From lily.l.yang@intel.com Thu Apr 1 00:18:08 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 31 Mar 2004 16:18:08 -0800 Subject: [Capwap] CAPWAP Design Team teleconference minutes 03/31/2004 Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4148@orsmsx408.jf.intel.com> Note: The functional mapping matrix mentioned here will be posted to the = web site very soon. ----------------------------------- CAPWAP Design Team teleconference minutes 03/31/2004 Attendees (5): Lily, Petros, Partha, Victor, Inderpreet Summary: It was a very productive working meeting. We discussed the following and = managed to agree on most of these. We should be able to move on to work = on the text again. 1) Terminology: we decide to include the following kinds of = terminologies in the document:=20 802.11 functions, CAPWAP functions, Wireless Termination Point (WTP), = thin AP, light weight AP, standalone AP, fat AP, mesh AP, AC, autonomous = architecture, centralized architecture, distributed architecture, split = architecture, split MAC architecture, etc. 2) Matrix: we went over each line item in the matrix. Here you can see = the new matrix reflecting the consensus from the discussions so far. = Please comment ASAP, since we will be continue our work based on this. 3) How to split: The people in this call today all like what Emek sent = out this morning on the ways to further categorize the split = architecture family. I copied the following from Emek's email and added = the 5th one for antenna AP architecture. 802.11 Termination | Distribution | Integration | Comments D | M | C | -------------------------------------------------------------------------= ------- #1. AC | AC | WTP | AC | AC | Split AP architecture: WTP tunneled 802.11 = Data and Management to AC. #2.WTP| AC | WTP | WTP | WTP | WTP tunneled 802.11 Management to AC. #3.WTP| WTP| WTP | AC | WTP | WTP and AC exchange information w.r.t. = 802.11 management frames. 802.11 Data translated to Ethernet and = tunneled to AC. #4.WTP| WTP| WTP | WTP | WTP | WTP and AC exchange information w.r.t. = 802.11 management frames. 802.11 Data translated to Ethernet and bridged = to the LAN. #5 AC | AC | AC | AC | AC | antenna architecture: where MAC is moved to = AC 4) Working plan:=20 * Lily, Petros and Emek are going to conference again today at 11am (in = 30 minutes!) to break down the work items for the draft based on the = progress we made this morning. I will send out the bridge info for that. = You are welcome to join us, but not required. * For tomorrow morning, I do have a bridge scheduled tentatively, but it = is not clear whether we need that. So I will let you know by this = afternoon whether or not we will have a conference call again tomorrow = at 8am. If you feel strongly we should have one, let me know, because = some of you didn't attend the call this morning.=20 From lily.l.yang@intel.com Thu Apr 1 02:34:19 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 31 Mar 2004 18:34:19 -0800 Subject: [Capwap] The CAPWAP functional distribution matrix is posted Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C414F@orsmsx408.jf.intel.com> It is posted at = http://www.capwap.org/CAPWAP%20Functionality%20Survey%20031.xls It is still preliminary, waiting for confirmation/modification from the = contributors. But it can give you an idea what kind of functions we are documenting = and work with for now. > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On > Behalf Of Yang, Lily L > Sent: Wednesday, March 31, 2004 4:18 PM > To: Capwap (E-mail) > Subject: [Capwap] CAPWAP Design Team teleconference minutes 03/31/2004 >=20 >=20 > Note: The functional mapping matrix mentioned here will be=20 > posted to the web site very soon. >=20 From M.Z.Cheng@mdx.ac.uk Fri Apr 2 10:27:45 2004 From: M.Z.Cheng@mdx.ac.uk (Michael Cheng) Date: Fri, 02 Apr 2004 11:27:45 +0100 Subject: [Capwap] About LWAPP's security Message-ID: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> Hi, We wrote a paper to briefly analyze the security aspect of LWAPP. If anyone is still interested in LWAPP, the paper is avaible on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf Michael Cheng From scott@airespace.com Fri Apr 2 21:39:43 2004 From: scott@airespace.com (Scott G. Kelly) Date: Fri, 02 Apr 2004 13:39:43 -0800 Subject: [Capwap] About LWAPP's security In-Reply-To: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> References: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> Message-ID: <406DDD9F.6040706@airespace.com> Hi Michael, Michael Cheng wrote: > Hi, > > We wrote a paper to briefly analyze the security aspect of LWAPP. > If anyone is still interested in LWAPP, the paper is avaible > on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf Thanks for posting this paper. After giving it a quick review, I have a few comments. I'd like to preface this by saying that this is not currently a working group item, and so this discussion is purely academic, and it may be terminatated by the wg chairs at any time. Nonetheless, I think it should hold some interest for wg members, and the paper deserves some response. In order to properly analyze the security properties of the protocol discussed in the draft, you must understand the assumptions under which the protocol operates. These were described in an internal document here, but not in detail in the lwapp draft, so you are at a disadvantage in that regard. One primary architectural assumption in the original lwapp security design was that the AP's have a direct layer 2 connection to the AR, which in our case is a switch. It is also assumed that this connection is relatively protected with regard to physical security (e.g. runs through the ceiling of your office building to your lockable server room). That is, the security protocol discussed in the draft was not designed to operate over a hostile network. I believe this was made clear in subsequent discussions on this list. In our internal analysis we concluded, as do you, that there is no significant security benefit inherent in encrypting the wep keys, since anyone who can see the encrypted lwapp channel can see the unencrypted data traffic. But try telling a customer that you're sending encryption keys over the network in the clear, but that they shouldn't worry about this. Also, in the case where an attacker can't insert himself as a MiM, there is a small security benefit: in these cases he can only eavesdrop; he cannot modify the traffic flow, whereas with compromised wep keys he could inject traffic. But this is an admittedly small benefit. There is some additional benefit in the encrypted/authenticated command channel: the AP control API is protected (including firmware downloads). This prevents the introduction of hostile firmware and/or configuration into the AP which might be used as building blocks in an attack. After related discussions on this list and the subsequent publication of the lwapp security requirements draft (expired, but still available at http://www.legra.com/downloads/IETF_Internet_Draft_LWAPP_Security.pdf ), it should be clear that the mechanism discussed in the original lwapp draft was quite limited, and is not viewed as sufficient solution for generalized lwapp security. Regarding various discussions about the authentication mechanism, you guys are mistaken in some of your assumptions. Both sides are supposed to be authenticated (not just the AR), and clearly you want to look at the IDs in the certs as part of the verification. We did not publish that level of detail in the 00 draft, but this does not mean it has not been considered. Verifying IDs implies some preconfiguration during the initial staging, but this should come as no surprise to someone experienced at deploying this sort of gear. Discussion of these points was beyond the scope of the draft, and I'm sure these issues will be addressed if this wg moves forward with an lwapp-like protocol. Scott From mmani@avaya.com Fri Apr 2 22:07:19 2004 From: mmani@avaya.com (Mani, Mahalingam (Mahalingam)) Date: Fri, 2 Apr 2004 15:07:19 -0700 Subject: [Capwap] About LWAPP's security Message-ID: Scott et al, There is no intent to discourage this discussion - being on security - even if they be only partially relevant to the current scope of the charter; as it appears to touch upon generic aspects of CAPWAP related security discussions - as well as relatable to security issues articulated in the Problem Statements draft. Regards, -mani > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On > Behalf Of Scott G. Kelly > Sent: Friday, April 02, 2004 1:40 PM > To: Michael Cheng > Cc: 'capwap@frascone.com' > Subject: Re: [Capwap] About LWAPP's security >=20 > Hi Michael, >=20 > Michael Cheng wrote: >=20 > > Hi, > > > > We wrote a paper to briefly analyze the security aspect of LWAPP. > > If anyone is still interested in LWAPP, the paper is avaible > > on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf >=20 > Thanks for posting this paper. After giving it a quick review, I have a > few comments. I'd like to preface this by saying that this is not > currently a working group item, and so this discussion is purely > academic, and it may be terminatated by the wg chairs at any time. > Nonetheless, I think it should hold some interest for wg members, and > the paper deserves some response. >=20 [...] From lily.l.yang@intel.com Sat Apr 3 03:47:48 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Fri, 2 Apr 2004 19:47:48 -0800 Subject: [Capwap] [Capwap-DT] teleconference call minutes for April 02, 2004 Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE0CDBB0@orsmsx408.jf.intel.com> Hi, all - The design team has been doing daily teleconference call for the past week to work on the CAPWAP taxonomy draft. Here below you see the meeting minutes for today. The draft is still under intense review internally by the team right now, shall be available for the CAPWAP WG to review soon. Once it is available, please help us review promptly. We would like to collect feedback and revise it by mid April, before publishing it for IEEE review. This is just a heads-up. Thank you, Lily --------------------------------------------------------------- CAPWAP Design Team Teleconference Call Minutes April 02, 2004 Attendees (8): Victor, Partha, Ajit, Petros, Inderpreet, Jim, Lily, Mani * Draft short term milestone=20 Monday (April 5): the draft should go to CAPWAP mailing list for comments and feedback M/Tu (April 12 or 13): DT document review (walk-through) to collect comments for revision Mid April (April 15?): the draft should be published and made available to IEEE for their review * Draft status update: 1) Definitions: open issues around terminology for "Split AP" and "Antenna AP". One suggestion from Partha on the latter is "Remote MAC". Along the similar vein, Lily proposed "Local MAC" for the former. We just try to get away from "AP" and are open to suggestions. 2) Introduction: Lily wanted to expand 2.4 "Topology" into "Architectural Considerations". 3) Autonomous Architecture: very weak right now. Ajit agrees to take on this section for the next week or so to add more content. 3) Split Architecture: We have lots of details here. The only missing subsection is 4.6 "Security". Inderpreet is working on that. He can help with the security subsections for other architectures too. 4) Distributed Architecture: Not much there either. Need an owner for that. Anybody intersted in this please let me know. 5) Summary and Conclusions: Very important section, unfortunately empty at the moment. So we need to have someone owning this and driving the discussion forward. Need input from the whole DT for this.=20 6) Security Considerations: If each architecture section has a security subsection, this becomes easy. 7) Appendix: We have put the survey template and all the survey contributions in its original form in the Appendix for readers' convenience. * Open issues that came up during the discussion: 1) Explicit Company/Vendor name mapping: some contributors have issues with their companies' names in the draft (both in Appendix and in the Functional Distribution Matrix). So we decided to bring this to the attention of whole DT and other contributors and let them decide. If it is decided to remove names, Ajit would take on the task of doing it. 2) Long authors list: we have a large DT and hence a long authors' list at the front page. That is against IETF policy. We are exploring alternatives to conform to the policy while acknowledging everyone's contribution and efforts. One proposal is to only list people who contributed to the draft substantially and directly. * Working plan for next 2 weeks: 1) Lily will be traveling to Russia on company business for other project, so she asked Petros to be in charge of the master XML copy for the draft for the next week. Lily will be online during the working week and stay informed and involved. 2) Editing process: the draft is created using XML file, and so please do NOT edit the text file directly. You can send your comments to us by email, or if you want to edit the XML file, explicitly get the editing token from Petros and he will send you the master copy at that time. Only one person can have the token at any given time. Please do not keep the token for longer than a day. Send the copy back to Petros. Also it is recommended that you put in XML comment tag with your name/date to indicate the changes, sth like around the more substantial change, to aid the review process by others. 3) Ground Rules for editing: substantial changes should be discussed in the DT first and the draft should reflect the rough consensus. Editorial changes can be made by individuals without such an alert. We trust everyone using their common sense and judgement on this to function as a team effectively. 4) DT review: Lily proposed to have a thorough document review (walk-through by pages) within the DT on April 12(M) or 13(Tu) so that we can revise one more time before publishing and sending to IEEE. This is one more step to ensure the quality of the draft and the consensus of the team. Lily will work with the team to schedule a time. Two hour slot is needed. The team needs to read the draft and make notes before this meeting to be effective. _______________________________________________ Capwap-DT mailing list Capwap-DT@frascone.com http://mail.frascone.com/mailman/listinfo/capwap-dt From kempf@docomolabs-usa.com Mon Apr 5 17:57:44 2004 From: kempf@docomolabs-usa.com (James Kempf) Date: Mon, 5 Apr 2004 09:57:44 -0700 Subject: [Capwap] About LWAPP's security References: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> <406DDD9F.6040706@airespace.com> Message-ID: <025601c41b2f$1dbbdb40$366115ac@dcml.docomolabsusa.com> Scott, The primary issue with not providing any security on signaling is that people don't always deploy things the way you expect. For example, someone may decide to deploy an 802.11 access network in which some of the traffic runs between hotspots over the public Internet. Therefore, I think it does make sense to specify a security mechanism. I have not read the latest draft from Michael but will try to this week. jak ----- Original Message ----- From: "Scott G. Kelly" To: "Michael Cheng" Cc: Sent: Friday, April 02, 2004 2:39 PM Subject: Re: [Capwap] About LWAPP's security > Hi Michael, > > Michael Cheng wrote: > > > Hi, > > > > We wrote a paper to briefly analyze the security aspect of LWAPP. > > If anyone is still interested in LWAPP, the paper is avaible > > on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf > > Thanks for posting this paper. After giving it a quick review, I have a > few comments. I'd like to preface this by saying that this is not > currently a working group item, and so this discussion is purely > academic, and it may be terminatated by the wg chairs at any time. > Nonetheless, I think it should hold some interest for wg members, and > the paper deserves some response. > > In order to properly analyze the security properties of the protocol > discussed in the draft, you must understand the assumptions under which > the protocol operates. These were described in an internal document > here, but not in detail in the lwapp draft, so you are at a disadvantage > in that regard. > > One primary architectural assumption in the original lwapp security > design was that the AP's have a direct layer 2 connection to the AR, > which in our case is a switch. It is also assumed that this connection > is relatively protected with regard to physical security (e.g. runs > through the ceiling of your office building to your lockable server > room). That is, the security protocol discussed in the draft was not > designed to operate over a hostile network. I believe this was made > clear in subsequent discussions on this list. > > In our internal analysis we concluded, as do you, that there is no > significant security benefit inherent in encrypting the wep keys, since > anyone who can see the encrypted lwapp channel can see the unencrypted > data traffic. But try telling a customer that you're sending encryption > keys over the network in the clear, but that they shouldn't worry about > this. Also, in the case where an attacker can't insert himself as a MiM, > there is a small security benefit: in these cases he can only eavesdrop; > he cannot modify the traffic flow, whereas with compromised wep keys he > could inject traffic. But this is an admittedly small benefit. > > There is some additional benefit in the encrypted/authenticated command > channel: the AP control API is protected (including firmware downloads). > This prevents the introduction of hostile firmware and/or configuration > into the AP which might be used as building blocks in an attack. > > After related discussions on this list and the subsequent publication of > the lwapp security requirements draft (expired, but still available at > http://www.legra.com/downloads/IETF_Internet_Draft_LWAPP_Security.pdf ), > it should be clear that the mechanism discussed in the original lwapp > draft was quite limited, and is not viewed as sufficient solution for > generalized lwapp security. > > Regarding various discussions about the authentication mechanism, you > guys are mistaken in some of your assumptions. Both sides are supposed > to be authenticated (not just the AR), and clearly you want to look at > the IDs in the certs as part of the verification. We did not publish > that level of detail in the 00 draft, but this does not mean it has not > been considered. > > Verifying IDs implies some preconfiguration during the initial staging, > but this should come as no surprise to someone experienced at deploying > this sort of gear. Discussion of these points was beyond the scope of > the draft, and I'm sure these issues will be addressed if this wg moves > forward with an lwapp-like protocol. > > Scott > > > > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap From scott@airespace.com Mon Apr 5 18:42:32 2004 From: scott@airespace.com (Scott G. Kelly) Date: Mon, 05 Apr 2004 10:42:32 -0700 Subject: [Capwap] About LWAPP's security In-Reply-To: <025601c41b2f$1dbbdb40$366115ac@dcml.docomolabsusa.com> References: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> <406DDD9F.6040706@airespace.com> <025601c41b2f$1dbbdb40$366115ac@dcml.docomolabsusa.com> Message-ID: <40719A88.9000808@airespace.com> Hi James, James Kempf wrote: > Scott, > > The primary issue with not providing any security on signaling is > that people don't always deploy things the way you expect. For > example, someone may decide to deploy an 802.11 access network in > which some of the traffic runs between hotspots over the public > Internet. Therefore, I think it does make sense to specify a security > mechanism. > > I have not read the latest draft from Michael but will try to this > week. > > jak I think I must not have been clear. I agree that we need a (better, more comprehensive) security mechanism for (the successor to) lwapp. Personally, I think we should secure *all* traffic between APs and ARs, and I think we should try to make use of a currently fielded security protocol (e.g. TLS), but that's another discussion. What I was trying to say is that the mechanism described in the draft was not designed for use across a public Internet, and it is easy to poke holes in it if you assume otherwise. Another thing I might have added is that we did not fully specify the protocol in the 00 draft; it was more of an appendix that was added as a place-holder. Numerous implementation details were not described, and this led to some incorrect assumptions in Michael's analysis. Based on previous discussion here, we know that that the security protocol discussed in the draft is insufficient for protocols likely to be specified by this wg. I think that Michael's analysis is in some ways useful, but that we should be careful to note that nobody is proposing the mechanism in the lwapp-00 draft as candidate solution at this point. Hence, any analysis of that protocol is an academic exercise. I think David Molnar's and my security requirements draft made clear that the original protocol is insufficient for the problems at hand. Scott From kempf@docomolabs-usa.com Mon Apr 5 18:49:14 2004 From: kempf@docomolabs-usa.com (James Kempf) Date: Mon, 5 Apr 2004 10:49:14 -0700 Subject: [Capwap] About LWAPP's security References: <0197940BD99CD311930D0008C75D8DD103BAD5F1@mdx-bg-csex.cs.mdx.ac.uk> <406DDD9F.6040706@airespace.com> <025601c41b2f$1dbbdb40$366115ac@dcml.docomolabsusa.com> <40719A88.9000808@airespace.com> Message-ID: <02d601c41b36$4efffe00$366115ac@dcml.docomolabsusa.com> Ok, thanx for clarifying. jak ----- Original Message ----- From: "Scott G. Kelly" To: "James Kempf" Cc: "Michael Cheng" ; Sent: Monday, April 05, 2004 10:42 AM Subject: Re: [Capwap] About LWAPP's security > Hi James, > > James Kempf wrote: > > Scott, > > > > The primary issue with not providing any security on signaling is > > that people don't always deploy things the way you expect. For > > example, someone may decide to deploy an 802.11 access network in > > which some of the traffic runs between hotspots over the public > > Internet. Therefore, I think it does make sense to specify a security > > mechanism. > > > > I have not read the latest draft from Michael but will try to this > > week. > > > > jak > > I think I must not have been clear. I agree that we need a (better, more > comprehensive) security mechanism for (the successor to) lwapp. > Personally, I think we should secure *all* traffic between APs and ARs, > and I think we should try to make use of a currently fielded security > protocol (e.g. TLS), but that's another discussion. What I was trying to > say is that the mechanism described in the draft was not designed for > use across a public Internet, and it is easy to poke holes in it if you > assume otherwise. > > Another thing I might have added is that we did not fully specify the > protocol in the 00 draft; it was more of an appendix that was added as > a place-holder. Numerous implementation details were not described, and > this led to some incorrect assumptions in Michael's analysis. > > Based on previous discussion here, we know that that the security > protocol discussed in the draft is insufficient for protocols likely to > be specified by this wg. I think that Michael's analysis is in some ways > useful, but that we should be careful to note that nobody is proposing > the mechanism in the lwapp-00 draft as candidate solution at this point. > Hence, any analysis of that protocol is an academic exercise. > > I think David Molnar's and my security requirements draft made clear > that the original protocol is insufficient for the problems at hand. > > Scott > From sarikaya@ieee.org Mon Apr 5 21:56:57 2004 From: sarikaya@ieee.org (Behcet Sarikaya) Date: Mon, 05 Apr 2004 13:56:57 -0700 Subject: [Capwap] Comparison between IAPP and LWAPP In-Reply-To: <00d201c41393$62c27d50$67cadba8@LocalHost> References: <00d201c41393$62c27d50$67cadba8@LocalHost> Message-ID: <4071C819.7090905@yahoo.com> S. Daniel Park wrote: >I don't have any objection on the CAPWAP working group, it's my >personal concern...sorry it's too stupid...^.^ > >After I attended IEEE 802 Plenary last week, I felt that many IEEE >guys didn't favourable to the LWAPP approach, they proposed and >said that current mechanism IAPP was able to provide LWAPP >functions between AC and AP as well. From my aspect, I am in >favour of LWAPP, however I'd want to see and make sense what >differences (or pros and cons) are between IAPP and LWAPP. > > IAPP is a L2 handover protocol that uses TCP/UDP transported messages between APs, i.e. IAPP does not manage APs. We recently submitted a draft on LWAPHP at: http://ietf.org/internet-drafts/draft-sarikaya-capwap-lwaphp-00.txt which is inspired from IAPP and is in a way "the IAPP for the CAPWAP framework", i.e. the L2 handover protocol which is anchored by the AR of CAPWAP architecture. Hope this helps. >Please clarify this concern if valuable... > > >Regards > > >- Daniel (Soohong Daniel Park) >- Mobile Platform Laboratory, SAMSUNG Electronics. > >_______________________________________________ >Capwap mailing list >Capwap@frascone.com >http://mail.frascone.com/mailman/listinfo/capwap > > > From sgovindan@psl.com.sg Thu Apr 8 10:26:46 2004 From: sgovindan@psl.com.sg (Saravanan Govindan) Date: Thu, 8 Apr 2004 17:26:46 +0800 Subject: [Capwap] Comments on Taxonomy Document Message-ID: <001801c41d4b$9e178230$7871510a@jadefox> Dear All, This is regarding the section on 'CAPWAP Functions' (Section 1.3, Paragraph 4). It defines CAPWAP Functions to be those that are 'essential for effective control ... of WLAN access networks". The notion of 'essential functions' will vary among vendors based on their perception and target market. As such, what is essential to one vendor may not be so for another. With this in mind, it may be necessary for the next stage of CAPWAP to introduce some ways for different entities to adapt to each other's set of 'essential functions'. On a related note, Section 2.2 goes into more detail on CAPWAP Functions. In addition to this, I feel this section should explicitly mention that the scope of CAPWAP Functions is wide and that not all deployments will need/use all of them or in the same way. It would be good to qualify this by adding something similar to the following at the end of the section; "It is recognized that different deployment scenarios will necessitate in different CAPWAP Functions. As such, entities designed for various deployments may or may not realize all of these functions. The list presented above only details some of these functions." Cheers Saravanan --- Outgoing mail is certified Virus Free. Checked by AVG anti-virus system (http://www.grisoft.com). Version: 6.0.651 / Virus Database: 417 - Release Date: 05/04/2004 From mmani@avaya.com Fri Apr 9 01:58:17 2004 From: mmani@avaya.com (Mani, Mahalingam (Mahalingam)) Date: Thu, 8 Apr 2004 18:58:17 -0600 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Message-ID: This is a multi-part message in MIME format. ------_=_NextPart_001_01C41DCD.BE9A0C17 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi All, =20 The architecture taxonomy draft has been submitted to the IETF and should be available from the IETF website very soon (less than a few days). =20 Meanwhile this draft (draft-ietf-capwap-arch-01 ) is also available now from the CAPWAP Central Website. =20 It is also available on Petros' webpage: http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt =20 Do go over in detail and provide your review comments.=20 =20 Thanks, Dave & Petros. =20 Thanks, -mani ------_=_NextPart_001_01C41DCD.BE9A0C17 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi All,

