to the ETRs? The ETRs are still on > unicast addresses... EID registration from an ETR to a Map Server needs to be deterministic. In other worse, a specific ETR must know that it is registering to a specific MS. Using an anycast address for the Map-Register packets would not be deterministic. I can certainly adjust the existing text if this isn't clear (and, as always, would welcome suggested improved text). > >A key-chaining scheme may also be employed to facilitate > > re-keying as needed. > > > This is a weak statement. If we have a chaining scheme to point to, lets > reference it and say it SHOULD/MUST be supported. If not, maybe we can > just say "A key-chaining scheme may be developed in the future as an > extension of this specification." If we say the latter, we should also > document the implications in the security considerations section. This is a good idea and I will add it to the next rev of the document. Not being a security expert, though, I'm not really sure how the new text in the security considerations section should read. Suggested text? > Missing things: > > - Is there some discussion somewhere about propagating changes to > mapping data. AFAICT, caching Map-Resolvers and ITRs both store data for > some amount of time. Can a change be propagated to them, or is this > something that is not necessary based on some assumptions about the > dynamics of the network? There is no explicit "push" mechanism for propagating changes. Instead, we rely on Map-Reply TTLs as a signal for how often ITRs should refresh cached information. The upcoming -07 version of the base LISP spec is expected to include a new mapping entry versioning mechanism which will be used, in combination with Solicit Map Request indication, to allow ITRs and PITRs to more rapidly learn about invalid cache entries. Note that our early experimentation with caching Map-Resolvers suggests that they may be problematic for a number of reasons. That is one reason why the current document is vague on the use of caching by a Map-Resolver: it mentions the possibility but does not encourage it. > - Also, Map-Servers get updated with fresh information every minute. > Perhaps the document should state that this puts a limit on how fast the > information can change. Note that I'm not trying to argue that you > should design the system for higher speed of change, I'm just asking for > the characteristics of the design to be described. This is a good suggestion. The authors will need to mull it over a bit, particularly given the pending changes to the LISP spec for versioning. > - There should probably be an operational considerations section, to > talk about things like configurable parameters. Good suggestion and something that we can hopefully add once we have a little more operational experience with the pilot network. > - What issues do we expect the experiment to resolve? It would be good > to document what implications of the design we do not currently fully > understand. Ultimately, we hope that the experiment will demonstrate that ID/locator separation using LISP is both useful (it facilitates ubiquitous site multihoming while at the same time improving the scalability of the routing system, etc.) and feasible (the needed infrastructure can be built and operated, etc.). I'm not sure how to better quantify this, though. Can you offer suggested text? > Editorial: > > The document would benefit from a more systematic description of what > the different message types, encapsulation modes, and src/dst addresses > are. I had trouble following what addresses each message has in all > cases, for instance. We have chosen to document all of the message types, use of RLOC vs. EID in packet headers, etc. in the base LISP specification, which is why it is normative for all of the other LISP drafts. We feel that centralizing those definitions in one place rather than spreading them throughout the different components of LISP is more straightforward. The downside is, of course, that reading and understanding the base spec is a prerequisite for reading and understanding the others. Do you feel that this is not a valid approach and that we should append certain material to all of the LISP specs, perhaps as a new appendic to each? That would seem unweildy from a change control point of view. Thanks for catching all of the typos and other editorial issues - I have fixed them all in the master copy of the next document revision. --Vince From luigi@net.t-labs.tu-berlin.de Wed Mar 31 03:56:17 2010 Return-Path: X-Original-To: lisp@core3.amsl.com Delivered-To: lisp@core3.amsl.com Received: from localhost (localhost [127.0.0.1]) by core3.amsl.com (Postfix) with ESMTP id DE5AB3A6921 for ; Wed, 31 Mar 2010 03:56:17 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 2.366 X-Spam-Level: ** X-Spam-Status: No, score=2.366 tagged_above=-999 required=5 tests=[BAYES_50=0.001, DNS_FROM_OPENWHOIS=1.13, HELO_EQ_DE=0.35, HTML_FONT_FACE_BAD=0.884, HTML_MESSAGE=0.001] Received: from mail.ietf.org ([64.170.98.32]) by localhost (core3.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id qU4OP3Tgz42c for ; Wed, 31 Mar 2010 03:56:17 -0700 (PDT) Received: from mail.net.t-labs.tu-berlin.de (mail.net.t-labs.tu-berlin.de [130.149.220.252]) by core3.amsl.com (Postfix) with ESMTP id 7E9823A67D9 for ; Wed, 31 Mar 2010 03:56:16 -0700 (PDT) Received: from [192.168.2.101] (p4FC25AE6.dip.t-dialin.net [79.194.90.230]) by mail.net.t-labs.tu-berlin.de (Postfix) with ESMTP id 36EBE70002FD; Wed, 31 Mar 2010 12:56:46 +0200 (CEST) From: Luigi Iannone Content-Type: multipart/alternative; boundary=Apple-Mail-1--331970677 Date: Wed, 31 Mar 2010 12:56:45 +0200 Message-Id: <2164666C-8675-4192-AB0D-A33C8B177A28@net.t-labs.tu-berlin.de> To: lisp@ietf.org Mime-Version: 1.0 (Apple Message framework v1078) X-Mailer: Apple Mail (2.1078) Subject: [lisp] Map-Versioning X-BeenThere: lisp@ietf.org X-Mailman-Version: 2.1.9 Precedence: list List-Id: List for the discussion of the Locator/ID Separation Protocol List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 31 Mar 2010 10:56:18 -0000 --Apple-Mail-1--331970677 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii Hi All, As a result of the meeting last week there was agreement among the = version-numbering and version hashing proponents in adopting the = versioning solution as defined in = draft-iannone-mapping-versioning-01.txt (which includes Source = Map-Version and ordering in the different versions) w.r.t. the hashing = versioning. However, modifications are needed in the lisp specific header format in = order to accommodate the Instance Bit (I-bit) and the related field that = goes in the second 32-bits of the header. For this reason we propose to modify the header format definition to = include versioning in the following way: 0 x 0 1 x +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |N|L|E|V|I|flags| Source Map-Version |Destination Map-Version| +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Instance ID / Locator Status Bits | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ When the V-bit is set the low-order 24-bits of the first longword (which = usually contains the nonce) are used transport both source and = destination Map-Versions. In particular the first 12 bits are used for = Source Map-Version and the second 12 bits for the Destination = Map-Version. 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | | Record TTL | | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ R | Locator Count | EID mask-len | ACT |A| Reserved | e +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ c | Rsvd | Map-Version Number | EID- AFI | o +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ r | EID-prefix | d +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | /| Priority | Weight | M Priority | M Weight | | / +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ |Loc| Unused Flags |R| Loc-AFI | | \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | \| Locator | +-> +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ In order to maintain all packets format definition in one document the = header format will be integrated in the main spec (draft-ietf-lisp-07) = while all the description of how to use Map-Version will be concentrated = in the original mapping versioning draft (which of course will be = updated accordingly to these changes). Any objection or comment from the group? Luigi= --Apple-Mail-1--331970677 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=us-ascii Hi = All,