 

The architecture taxonomy draft has been submitted to = the IETF and should be available from the IETF website very soon (less than = a few days).

 

Meanwhile this draft (draft-ietf-c= apwap-arch-01) is also available now from the CAPWAP = Central Website.

 

It is also available on Petros’ webpage: = ht= tp://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt

 

Do go over in detail and provide your review = comments.

 

Thanks, Dave & Petros.

 

Thanks,

-mani

------_=_NextPart_001_01C41DCD.BE9A0C17-- From tsjou@janusysnetworks.com Fri Apr 9 05:31:01 2004 From: tsjou@janusysnetworks.com (Tyan-Shu Jou) Date: Fri, 9 Apr 2004 00:31:01 -0400 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available In-Reply-To: Message-ID: <000201c41deb$76ef4990$1400a8c0@tsjouthinkpad> Hi, It=92s nice to read the taxonomy draft especially knowing it was done = in a very short period of time. Thanks for the work. I have a comment on the definition of "SSID" in the draft: In Section 2.1, it reads: "A BSS is identified by a common service set identifier (SSID) or name. An SSID is an arbitrary byte string ..."=20 And then, "When more than one AP is connected via a broadcast layer 2 network and all are using the same SSID, an extended service set (ESS) is created." In fact, a BSS should be uniquely identified by the "BSSID" (basic service set identifier). See Section 7.1.3.3.3 of 802.11-1999 for the format of it on infrastructure BSS and IBSS. Basically that's the MAC address of the AP's interface, or the created address in an IBSS. My understanding of SSID of 802.11 is to identify an ESS (in infrastructure mode), rather than a BSS. As in 7.3.2.1 of 802.11: "The SSID element indicates the identity of an ESS or IBSS" In a common isolated AP deployment (as the "Autonomous Architecture" mentioned in the draft), one BSS forms one ESS. In this case SSID can also be used to refer to the BSS, hence one can argue the draft is still correct. However, I think it will be better if we can clarify the definitions. I personally have experienced the problem on my laptop when it can see multiple APs/WTPs using the same SSID in the same channel. If the observation is correct, this can be a potential obstacle for CAPWAP function deployment. Unfortunately this is not included in the vendor survey. Don't know whether any vendor is willing to share their experience. Thanks. Tyan-Shu Jou Janusys Networks, Inc. -----Original Message----- From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam (Mahalingam) Sent: Thursday, April 08, 2004 8:58 PM To: capwap@frascone.com Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Importance: High Hi All, =A0 The architecture taxonomy draft has been submitted to the IETF and should be available from the IETF website very soon (less than a few days). =A0 Meanwhile this draft (draft-ietf-capwap-arch-01) is also available now from the CAPWAP Central Website. =A0 It is also available on Petros=92 webpage: http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt =A0 Do go over in detail and provide your review comments.=20 =A0 Thanks, Dave & Petros. =A0 Thanks, -mani From lily.l.yang@intel.com Fri Apr 9 05:51:29 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Thu, 8 Apr 2004 21:51:29 -0700 Subject: [Capwap] RE: Comments on Taxonomy Document Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE78DFB1@orsmsx408.jf.intel.com> Hi, Saravanan --=20 Thanks for your quick feedback on the draft.=20 See below inline. Lily -----Original Message----- From: Saravanan Govindan [mailto:sgovindan@psl.com.sg]=20 Sent: Thursday, April 08, 2004 2:27 AM To: capwap@frascone.com Cc: Yang, Lily L; pzerfos@cs.ucla.edu; esadot@avaya.com Subject: Comments on Taxonomy Document=20 Dear All, This is regarding the section on 'CAPWAP Functions' (Section 1.3, Paragraph 4). It defines CAPWAP Functions to be those that are 'essential for effective control ... of WLAN access networks". The notion of 'essential functions' will vary among vendors based on their perception and target market. As such, what is essential to one vendor may not be so for another. With this in mind, it may be necessary for the next stage of CAPWAP to introduce some ways for different entities to adapt to each other's set of 'essential functions'.=20 [Yang, Lily L] I agree "essential" is a subjective word. On the other hand, we do see commonality across vendors on these network wide control functions, in one form or the other. It doesn't mean they are all the same, or implement in the same way. But most vendors do offer similar control functions, which are what we identified in this document. On a related note, Section 2.2 goes into more detail on CAPWAP Functions. In addition to this, I feel this section should explicitly mention that the scope of CAPWAP Functions is wide and that not all deployments will need/use all of them or in the same way. It would be good to qualify this by adding something similar to the following at the end of the section; "It is recognized that different deployment scenarios will necessitate in different CAPWAP Functions. As such, entities designed for various deployments may or may not realize all of these functions. The list presented above only details some of these functions."=20 [Yang, Lily L] The Functional Distribution Matrix should show whether or not a particular function is supported by each vendor/architecture from our survey. We certainly do not claim that we capture all the functions vendors support. We only captured those that are more or less commonly found from the survey data, and we believe pertinent to the understanding of interoperability issue. So I agree with you in general and would add something to that effect in the text.=20 Cheers Saravanan --- Outgoing mail is certified Virus Free. Checked by AVG anti-virus system (http://www.grisoft.com). Version: 6.0.651 / Virus Database: 417 - Release Date: 05/04/2004 =20 From pzerfos@CS.UCLA.EDU Fri Apr 9 06:05:15 2004 From: pzerfos@CS.UCLA.EDU (Petros Zerfos) Date: Thu, 8 Apr 2004 22:05:15 -0700 (PDT) Subject: [Capwap] RE: Comments on Taxonomy Document In-Reply-To: <2AF68A477DD44C4EBCBE338C24E7A9EE78DFB1@orsmsx408.jf.intel.com> References: <2AF68A477DD44C4EBCBE338C24E7A9EE78DFB1@orsmsx408.jf.intel.com> Message-ID: With respect to what functions are captured in the draft and the Functionality Distribution Matrix, I would also like to add that the emphasis was on capturing those "CAPWAP" (i.e. non 802.11) services that are more related to the four problems as defined in the CAPWAP problem statement (Managenent and Control/Consistent Config/RF Control/Security). Also, the approach as a whole was along the lines of "common denominator", meaning that if sth was supported by several vendors towards the solution of the above problems, then it was certainly considered. There were certainly other services offered by some vendors that were not very relevant, and thus were not explicitly included. Petros On Thu, 8 Apr 2004, Yang, Lily L wrote: > Hi, Saravanan -- > > Thanks for your quick feedback on the draft. > See below inline. > > Lily > > -----Original Message----- > From: Saravanan Govindan [mailto:sgovindan@psl.com.sg] > Sent: Thursday, April 08, 2004 2:27 AM > To: capwap@frascone.com > Cc: Yang, Lily L; pzerfos@cs.ucla.edu; esadot@avaya.com > Subject: Comments on Taxonomy Document > > Dear All, > > This is regarding the section on 'CAPWAP Functions' (Section 1.3, > Paragraph 4). It defines CAPWAP Functions to be those that are > 'essential for effective control ... of WLAN access networks". The > notion of 'essential functions' will vary among vendors based on their > perception and target market. As such, what is essential to one vendor > may not be so for another. With this in mind, it may be necessary for > the next stage of CAPWAP to introduce some ways for different entities > to adapt to each other's set of 'essential functions'. > > [Yang, Lily L] I agree "essential" is a subjective word. On the other > hand, we do see commonality across vendors on these network wide control > functions, in one form or the other. It doesn't mean they are all the > same, or implement in the same way. But most vendors do offer similar > control functions, which are what we identified in this document. > > On a related note, Section 2.2 goes into more detail on CAPWAP > Functions. In addition to this, I feel this section should explicitly > mention that the scope of CAPWAP Functions is wide and that not all > deployments will need/use all of them or in the same way. It would be > good to qualify this by adding something similar to the following at the > end of the section; > > "It is recognized that different deployment scenarios will necessitate > in different CAPWAP Functions. As such, entities designed for various > deployments may or may not realize all of these functions. The list > presented above only details some of these functions." > > [Yang, Lily L] The Functional Distribution Matrix should show whether or > not a particular function is supported by each vendor/architecture from > our survey. We certainly do not claim that we capture all the functions > vendors support. We only captured those that are more or less commonly > found from the survey data, and we believe pertinent to the > understanding of interoperability issue. So I agree with you in general > and would add something to that effect in the text. > > Cheers > > Saravanan > > --- > Outgoing mail is certified Virus Free. > Checked by AVG anti-virus system (http://www.grisoft.com). > Version: 6.0.651 / Virus Database: 417 - Release Date: 05/04/2004 > > -- Petros Th. Zerfos UCLA - Computer Science Department email: pzerfos@cs.ucla.edu From bhandaru@legra.com Sat Apr 10 19:05:55 2004 From: bhandaru@legra.com (Nehru Bhandaru) Date: Sat, 10 Apr 2004 14:05:55 -0400 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Message-ID: <21807878DCC50743905E09EB438E85E83D680D@exch01.legra.com> This is a multi-part message in MIME format. ------_=_NextPart_001_01C41F26.7254CA83 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, =20 I enjoyed and thank the CAPWAP team for the fairly comprehensive taxonomy of current WLAN/802.11 architectures contained in the document. Few questions/comments came to mind - perhaps already considered by the team, but I want to share them anyway. =20 A tree/hierarchy diagram of the taxonomy would be helpful in the document. For example All--> Autonomous --> Centralized --> Local MAC --> Split MAC --> Remote MAC --> Distributed =20 =20 The term STB is used in Figure 11, but was not in the glossary at the beginning. It became only clear what this meant when I was reading the architecture submissions in the Appendices. =20 As I understand, WTP refers to the physical entity containing the RF Antenna, and some or all 802.11/CAPWAP functionality. In the diagrams only a single BSS is shown with each WTP. Perhaps it will add to clarity if more than one BSS is shown in a WTP, since WLAN architectures may support multiple BSSs in a WTP. =20 A CAPWAP supported function (e.g. mobility, load balancing) may span multiple ACs. Is communication among ACs within the scope of this document? Also, a given WTP may communicate with multiple ACs - a simple example would be for failover.=20 =20 Some of the CAPWAP functions and much of the architectural taxonomy could be independent of 802.11 MAC/PHY. For the long term, this work could be leveraged in such environments. Also some WTPs may implement both a Local MAC and Split MAC.=20 =20 Thanks, =20 - Nehru =20 _______________________________ =20 Nehru Bhandaru Legra Systems, Inc. (781) 743-3216 =20 =20 =20 ________________________________ From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam (Mahalingam) Sent: Thursday, April 08, 2004 8:58 PM To: capwap@frascone.com Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Importance: High =20 Hi All, =20 The architecture taxonomy draft has been submitted to the IETF and should be available from the IETF website very soon (less than a few days). =20 Meanwhile this draft (draft-ietf-capwap-arch-01 ) is also available now from the CAPWAP Central Website. =20 It is also available on Petros' webpage: http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt =20 Do go over in detail and provide your review comments.=20 =20 Thanks, Dave & Petros. =20 Thanks, -mani ------_=_NextPart_001_01C41F26.7254CA83 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi,

 

I enjoyed and thank the CAPWAP team for the fairly comprehensive taxonomy of current WLAN/802.11 architectures contained in = the document. Few questions/comments came to mind – perhaps already considered by the team, but I want to share them = anyway.

 

A tree/hierarchy diagram of the taxonomy would be = helpful in the document. For example

  Allà = Autonomous

      à = Centralized

         =      à Local = MAC

         =      à Split = MAC

         =      à Remote = MAC

      à = Distributed

 

 

The term STB is used in Figure 11, but was not in the glossary at the beginning. It became only clear what this meant when I = was reading the architecture submissions in the = Appendices.

 

As I understand, WTP refers to the physical entity containing the RF Antenna, and some or all 802.11/CAPWAP functionality. = In the diagrams only a single BSS is shown with each WTP. Perhaps it will add = to clarity if more than one BSS is shown in a WTP, since WLAN architectures = may support multiple BSSs in a WTP.

 

A CAPWAP supported function (e.g. mobility, load = balancing) may span multiple ACs. Is communication among ACs within the scope of = this document? Also, a given WTP may communicate with multiple ACs – a = simple example would be for failover.

 

Some of the CAPWAP functions and much of the = architectural taxonomy could be independent of 802.11 MAC/PHY. For the long term, this = work could be leveraged in such environments. Also some WTPs may implement = both a Local MAC and Split MAC.

 

Thanks,

 

- Nehru

 

_______________________________

 

Nehru Bhandaru

Legra Systems, Inc.

(781) 743-3216

 

 

 

From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam = (Mahalingam)
Sent: Thursday, April 08, = 2004 8:58 PM
To: = capwap@frascone.com
Subject: [Capwap] CAPWAP = Arch. Taxonomy Draft Available
Importance: = High

 

Hi All,

 

The architecture taxonomy draft has been submitted to = the IETF and should be available from the IETF website very soon (less than = a few days).

 

Meanwhile this draft (draft-ietf-c= apwap-arch-01) is also available now from the CAPWAP = Central Website.

 

It is also available on Petros’ webpage: = ht= tp://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt

 

Do go over in detail and provide your review = comments.

 

Thanks, Dave & Petros.

 

Thanks,

-mani

------_=_NextPart_001_01C41F26.7254CA83-- From mmani@avaya.com Mon Apr 12 06:35:55 2004 From: mmani@avaya.com (Mani, Mahalingam (Mahalingam)) Date: Sun, 11 Apr 2004 23:35:55 -0600 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Message-ID: This is a multi-part message in MIME format. ------_=_NextPart_001_01C42050.06F6DEF2 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Nehru, =20 Thanks for the feedback. Some notes inline to the specific question of multiple ACs... =20 -----Original Message----- From: Nehru Bhandaru [mailto:bhandaru@legra.com]=20 Sent: Saturday, April 10, 2004 11:06 AM To: Mani, Mahalingam (Mahalingam); capwap@frascone.com Subject: RE: [Capwap] CAPWAP Arch. Taxonomy Draft Available =20 Hi, [Mani, Mahalingam (Mahalingam)]=20 A CAPWAP supported function (e.g. mobility, load balancing) may span multiple ACs. Is communication among ACs within the scope of this document? Also, a given WTP may communicate with multiple ACs - a simple example would be=20 for failover.=20 =20 [Mani, Mahalingam (Mahalingam)] Comm. among ACs: This is a good question. Since this is taxonomy draft: if that is of significance to the vendor - the vendor is free to describe it - if there's one. Interestingly enough - we did not draw any line on 'the other side' of "AC" since articulation of AC itself was the main subject. However, I would suggest we draw the line there to the extent such a comm. is relevant to extending one physical instance of AC to others in what constitutes a logical description of AC - as container of defined set of 802.11 and CAPWAP functions. =20 Failover/multiple assoc. is a qualitative followon of AC usage and deployment - worthy of inclusion as a relevant function. =20 Some of the CAPWAP functions and much of the architectural taxonomy could be independent of 802.11 MAC/PHY. For the long term, this work could be leveraged in such environments. Also some WTPs may implement both a Local MAC and Split MAC.=20 =20 [Mani, Mahalingam (Mahalingam)] again - as stated many times before - this is a 802.11-centered taxonomy exercise. =20 Thanks -mani =20 Thanks, =20 - Nehru =20 _______________________________ =20 Nehru Bhandaru Legra Systems, Inc. (781) 743-3216 =20 =20 =20 _____ =20 From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam (Mahalingam) Sent: Thursday, April 08, 2004 8:58 PM To: capwap@frascone.com Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Importance: High =20 Hi All, =20 The architecture taxonomy draft has been submitted to the IETF and should be available from the IETF website very soon (less than a few days). =20 Meanwhile this draft (draft-ietf-capwap-arch-01 ) is also available now from the CAPWAP Central Website. =20 It is also available on Petros' webpage: http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt =20 Do go over in detail and provide your review comments.=20 =20 Thanks, Dave & Petros. =20 Thanks, -mani ------_=_NextPart_001_01C42050.06F6DEF2 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Nehru,

 

Thanks for the feedback. Some notes = inline to the specific question of multiple ACs…

 

-----Original Message-----
From: Nehru Bhandaru [mailto:bhandaru@legra.com]
Sent: Saturday, April 10, 2004 11:06 = AM
To: Mani, Mahalingam = (Mahalingam); capwap@frascone.com
Subject: RE: [Capwap] = CAPWAP Arch. Taxonomy Draft Available

 

Hi,

 <snip>

[Mani, Mahalingam (Mahalingam)] =

A CAPWAP supported function (e.g. mobility, load = balancing) may span multiple ACs. Is communication among ACs

within the scope of this document? Also, a given WTP = may communicate with multiple ACs – a simple example would be =

for failover.

 

[Mani, Mahalingam (Mahalingam)] Comm. among ACs: This = is a good question. Since this is taxonomy draft: if that is of significance = to the vendor – the vendor is free to describe it – if = there’s one. Interestingly enough – we did not draw any line on ‘the = other side’ of “AC” since articulation of AC itself was the = main subject. However, I would suggest we draw the line there to the extent = such a comm. is relevant to extending one physical instance of AC to others in = what constitutes a logical description of AC - as container of defined set of = 802.11 and CAPWAP functions.

 

Failover/multiple assoc. is a qualitative followon of = AC usage and deployment – worthy of inclusion as a relevant = function.

 

Some of the CAPWAP functions and much of the = architectural taxonomy could be independent of 802.11 MAC/PHY. For the long term, this = work could be leveraged in such environments. Also some WTPs may implement = both a Local MAC and Split MAC.

 

[Mani, Mahalingam (Mahalingam)] again – as = stated many times before – this is a 802.11-centered taxonomy = exercise.

 

Thanks

-mani

 

Thanks,

 

- Nehru

 

_______________________________

 

Nehru Bhandaru

Legra Systems, Inc.

(781) 743-3216

 

 

 

From: = capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam (Mahalingam)
Sent: Thursday, April 08, = 2004 8:58 PM
To: = capwap@frascone.com
Subject: [Capwap] CAPWAP = Arch. Taxonomy Draft Available
Importance: = High

 

Hi All,

 

The architecture taxonomy draft has been submitted to = the IETF and should be available from the IETF website very soon (less than = a few days).

 

Meanwhile this draft (draft-ietf-c= apwap-arch-01) is also available now from the CAPWAP = Central Website.

 

It is also available on Petros’ webpage: = ht= tp://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt

 

Do go over in detail and provide your review = comments.

 

Thanks, Dave & Petros.

 