As a result of the = meeting last week there was agreement among the version-numbering and = version hashing proponents in adopting the versioning solution = as defined in draft-iannone-mapping-versioning-01.txt (which = includes Source Map-Version and ordering in the different versions) = w.r.t. the hashing versioning.

However, modifications = are needed in the lisp specific header format in order to accommodate = the Instance Bit (I-bit) and the related field that goes in the = second 32-bits of the header.

For this reason we = propose to modify the header format definition to include versioning in = the following way:

0 x 0 1 x
+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
|N|L|E|V|I|flags|   Source Map-Version =  |Destination Map-Version|
+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
|             =        Instance ID / Locator Status Bits   =        |
+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+


When the V-bit is set the = low-order 24-bits of the first longword (which usually contains the = nonce) are used transport both source and destination Map-Versions. = In particular the first 12 bits are used for Source Map-Version and = the second 12 bits for the Destination = Map-Version.


      0     =               1       =             2         =           3
   =     0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 = 9 0 1
  +-> = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  |   |             =              Record  TTL   =                     =    |
  | =   = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  R   | Locator Count | EID mask-len  | ACT = |A|    Reserved           = |
  e   = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  c   | Rsvd  |  Map-Version Number =   |            EID- AFI     =       |
  o =   = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  r   |             =              EID-prefix     =                     =   |
  d   = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  |  /|    Priority   |   =  Weight     |  M Priority   |   M Weight =    |
  | / = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  |Loc|      Unused Flags     =       |R|           Loc-AFI =             = |
  | \ = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
  |  \|             =                 Locator   =                     =     |
  +-> = +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+


In order to maintain all packets = format definition in one document the header format will be integrated = in the main spec (draft-ietf-lisp-07) while all the description of = how to use Map-Version will be concentrated in the  original = mapping versioning draft (which of course will be updated = accordingly to these changes).

Any objection or = comment from the group?


Luigi
= --Apple-Mail-1--331970677--