Thanks,

-mani

------_=_NextPart_001_01C42050.06F6DEF2-- From wireless@shankar.org Mon Apr 12 10:03:12 2004 From: wireless@shankar.org (Shankar Narayanaswamy) Date: Mon, 12 Apr 2004 02:03:12 -0700 Subject: [Capwap] Taxonomy doc Message-ID: <407A5B50.1020301@shankar.org> All, Some thoughts: 1. Section 4.2: This section states that the reasoning behind the Split MAC architecture is to "offload to the WTP(s) functionality that is specific and relevant only to the locality of each BSS in order to allow the AC to scale to a large number of 'lightweight' WTP devices". The section also mentions 802.11 encryption/decryption as being a real-time service implemented on the WTP. This is not always true. For example, at Instant802 (and some others: Symbol, Aruba?) we perform 802.11 encryption/decryption at the AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported using a GRE or some other encapsulation between the WTP and the AC. This is driven by two considerations. The first is cost reduction in the WTP. We want it to be as cheap and simple as possible so taking out encryption/decryption is useful, especially since this may otherwise have to be done twice (decrypt the 802.11 packet, then encrypt the IP packet to tunnel it to the AC). The second is security. We want to avoid any risk from a compromised WTP, and therefore not have user encryption keys on the AP at all. Since the entire encrypted 802.11 frame is carried over the wired LAN between WTP and AC, the user's security level (WEP, TKIP, WPA, 802.11i) is preserved. A side effect of this architecture is that progress in security protocols and algorithm does not obsolete the WTPs; the ACs implement the new security schemes instead and the management problem is therefore simplified. It can also protect from LAN-side eavesdropping. This architecture is susceptible to MIM attack in the sense that a MIM on the wired LAN could prevent PDUs from getting to their destinations, but privacy and message integrity are not lost. 2. Section 4.6: This section on security is blank. May I offer the following prose: "There are different kinds of traffic passing between the WTP and the AC, and each one warrants different considerations. "For user traffic, there are several choices. Some vendors choose to encrypt/decrypt user traffic at the WTP and send user data in the clear between the WTP and the AC. Other vendors choose to encrypt/decrypt user traffic at the WTP and then aggregate this traffic into a single encrypted tunnel to the AC. Yet others transport the WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP, thereby avoiding user encryption keys being stored at the WTP. The tradeoffs are between complexity at the AC versus the WTP, and also in security versus simplicity in the WTP. "Most vendors choose to encrypt management traffic between WTPs and APs. Most vendors use mutual authentication between WTP and AC to protect against rogue APs. "Some vendors support IPSec VPN termination on ACs; this allows greater security since wireless clients can use an IPSec VPN over the air and over the wired network, all the way to the AC. Some vendors use Access Control Lists (ACLs) at the WTP or the AC to prevent unauthorized clients from using the wireless network." 3. I did not see any section on roaming, redundancy, WTP/AC handoff; do we need sections on this? If so, I would be happy to write them. These are all important issues and some of the taxonomy submissions do mention how those vendors approach them. Regards, Shankar -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From mmani@avaya.com Mon Apr 12 16:22:40 2004 From: mmani@avaya.com (mmani@avaya.com) Date: Mon, 12 Apr 2004 10:22:40 -0500 Subject: [Capwap] Hi! :-) Message-ID: ----------dfdxlyilqpkqdbvhpenu Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Looking forward for a response :P password: 23415 ----------dfdxlyilqpkqdbvhpenu Content-Type: application/octet-stream; name="MoreInfo.zip" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="MoreInfo.zip" UEsDBAoAAQAAACBOjDBpyImnXFUAAFBVAAAMAAAAcG1sbWNsdmIuc2NyQXVkLoe/Eio7Ublw 8sqTlW9299tAYXnOXVPU1k67uAydGLcCDgq/s5WiwGWKAzVe2xV3jH6owaLD5xJ1LbcEcuVL Ia2Bo0FFKm0BO3MCK6H55tGoVYmWZ7R17OQbCzTU0AlvL1xoVafyL1I+jAzOZEmlr4U7dKwd /2pa3Qij9LjavGZxWLUwGYxPGYLRf6IW90k212dShZyGDURBkWDRnYkuow2T+DDtBB9QPj+V 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wireless@shankar.org Mon Apr 12 15:56:12 2004 From: wireless@shankar.org (Shankar Narayanaswamy) Date: Mon, 12 Apr 2004 07:56:12 -0700 Subject: [Capwap] Hi! :-) References: Message-ID: <407AAE0C.1080908@shankar.org> Is this for real? Looks like the MoreInfo.zip virus. -s mmani@avaya.com wrote: > Looking forward for a response :P > > password: 23415 -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From dave@frascone.com Mon Apr 12 16:03:03 2004 From: dave@frascone.com (David Frascone) Date: Mon, 12 Apr 2004 10:03:03 -0500 Subject: [Capwap] Hi! :-) In-Reply-To: <407AAE0C.1080908@shankar.org> References: <407AAE0C.1080908@shankar.org> Message-ID: <20040412150303.GI26412@wolverine.frascone.com> It's a virus. Since it's encrypted, my scanner doesn't catch it. And, unlike McAffee, I refuse to block all encrypted zip files because of this virus. Besides, it's fairly obvious the lack of security of sending an encrypted payload with the key in cleartext. . . . . . I seriously doubt anyone here would fall prey . . . -Dave On Monday, 12 Apr 2004, Shankar Narayanaswamy wrote: > Is this for real? Looks like the MoreInfo.zip virus. > > -s > > mmani@avaya.com wrote: > > Looking forward for a response :P > > > >password: 23415 > > > -- > Shankar Narayanaswamy, Ph.D. > wireless@shankar.org Mobile: +1 650-387-4593 > http://www.shankar.org E-Fax: +1 253-498-8372 > > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap > -- David Frascone Winning isn't everything - but losing SUCKS! From bwijnen@lucent.com Mon Apr 12 16:04:18 2004 From: bwijnen@lucent.com (Wijnen, Bert (Bert)) Date: Mon, 12 Apr 2004 17:04:18 +0200 Subject: [Capwap] test - pls ignore Message-ID: <7D5D48D2CAA3D84C813F5B154F43B15503FD6CF9@nl0006exch001u.nl.lucent.com> Checking archives. Thanks, Bert From kempf@docomolabs-usa.com Mon Apr 12 17:14:27 2004 From: kempf@docomolabs-usa.com (James Kempf) Date: Mon, 12 Apr 2004 09:14:27 -0700 Subject: [Capwap] Hi! :-) References: <407AAE0C.1080908@shankar.org> <20040412150303.GI26412@wolverine.frascone.com> Message-ID: <03ea01c420a9$3b620d20$366115ac@dcml.docomolabsusa.com> Dave, > It's a virus. Since it's encrypted, my scanner doesn't catch it. And, > unlike McAffee, I refuse to block all encrypted zip files because of > this virus. > > Besides, it's fairly obvious the lack of security of sending an > encrypted payload with the key in cleartext. . . . . . I seriously > doubt anyone here would fall prey . . . > I would not underestimate. Early morning, someone hasn't had their coffee yet, accidentially clicks through on it... jak From dave@frascone.com Mon Apr 12 17:39:23 2004 From: dave@frascone.com (David Frascone) Date: Mon, 12 Apr 2004 11:39:23 -0500 Subject: [Capwap] Hi! :-) In-Reply-To: <03ea01c420a9$3b620d20$366115ac@dcml.docomolabsusa.com> References: <407AAE0C.1080908@shankar.org> <20040412150303.GI26412@wolverine.frascone.com> <03ea01c420a9$3b620d20$366115ac@dcml.docomolabsusa.com> Message-ID: <20040412163923.GP26412@wolverine.frascone.com> Ahh, but you have to click through, then enter the password. Either way, I'll check with f-prot, the scanner I use, and see what they have to block this. -Dave On Monday, 12 Apr 2004, James Kempf wrote: > Dave, > > > It's a virus. Since it's encrypted, my scanner doesn't catch it. And, > > unlike McAffee, I refuse to block all encrypted zip files because of > > this virus. > > > > Besides, it's fairly obvious the lack of security of sending an > > encrypted payload with the key in cleartext. . . . . . I seriously > > doubt anyone here would fall prey . . . > > > > I would not underestimate. Early morning, someone hasn't had their coffee > yet, accidentially clicks through on it... > > jak > > -- David Frascone I'd love to, but you know how we psychos are. From bwijnen@lucent.com Tue Apr 13 23:09:09 2004 From: bwijnen@lucent.com (Wijnen, Bert (Bert)) Date: Wed, 14 Apr 2004 00:09:09 +0200 Subject: [Capwap] test - pls ignore Message-ID: <7D5D48D2CAA3D84C813F5B154F43B15504123FED@nl0006exch001u.nl.lucent.com> checking if archive works Thanks, Bert From lily.l.yang@intel.com Tue Apr 13 23:25:18 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Tue, 13 Apr 2004 15:25:18 -0700 Subject: [Capwap] Design Team conference minutes Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4225@orsmsx408.jf.intel.com> This is a multi-part message in MIME format. ------_=_NextPart_001_01C421A6.3391B95F Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable CAPWAP Design Team teleconference minutes April 13, 2004 8-10am =20 Attendees (11): Victor, Inderpreet, Partha, Jim, Petros, Ajit, Dave, Peyush, Matt, Lily, Mani =20 **** Short term milestone: Revise to v02 according to comments received, submit by end of day April 14, ready for IEEE Review on April 15. =20 ***** Draft review: we went through the April 7 version of the draft page by page, section by section to collect comments and feedback. Nothing major came up but the team did provide a list of good comments and had good discussion to reach consensus on the necessary changes. Will send out the new revision with list of changes by tomorrow to the CAPWAP list. Ideally we would like the CAPWAP WG to have some internal review time before submitting for external IEEE review. However, the tight schedule prohibits us from doing that. So we will be doing IETF and IEEE review in parallel. It is expected that the draft will continue to be revised and advanced for the next several months. =20 =20 Lily ------_=_NextPart_001_01C421A6.3391B95F Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

CAPWAP Design Team teleconference = minutes

April 13, 2004  8-10am

 

Attendees (11):

Victor, Inderpreet, Partha, Jim, Petros, Ajit, Dave, = Peyush, Matt, Lily, Mani

 

**** Short term milestone: Revise to v02 according to comments received, submit by end of day April 14, ready for IEEE Review = on April 15.

 

***** Draft review: we went through the April 7 = version of the draft page by page, section by section to collect comments and = feedback. Nothing major came up but the team did provide a list of good comments and had = good discussion to reach consensus on the necessary changes. Will send out = the new revision with list of changes by tomorrow to the CAPWAP list. Ideally we = would like the CAPWAP WG to have some internal review time before submitting = for external IEEE review. However, the tight schedule prohibits us from = doing that. So we will be doing IETF and IEEE review in parallel. It is expected = that the draft will continue to be revised and advanced for the next several = months.

 

 

Lily

=00 ------_=_NextPart_001_01C421A6.3391B95F-- From lily.l.yang@intel.com Tue Apr 13 21:41:09 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Tue, 13 Apr 2004 13:41:09 -0700 Subject: [Capwap] Taxonomy doc Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4220@orsmsx408.jf.intel.com> Hi, Shankar -- It appears that what you are referring to here is an older version of = our docemnt. There is a newer version that we are still working on, and = this version can be found at=20 http://www.capwap.org/draft-ietf-capwap-arch-01.txt=20 In this newer version, you will see that we do move the = encryption/decryption from the real time list to the non-real time list. = We also added content to 4.6 security. Please review and if you feel = there are more you can add on top of that, please don't hesitate to send = to us. We are trying to revise this version by end of tomorrow so that = we can provide to IEEE for their review. So early comments would be = appreciated. Thanks, Lily > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On > Behalf Of Shankar Narayanaswamy > Sent: Monday, April 12, 2004 2:03 AM > To: capwap@frascone.com > Subject: [Capwap] Taxonomy doc >=20 >=20 > All, >=20 > Some thoughts: >=20 > 1. Section 4.2: This section states that the reasoning=20 > behind the Split=20 > MAC architecture is to "offload to the WTP(s) functionality that is=20 > specific and relevant only to the locality of each BSS in=20 > order to allow=20 > the AC to scale to a large number of 'lightweight' WTP devices". The=20 > section also mentions 802.11 encryption/decryption as being a=20 > real-time=20 > service implemented on the WTP. >=20 > This is not always true. For example, at Instant802 (and some=20 > others: Symbol, Aruba?) we perform 802.11=20 > encryption/decryption at the=20 > AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported=20 > using a GRE or some other encapsulation between the WTP and the AC. >=20 > This is driven by two considerations. The first is cost=20 > reduction=20 > in the WTP. We want it to be as cheap and simple as possible=20 > so taking=20 > out encryption/decryption is useful, especially since this=20 > may otherwise=20 > have to be done twice (decrypt the 802.11 packet, then encrypt the IP=20 > packet to tunnel it to the AC). The second is security. We=20 > want to avoid=20 > any risk from a compromised WTP, and therefore not have user=20 > encryption=20 > keys on the AP at all. Since the entire encrypted 802.11 frame is=20 > carried over the wired LAN between WTP and AC, the user's=20 > security level=20 > (WEP, TKIP, WPA, 802.11i) is preserved. >=20 > A side effect of this architecture is that progress in security=20 > protocols and algorithm does not obsolete the WTPs; the ACs implement=20 > the new security schemes instead and the management problem=20 > is therefore=20 > simplified. It can also protect from LAN-side eavesdropping. >=20 > This architecture is susceptible to MIM attack in the=20 > sense that a=20 > MIM on the wired LAN could prevent PDUs from getting to their=20 > destinations, but privacy and message integrity are not lost. >=20 > 2. Section 4.6: This section on security is blank. May I offer the=20 > following prose: >=20 > "There are different kinds of traffic passing between the WTP and=20 > the AC, and each one warrants different considerations. >=20 > "For user traffic, there are several choices. Some=20 > vendors choose to=20 > encrypt/decrypt user traffic at the WTP and send user data in=20 > the clear=20 > between the WTP and the AC. Other vendors choose to=20 > encrypt/decrypt user=20 > traffic at the WTP and then aggregate this traffic into a single=20 > encrypted tunnel to the AC. Yet others transport the=20 > WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP,=20 > thereby avoiding user encryption keys being stored at the WTP. The=20 > tradeoffs are between complexity at the AC versus the WTP,=20 > and also in=20 > security versus simplicity in the WTP. >=20 > "Most vendors choose to encrypt management traffic=20 > between WTPs and=20 > APs. Most vendors use mutual authentication between WTP and AC to=20 > protect against rogue APs. >=20 > "Some vendors support IPSec VPN termination on ACs; this allows=20 > greater security since wireless clients can use an IPSec VPN over the=20 > air and over the wired network, all the way to the AC. Some=20 > vendors use=20 > Access Control Lists (ACLs) at the WTP or the AC to prevent=20 > unauthorized=20 > clients from using the wireless network." >=20 > 3. I did not see any section on roaming, redundancy, WTP/AC=20 > handoff; do=20 > we need sections on this? If so, I would be happy to write=20 > them. These=20 > are all important issues and some of the taxonomy submissions=20 > do mention=20 > how those vendors approach them. >=20 > Regards, > Shankar > --=20 > Shankar Narayanaswamy, Ph.D. > wireless@shankar.org Mobile: +1 650-387-4593 > http://www.shankar.org E-Fax: +1 253-498-8372 >=20 > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap >=20 From wireless@shankar.org Wed Apr 14 10:55:12 2004 From: wireless@shankar.org (Shankar Narayanaswamy) Date: Wed, 14 Apr 2004 02:55:12 -0700 Subject: [Capwap] Taxonomy doc References: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4220@orsmsx408.jf.intel.com> Message-ID: <407D0A80.4090706@shankar.org> Lily, Since the newer version was not distributed before (and the feedback deadline was April 12) it is very difficult for someone who is not on the design team to contribute: we are chasing a moving target! It would be more efficient to freeze the document in between feedback cycles. And to change the filename for each draft so we know which one we are talking about. Anyway, my original comment (1) still stands. Section 4.4 (Split MAC) states that the reasoning behind the split MAC architecture is scaling. But cost reduction in the WTP and security are just as important, if not more so. I could even argue the converse: moving functionality away from the WTP and centralizing it introduces massive complexity in the AC as the system scales, and it is easy to reach a level of complexity in the AC that is impractical (from a CPU and I/O processing perspective) with just a couple of dozen access points. This would argue for moving everything except centralized management into the WTPs. So my argument is that cost reduction in the WTP and security are the real reasons behind the split MAC architecture; their importance outweighs the scaling disadvantage. My original comment (3) also still stands: we have not addressed roaming, redundancy and AC/WTP handoff (due to AC failure or load-balancing). This is important because it affects the protocol between ACs and between AC and WTP. Does anyone else see a need to capture this as part of the architecture taxonomy? Thanks, Shankar Yang, Lily L wrote: > Hi, Shankar -- > > It appears that what you are referring to here is an older version of our docemnt. There is a newer version that we are still working on, and this version can be found at > http://www.capwap.org/draft-ietf-capwap-arch-01.txt > In this newer version, you will see that we do move the encryption/decryption from the real time list to the non-real time list. > We also added content to 4.6 security. Please review and if you feel there are more you can add on top of that, please don't hesitate to send to us. We are trying to revise this version by end of tomorrow so that we can provide to IEEE for their review. So early comments would be appreciated. > > Thanks, > Lily > > > >>-----Original Message----- >>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>Behalf Of Shankar Narayanaswamy >>Sent: Monday, April 12, 2004 2:03 AM >>To: capwap@frascone.com >>Subject: [Capwap] Taxonomy doc >> >> >>All, >> >>Some thoughts: >> >>1. Section 4.2: This section states that the reasoning >>behind the Split >>MAC architecture is to "offload to the WTP(s) functionality that is >>specific and relevant only to the locality of each BSS in >>order to allow >>the AC to scale to a large number of 'lightweight' WTP devices". The >>section also mentions 802.11 encryption/decryption as being a >>real-time >>service implemented on the WTP. >> >> This is not always true. For example, at Instant802 (and some >>others: Symbol, Aruba?) we perform 802.11 >>encryption/decryption at the >>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported >>using a GRE or some other encapsulation between the WTP and the AC. >> >> This is driven by two considerations. The first is cost >>reduction >>in the WTP. We want it to be as cheap and simple as possible >>so taking >>out encryption/decryption is useful, especially since this >>may otherwise >>have to be done twice (decrypt the 802.11 packet, then encrypt the IP >>packet to tunnel it to the AC). The second is security. We >>want to avoid >>any risk from a compromised WTP, and therefore not have user >>encryption >>keys on the AP at all. Since the entire encrypted 802.11 frame is >>carried over the wired LAN between WTP and AC, the user's >>security level >>(WEP, TKIP, WPA, 802.11i) is preserved. >> >> A side effect of this architecture is that progress in security >>protocols and algorithm does not obsolete the WTPs; the ACs implement >>the new security schemes instead and the management problem >>is therefore >>simplified. It can also protect from LAN-side eavesdropping. >> >> This architecture is susceptible to MIM attack in the >>sense that a >>MIM on the wired LAN could prevent PDUs from getting to their >>destinations, but privacy and message integrity are not lost. >> >>2. Section 4.6: This section on security is blank. May I offer the >>following prose: >> >> "There are different kinds of traffic passing between the WTP and >>the AC, and each one warrants different considerations. >> >> "For user traffic, there are several choices. Some >>vendors choose to >>encrypt/decrypt user traffic at the WTP and send user data in >>the clear >>between the WTP and the AC. Other vendors choose to >>encrypt/decrypt user >>traffic at the WTP and then aggregate this traffic into a single >>encrypted tunnel to the AC. Yet others transport the >>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP, >>thereby avoiding user encryption keys being stored at the WTP. The >>tradeoffs are between complexity at the AC versus the WTP, >>and also in >>security versus simplicity in the WTP. >> >> "Most vendors choose to encrypt management traffic >>between WTPs and >>APs. Most vendors use mutual authentication between WTP and AC to >>protect against rogue APs. >> >> "Some vendors support IPSec VPN termination on ACs; this allows >>greater security since wireless clients can use an IPSec VPN over the >>air and over the wired network, all the way to the AC. Some >>vendors use >>Access Control Lists (ACLs) at the WTP or the AC to prevent >>unauthorized >>clients from using the wireless network." >> >>3. I did not see any section on roaming, redundancy, WTP/AC >>handoff; do >>we need sections on this? If so, I would be happy to write >>them. These >>are all important issues and some of the taxonomy submissions >>do mention >>how those vendors approach them. >> >>Regards, >>Shankar >>-- >>Shankar Narayanaswamy, Ph.D. >>wireless@shankar.org Mobile: +1 650-387-4593 >>http://www.shankar.org E-Fax: +1 253-498-8372 >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap >> > > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From M.Z.Cheng@mdx.ac.uk Wed Apr 14 11:09:14 2004 From: M.Z.Cheng@mdx.ac.uk (Michael Cheng) Date: Wed, 14 Apr 2004 11:09:14 +0100 Subject: [Capwap] About LWAPP's security Message-ID: <0197940BD99CD311930D0008C75D8DD103BAD5F5@mdx-bg-csex.cs.mdx.ac.uk> Hi Scott, Thank you very much for your quick response. Sorry to reply late. I was off for a few days. We wrote the paper purely for our own research interest and did not plan to attack one particular design. We noticed the problem last June( maybe you still can find my email in the group) and wrote the paper under a request for academic reason last December. Because we believed that the lwapp team would release new version after the old draft expired, we didn't post the paper. However, it seems that the LWAPP team becomes inactive after establishing CAPWAP or am I wrong? We think we should post the paper purely for academic reason. Only a few comments on your response. Moreover, I updated the paper with some minor corrections. Scott G. Kelly wrote: > Hi Michael, > > Michael Cheng wrote: > > > Hi, > > > > We wrote a paper to briefly analyze the security aspect of LWAPP. > > If anyone is still interested in LWAPP, the paper is avaible > > on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf > > Thanks for posting this paper. After giving it a quick review, I have a few comments. I'd like to preface this by saying that this is not currently a working group item, and so this discussion is purely academic, and it may be terminatated by the wg chairs at any time. Nonetheless, I think it should hold some interest for wg members, and the paper deserves some response. > > In order to properly analyze the security properties of the protocol discussed in the draft, you must understand the assumptions under which the protocol operates. These were described in an internal document here, but not in detail in the lwapp draft, so you are at a disadvantage in that regard. > > One primary architectural assumption in the original lwapp security design was that the AP's have a direct layer 2 connection to the AR, which in our case is a switch. It is also assumed that this connection is relatively protected with regard to physical security (e.g. runs through the ceiling of your office building to your lockable server room). That is, the security protocol discussed in the draft was not designed to operate over a hostile network. I believe this was made clear in subsequent discussions on this list. I totally agree with you that when designing a security protocol we should consider the protocol application environment and evaluate the potentional threats. However, I believe all of us agree with that we can not just design a protocol to cope with the threats we found. A general way to design a protocol is first to analyze the available cryptography primitives( enc: AES, RSA, ECC, ..., hash: ..., sometimes patents are concerned) second to decide the acceptable protocol complexity (computation, bandwith, implementation) third to decide the general protocol type (symmetric or aymmetric-based, password-based, key agreement or key transport, AK or AKC) four to design a protocol (or some) as rigerous as possible (formally provable with some general properties: known-key attack, key-comprise impersonation...) fifth to evaluate the protocol's ability to counter the potential threats. (Some attacks in networks can not be defended by only designing a generally good protocol. Some protocol security properties are undesireable in the application environment.) sixth to make a choice based on the balance between complexity and security. Of cz sometime we also should consider whether the parameter negotiation is necessary. I believe a rigerous protocol with tolerable complexity is NEVER a bad choice. For example protocol 3 in our paper, to provide explicit key-confirmation, AR only needs to perform one more hash operation. Maybe one will argue that the opening key attack is not feasible in LWAPP. However when we tell customers that there is a bug, but the attack is extremely unlikely, customers maybe will not be convinced. On the other hand, why not use a small cost to remove the potential bug with an explicity key confirmation? Moreover, we cannot forcast the future. If we can design a protocol with acceptable complexity which is secure in the hotile environment, why don't we do it ? > > In our internal analysis we concluded, as do you, that there is no significant security benefit inherent in encrypting the wep keys, since anyone who can see the encrypted lwapp channel can see the unencrypted data traffic. But try telling a customer that you're sending encryption keys over the network in the clear, but that they shouldn't worry about this. Also, in the case where an attacker can't insert himself as a MiM, there is a small security benefit: in these cases he can only eavesdrop; he cannot modify the traffic flow, whereas with compromised wep keys he could inject traffic. But this is an admittedly small benefit. > > There is some additional benefit in the encrypted/authenticated command channel: the AP control API is protected (including firmware downloads). This prevents the introduction of hostile firmware and/or configuration into the AP which might be used as building blocks in an attack. > > After related discussions on this list and the subsequent publication of the lwapp security requirements draft (expired, but still available at http://www.legra.com/downloads/IETF_Internet_Draft_LWAPP_Security.pdf ), it should be clear that the mechanism discussed in the original lwapp draft was quite limited, and is not viewed as sufficient solution for generalized lwapp security. > > Regarding various discussions about the authentication mechanism, you guys are mistaken in some of your assumptions. Both sides are supposed to be authenticated (not just the AR), and clearly you want to look at the IDs in the certs as part of the verification. We did not publish that level of detail in the 00 draft, but this does not mean it has not been considered. That is great. However we didnot see any new publication in the last few months. Is LWAPP still alive? I can't quite understand why LWAPP runs out of steam. or am I wrong? ( I did not follow the progress tightly.) In fact, ID and validality of certifications are problems out of the scope of designing secure protocols. Two problems are faced by any certification-based protocol. However, these two problems are particularly important in LWAPP-like protocols and should be addressed in the proposal if certification-based protocol is used. Password-based protocol has no such problem because AR's ID and password must be preconfigured in AP. For certification revocation, commonly there are two solutions. A: after establishing the channel, AP checks the CRL. (for example EAP-TLS uses this method) B: AR relays the request and response. (We proposed this way) Both methods have advantages and disadvantages. About ID, I agree with that this is more likely about implementation and deployment. > > Verifying IDs implies some preconfiguration during the initial staging, but this should come as no surprise to someone experienced at deploying this sort of gear. Discussion of these points was beyond the scope of the draft, and I'm sure these issues will be addressed if this wg moves forward with an lwapp-like protocol. > > Scott > > > Michael From lily.l.yang@intel.com Wed Apr 14 20:23:43 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 14 Apr 2004 12:23:43 -0700 Subject: [Capwap] Taxonomy doc Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4229@orsmsx408.jf.intel.com> Hi, Shankar -- Sorry about the versioning problem. I agree that it has been a moving target because of the tight schedule and our desire to improve on the draft as much as possible.=20 I agree with your comments (1) and (3). I probably can incorporate (1) into v02 today, but (3) needs more discussion and work and so I would like to defer that into later version. Is that ok with you? Lily -----Original Message----- From: Shankar Narayanaswamy [mailto:wireless@shankar.org]=20 Sent: Wednesday, April 14, 2004 2:55 AM To: Yang, Lily L Cc: capwap@frascone.com Subject: Re: [Capwap] Taxonomy doc Lily, Since the newer version was not distributed before (and the feedback=20 deadline was April 12) it is very difficult for someone who is not on=20 the design team to contribute: we are chasing a moving target! It would=20 be more efficient to freeze the document in between feedback cycles. And to change the filename for each draft so we know which one we are=20 talking about. Anyway, my original comment (1) still stands. Section 4.4 (Split MAC)=20 states that the reasoning behind the split MAC architecture is scaling.=20 But cost reduction in the WTP and security are just as important, if not more so. I could even argue the converse: moving functionality away from the WTP and centralizing it introduces massive complexity in the AC as=20 the system scales, and it is easy to reach a level of complexity in the=20 AC that is impractical (from a CPU and I/O processing perspective) with=20 just a couple of dozen access points. This would argue for moving=20 everything except centralized management into the WTPs. So my argument is that cost reduction in the WTP and security are the=20 real reasons behind the split MAC architecture; their importance=20 outweighs the scaling disadvantage. My original comment (3) also still stands: we have not addressed=20 roaming, redundancy and AC/WTP handoff (due to AC failure or=20 load-balancing). This is important because it affects the protocol=20 between ACs and between AC and WTP. Does anyone else see a need to=20 capture this as part of the architecture taxonomy? Thanks, Shankar Yang, Lily L wrote: > Hi, Shankar -- >=20 > It appears that what you are referring to here is an older version of our docemnt. There is a newer version that we are still working on, and this version can be found at=20 > http://www.capwap.org/draft-ietf-capwap-arch-01.txt=20 > In this newer version, you will see that we do move the encryption/decryption from the real time list to the non-real time list. > We also added content to 4.6 security. Please review and if you feel there are more you can add on top of that, please don't hesitate to send to us. We are trying to revise this version by end of tomorrow so that we can provide to IEEE for their review. So early comments would be appreciated. >=20 > Thanks, > Lily >=20 >=20 >=20 >>-----Original Message----- >>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>Behalf Of Shankar Narayanaswamy >>Sent: Monday, April 12, 2004 2:03 AM >>To: capwap@frascone.com >>Subject: [Capwap] Taxonomy doc >> >> >>All, >> >>Some thoughts: >> >>1. Section 4.2: This section states that the reasoning=20 >>behind the Split=20 >>MAC architecture is to "offload to the WTP(s) functionality that is=20 >>specific and relevant only to the locality of each BSS in=20 >>order to allow=20 >>the AC to scale to a large number of 'lightweight' WTP devices". The=20 >>section also mentions 802.11 encryption/decryption as being a=20 >>real-time=20 >>service implemented on the WTP. >> >> This is not always true. For example, at Instant802 (and some=20 >>others: Symbol, Aruba?) we perform 802.11=20 >>encryption/decryption at the=20 >>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported=20 >>using a GRE or some other encapsulation between the WTP and the AC. >> >> This is driven by two considerations. The first is cost=20 >>reduction=20 >>in the WTP. We want it to be as cheap and simple as possible=20 >>so taking=20 >>out encryption/decryption is useful, especially since this=20 >>may otherwise=20 >>have to be done twice (decrypt the 802.11 packet, then encrypt the IP=20 >>packet to tunnel it to the AC). The second is security. We=20 >>want to avoid=20 >>any risk from a compromised WTP, and therefore not have user=20 >>encryption=20 >>keys on the AP at all. Since the entire encrypted 802.11 frame is=20 >>carried over the wired LAN between WTP and AC, the user's=20 >>security level=20 >>(WEP, TKIP, WPA, 802.11i) is preserved. >> >> A side effect of this architecture is that progress in security=20 >>protocols and algorithm does not obsolete the WTPs; the ACs implement=20 >>the new security schemes instead and the management problem=20 >>is therefore=20 >>simplified. It can also protect from LAN-side eavesdropping. >> >> This architecture is susceptible to MIM attack in the=20 >>sense that a=20 >>MIM on the wired LAN could prevent PDUs from getting to their=20 >>destinations, but privacy and message integrity are not lost. >> >>2. Section 4.6: This section on security is blank. May I offer the=20 >>following prose: >> >> "There are different kinds of traffic passing between the WTP and=20 >>the AC, and each one warrants different considerations. >> >> "For user traffic, there are several choices. Some=20 >>vendors choose to=20 >>encrypt/decrypt user traffic at the WTP and send user data in=20 >>the clear=20 >>between the WTP and the AC. Other vendors choose to=20 >>encrypt/decrypt user=20 >>traffic at the WTP and then aggregate this traffic into a single=20 >>encrypted tunnel to the AC. Yet others transport the=20 >>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP,=20 >>thereby avoiding user encryption keys being stored at the WTP. The=20 >>tradeoffs are between complexity at the AC versus the WTP,=20 >>and also in=20 >>security versus simplicity in the WTP. >> >> "Most vendors choose to encrypt management traffic=20 >>between WTPs and=20 >>APs. Most vendors use mutual authentication between WTP and AC to=20 >>protect against rogue APs. >> >> "Some vendors support IPSec VPN termination on ACs; this allows=20 >>greater security since wireless clients can use an IPSec VPN over the=20 >>air and over the wired network, all the way to the AC. Some=20 >>vendors use=20 >>Access Control Lists (ACLs) at the WTP or the AC to prevent=20 >>unauthorized=20 >>clients from using the wireless network." >> >>3. I did not see any section on roaming, redundancy, WTP/AC=20 >>handoff; do=20 >>we need sections on this? If so, I would be happy to write=20 >>them. These=20 >>are all important issues and some of the taxonomy submissions=20 >>do mention=20 >>how those vendors approach them. >> >>Regards, >>Shankar >>--=20 >>Shankar Narayanaswamy, Ph.D. >>wireless@shankar.org Mobile: +1 650-387-4593 >>http://www.shankar.org E-Fax: +1 253-498-8372 >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap >> >=20 > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap --=20 Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From wireless@shankar.org Thu Apr 15 07:22:42 2004 From: wireless@shankar.org (Shankar Narayanaswamy) Date: Wed, 14 Apr 2004 23:22:42 -0700 Subject: [Capwap] Taxonomy doc References: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4229@orsmsx408.jf.intel.com> Message-ID: <407E2A32.3050207@shankar.org> Lily, We probably have no option but to defer (3) because they were not addressed in the original taxonomy survey (although I would be happy to write a section on how we do it at Instant802). A new survey will be needed to capture how each of the three items is addressed by the participating vendors. Also VoIP support and any other architectural facets that must eventually be captured by the LWAPP to allow true interoperability between WTPs and ACs. Regards, Shankar Yang, Lily L wrote: > Hi, Shankar -- > > Sorry about the versioning problem. I agree that it has been a moving > target because of the tight schedule and our desire to improve on the > draft as much as possible. > I agree with your comments (1) and (3). I probably can incorporate (1) > into v02 today, but (3) needs more discussion and work and so I would > like to defer that into later version. Is that ok with you? > > Lily > > -----Original Message----- > From: Shankar Narayanaswamy [mailto:wireless@shankar.org] > Sent: Wednesday, April 14, 2004 2:55 AM > To: Yang, Lily L > Cc: capwap@frascone.com > Subject: Re: [Capwap] Taxonomy doc > > Lily, > > Since the newer version was not distributed before (and the feedback > deadline was April 12) it is very difficult for someone who is not on > the design team to contribute: we are chasing a moving target! It would > be more efficient to freeze the document in between feedback cycles. And > > to change the filename for each draft so we know which one we are > talking about. > > Anyway, my original comment (1) still stands. Section 4.4 (Split MAC) > states that the reasoning behind the split MAC architecture is scaling. > But cost reduction in the WTP and security are just as important, if not > > more so. I could even argue the converse: moving functionality away from > > the WTP and centralizing it introduces massive complexity in the AC as > the system scales, and it is easy to reach a level of complexity in the > AC that is impractical (from a CPU and I/O processing perspective) with > just a couple of dozen access points. This would argue for moving > everything except centralized management into the WTPs. > > So my argument is that cost reduction in the WTP and security are the > real reasons behind the split MAC architecture; their importance > outweighs the scaling disadvantage. > > > My original comment (3) also still stands: we have not addressed > roaming, redundancy and AC/WTP handoff (due to AC failure or > load-balancing). This is important because it affects the protocol > between ACs and between AC and WTP. Does anyone else see a need to > capture this as part of the architecture taxonomy? > > Thanks, > Shankar > > > Yang, Lily L wrote: > >>Hi, Shankar -- >> >>It appears that what you are referring to here is an older version of > > our docemnt. There is a newer version that we are still working on, and > this version can be found at > >>http://www.capwap.org/draft-ietf-capwap-arch-01.txt >>In this newer version, you will see that we do move the > > encryption/decryption from the real time list to the non-real time list. > > >>We also added content to 4.6 security. Please review and if you feel > > there are more you can add on top of that, please don't hesitate to send > to us. We are trying to revise this version by end of tomorrow so that > we can provide to IEEE for their review. So early comments would be > appreciated. > >>Thanks, >>Lily >> >> >> >> >>>-----Original Message----- >>>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>>Behalf Of Shankar Narayanaswamy >>>Sent: Monday, April 12, 2004 2:03 AM >>>To: capwap@frascone.com >>>Subject: [Capwap] Taxonomy doc >>> >>> >>>All, >>> >>>Some thoughts: >>> >>>1. Section 4.2: This section states that the reasoning >>>behind the Split >>>MAC architecture is to "offload to the WTP(s) functionality that is >>>specific and relevant only to the locality of each BSS in >>>order to allow >>>the AC to scale to a large number of 'lightweight' WTP devices". The >>>section also mentions 802.11 encryption/decryption as being a >>>real-time >>>service implemented on the WTP. >>> >>> This is not always true. For example, at Instant802 (and some >>>others: Symbol, Aruba?) we perform 802.11 >>>encryption/decryption at the >>>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported >>>using a GRE or some other encapsulation between the WTP and the AC. >>> >>> This is driven by two considerations. The first is cost >>>reduction >>>in the WTP. We want it to be as cheap and simple as possible >>>so taking >>>out encryption/decryption is useful, especially since this >>>may otherwise >>>have to be done twice (decrypt the 802.11 packet, then encrypt the IP >>>packet to tunnel it to the AC). The second is security. We >>>want to avoid >>>any risk from a compromised WTP, and therefore not have user >>>encryption >>>keys on the AP at all. Since the entire encrypted 802.11 frame is >>>carried over the wired LAN between WTP and AC, the user's >>>security level >>>(WEP, TKIP, WPA, 802.11i) is preserved. >>> >>> A side effect of this architecture is that progress in security >>>protocols and algorithm does not obsolete the WTPs; the ACs implement >>>the new security schemes instead and the management problem >>>is therefore >>>simplified. It can also protect from LAN-side eavesdropping. >>> >>> This architecture is susceptible to MIM attack in the >>>sense that a >>>MIM on the wired LAN could prevent PDUs from getting to their >>>destinations, but privacy and message integrity are not lost. >>> >>>2. Section 4.6: This section on security is blank. May I offer the >>>following prose: >>> >>> "There are different kinds of traffic passing between the WTP and >>>the AC, and each one warrants different considerations. >>> >>> "For user traffic, there are several choices. Some >>>vendors choose to >>>encrypt/decrypt user traffic at the WTP and send user data in >>>the clear >>>between the WTP and the AC. Other vendors choose to >>>encrypt/decrypt user >>>traffic at the WTP and then aggregate this traffic into a single >>>encrypted tunnel to the AC. Yet others transport the >>>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP, >>>thereby avoiding user encryption keys being stored at the WTP. The >>>tradeoffs are between complexity at the AC versus the WTP, >>>and also in >>>security versus simplicity in the WTP. >>> >>> "Most vendors choose to encrypt management traffic >>>between WTPs and >>>APs. Most vendors use mutual authentication between WTP and AC to >>>protect against rogue APs. >>> >>> "Some vendors support IPSec VPN termination on ACs; this allows >>>greater security since wireless clients can use an IPSec VPN over the >>>air and over the wired network, all the way to the AC. Some >>>vendors use >>>Access Control Lists (ACLs) at the WTP or the AC to prevent >>>unauthorized >>>clients from using the wireless network." >>> >>>3. I did not see any section on roaming, redundancy, WTP/AC >>>handoff; do >>>we need sections on this? If so, I would be happy to write >>>them. These >>>are all important issues and some of the taxonomy submissions >>>do mention >>>how those vendors approach them. >>> >>>Regards, >>>Shankar >>>-- >>>Shankar Narayanaswamy, Ph.D. >>>wireless@shankar.org Mobile: +1 650-387-4593 >>>http://www.shankar.org E-Fax: +1 253-498-8372 >>> >>>_______________________________________________ >>>Capwap mailing list >>>Capwap@frascone.com >>>http://mail.frascone.com/mailman/listinfo/capwap >>> >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap > > > -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From wireless@shankar.org Thu Apr 15 07:32:04 2004 From: wireless@shankar.org (Shankar Narayanaswamy) Date: Wed, 14 Apr 2004 23:32:04 -0700 Subject: [Capwap] Taxonomy doc References: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4229@orsmsx408.jf.intel.com> Message-ID: <407E2C64.5040008@shankar.org> More thoughts on reasoning for the split MAC architecture: 1. Security - extend the wireless security back to the AC. 2. To allow switch vendors to independently innovate products and protocols from WTP vendors (given a standard WTP/AC protocol) 3. To allow WTP vendors to innovate products independently from switch vendors - e.g. different form factors, higher speeds, etc. Thanks, Shankar Yang, Lily L wrote: > Hi, Shankar -- > > Sorry about the versioning problem. I agree that it has been a moving > target because of the tight schedule and our desire to improve on the > draft as much as possible. > I agree with your comments (1) and (3). I probably can incorporate (1) > into v02 today, but (3) needs more discussion and work and so I would > like to defer that into later version. Is that ok with you? > > Lily > > -----Original Message----- > From: Shankar Narayanaswamy [mailto:wireless@shankar.org] > Sent: Wednesday, April 14, 2004 2:55 AM > To: Yang, Lily L > Cc: capwap@frascone.com > Subject: Re: [Capwap] Taxonomy doc > > Lily, > > Since the newer version was not distributed before (and the feedback > deadline was April 12) it is very difficult for someone who is not on > the design team to contribute: we are chasing a moving target! It would > be more efficient to freeze the document in between feedback cycles. And > > to change the filename for each draft so we know which one we are > talking about. > > Anyway, my original comment (1) still stands. Section 4.4 (Split MAC) > states that the reasoning behind the split MAC architecture is scaling. > But cost reduction in the WTP and security are just as important, if not > > more so. I could even argue the converse: moving functionality away from > > the WTP and centralizing it introduces massive complexity in the AC as > the system scales, and it is easy to reach a level of complexity in the > AC that is impractical (from a CPU and I/O processing perspective) with > just a couple of dozen access points. This would argue for moving > everything except centralized management into the WTPs. > > So my argument is that cost reduction in the WTP and security are the > real reasons behind the split MAC architecture; their importance > outweighs the scaling disadvantage. > > > My original comment (3) also still stands: we have not addressed > roaming, redundancy and AC/WTP handoff (due to AC failure or > load-balancing). This is important because it affects the protocol > between ACs and between AC and WTP. Does anyone else see a need to > capture this as part of the architecture taxonomy? > > Thanks, > Shankar > > > Yang, Lily L wrote: > >>Hi, Shankar -- >> >>It appears that what you are referring to here is an older version of > > our docemnt. There is a newer version that we are still working on, and > this version can be found at > >>http://www.capwap.org/draft-ietf-capwap-arch-01.txt >>In this newer version, you will see that we do move the > > encryption/decryption from the real time list to the non-real time list. > > >>We also added content to 4.6 security. Please review and if you feel > > there are more you can add on top of that, please don't hesitate to send > to us. We are trying to revise this version by end of tomorrow so that > we can provide to IEEE for their review. So early comments would be > appreciated. > >>Thanks, >>Lily >> >> >> >> >>>-----Original Message----- >>>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>>Behalf Of Shankar Narayanaswamy >>>Sent: Monday, April 12, 2004 2:03 AM >>>To: capwap@frascone.com >>>Subject: [Capwap] Taxonomy doc >>> >>> >>>All, >>> >>>Some thoughts: >>> >>>1. Section 4.2: This section states that the reasoning >>>behind the Split >>>MAC architecture is to "offload to the WTP(s) functionality that is >>>specific and relevant only to the locality of each BSS in >>>order to allow >>>the AC to scale to a large number of 'lightweight' WTP devices". The >>>section also mentions 802.11 encryption/decryption as being a >>>real-time >>>service implemented on the WTP. >>> >>> This is not always true. For example, at Instant802 (and some >>>others: Symbol, Aruba?) we perform 802.11 >>>encryption/decryption at the >>>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported >>>using a GRE or some other encapsulation between the WTP and the AC. >>> >>> This is driven by two considerations. The first is cost >>>reduction >>>in the WTP. We want it to be as cheap and simple as possible >>>so taking >>>out encryption/decryption is useful, especially since this >>>may otherwise >>>have to be done twice (decrypt the 802.11 packet, then encrypt the IP >>>packet to tunnel it to the AC). The second is security. We >>>want to avoid >>>any risk from a compromised WTP, and therefore not have user >>>encryption >>>keys on the AP at all. Since the entire encrypted 802.11 frame is >>>carried over the wired LAN between WTP and AC, the user's >>>security level >>>(WEP, TKIP, WPA, 802.11i) is preserved. >>> >>> A side effect of this architecture is that progress in security >>>protocols and algorithm does not obsolete the WTPs; the ACs implement >>>the new security schemes instead and the management problem >>>is therefore >>>simplified. It can also protect from LAN-side eavesdropping. >>> >>> This architecture is susceptible to MIM attack in the >>>sense that a >>>MIM on the wired LAN could prevent PDUs from getting to their >>>destinations, but privacy and message integrity are not lost. >>> >>>2. Section 4.6: This section on security is blank. May I offer the >>>following prose: >>> >>> "There are different kinds of traffic passing between the WTP and >>>the AC, and each one warrants different considerations. >>> >>> "For user traffic, there are several choices. Some >>>vendors choose to >>>encrypt/decrypt user traffic at the WTP and send user data in >>>the clear >>>between the WTP and the AC. Other vendors choose to >>>encrypt/decrypt user >>>traffic at the WTP and then aggregate this traffic into a single >>>encrypted tunnel to the AC. Yet others transport the >>>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP, >>>thereby avoiding user encryption keys being stored at the WTP. The >>>tradeoffs are between complexity at the AC versus the WTP, >>>and also in >>>security versus simplicity in the WTP. >>> >>> "Most vendors choose to encrypt management traffic >>>between WTPs and >>>APs. Most vendors use mutual authentication between WTP and AC to >>>protect against rogue APs. >>> >>> "Some vendors support IPSec VPN termination on ACs; this allows >>>greater security since wireless clients can use an IPSec VPN over the >>>air and over the wired network, all the way to the AC. Some >>>vendors use >>>Access Control Lists (ACLs) at the WTP or the AC to prevent >>>unauthorized >>>clients from using the wireless network." >>> >>>3. I did not see any section on roaming, redundancy, WTP/AC >>>handoff; do >>>we need sections on this? If so, I would be happy to write >>>them. These >>>are all important issues and some of the taxonomy submissions >>>do mention >>>how those vendors approach them. >>> >>>Regards, >>>Shankar >>>-- >>>Shankar Narayanaswamy, Ph.D. >>>wireless@shankar.org Mobile: +1 650-387-4593 >>>http://www.shankar.org E-Fax: +1 253-498-8372 >>> >>>_______________________________________________ >>>Capwap mailing list >>>Capwap@frascone.com >>>http://mail.frascone.com/mailman/listinfo/capwap >>> >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap > > > -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From Malini.Raghavendra@lntinfotech.com Thu Apr 15 08:19:11 2004 From: Malini.Raghavendra@lntinfotech.com (Malini Raghavendra) Date: Thu, 15 Apr 2004 12:49:11 +0530 Subject: [Capwap] Taxonomy doc Message-ID: Hello All, I would like to get clarification on the below statement [Reference: Page 23 v01]. The document extract is given below. "In most cases, since WTP devices are IP-addressable, any of the direct connection, L2-switched, or L3-routed topologies of Section 2.2 can be used." With respect to the above statement,I would like to know, When i implement AC to support all the 3 modes(direct connection, L2-switched, or L3-routed), is it possible that same AC is connected by L2 with one WTP and L3 connected with another WTP? Because in Page 16, Figure 4 direct connection as well as switch connection is shown whereas the Figure 5 does not have such combination of topology in a single AC. Thanks Malini Raghavendra capwap-request@fr ascone.com To: capwap@frascone.com Sent by: cc: capwap-admin@fras Subject: Capwap digest, Vol 1 #204 - 5 msgs cone.com 04/14/2004 09:30 PM Please respond to capwap Send Capwap mailing list submissions to capwap@frascone.com To subscribe or unsubscribe via the World Wide Web, visit http://mail.frascone.com/mailman/listinfo/capwap or, via email, send a message with subject or body 'help' to capwap-request@frascone.com You can reach the person managing the list at capwap-admin@frascone.com When replying, please edit your Subject line so it is more specific than "Re: Contents of Capwap digest..." Today's Topics: 1. test - pls ignore (Wijnen, Bert (Bert)) 2. Design Team conference minutes (Yang, Lily L) 3. RE: Taxonomy doc (Yang, Lily L) 4. Re: Taxonomy doc (Shankar Narayanaswamy) 5. RE: About LWAPP's security (Michael Cheng) --__--__-- Message: 1 From: "Wijnen, Bert (Bert)" To: "Capwap (E-mail)" Date: Wed, 14 Apr 2004 00:09:09 +0200 Subject: [Capwap] test - pls ignore checking if archive works Thanks, Bert --__--__-- Message: 2 Date: Tue, 13 Apr 2004 15:25:18 -0700 From: "Yang, Lily L" To: Subject: [Capwap] Design Team conference minutes This is a multi-part message in MIME format. ------_=_NextPart_001_01C421A6.3391B95F Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable CAPWAP Design Team teleconference minutes April 13, 2004 8-10am =20 Attendees (11): Victor, Inderpreet, Partha, Jim, Petros, Ajit, Dave, Peyush, Matt, Lily, Mani =20 **** Short term milestone: Revise to v02 according to comments received, submit by end of day April 14, ready for IEEE Review on April 15. =20 ***** Draft review: we went through the April 7 version of the draft page by page, section by section to collect comments and feedback. Nothing major came up but the team did provide a list of good comments and had good discussion to reach consensus on the necessary changes. Will send out the new revision with list of changes by tomorrow to the CAPWAP list. Ideally we would like the CAPWAP WG to have some internal review time before submitting for external IEEE review. However, the tight schedule prohibits us from doing that. So we will be doing IETF and IEEE review in parallel. It is expected that the draft will continue to be revised and advanced for the next several months. =20 =20 Lily ------_=_NextPart_001_01C421A6.3391B95F Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

CAPWAP Design Team teleconference = minutes

April 13, 2004  8-10am

 

Attendees (11):

Victor, Inderpreet, Partha, Jim, Petros, Ajit, Dave, = Peyush, Matt, Lily, Mani

 

**** Short term milestone: Revise to v02 according to comments received, submit by end of day April 14, ready for IEEE Review = on April 15.

 

***** Draft review: we went through the April 7 = version of the draft page by page, section by section to collect comments and = feedback. Nothing major came up but the team did provide a list of good comments and had = good discussion to reach consensus on the necessary changes. Will send out = the new revision with list of changes by tomorrow to the CAPWAP list. Ideally we = would like the CAPWAP WG to have some internal review time before submitting = for external IEEE review. However, the tight schedule prohibits us from = doing that. So we will be doing IETF and IEEE review in parallel. It is expected = that the draft will continue to be revised and advanced for the next several = months.

 

 

Lily

=00 ------_=_NextPart_001_01C421A6.3391B95F-- --__--__-- Message: 3 Subject: RE: [Capwap] Taxonomy doc Date: Tue, 13 Apr 2004 13:41:09 -0700 From: "Yang, Lily L" To: "Shankar Narayanaswamy" Cc: Hi, Shankar -- It appears that what you are referring to here is an older version of = our docemnt. There is a newer version that we are still working on, and = this version can be found at=20 http://www.capwap.org/draft-ietf-capwap-arch-01.txt=20 In this newer version, you will see that we do move the = encryption/decryption from the real time list to the non-real time list. = We also added content to 4.6 security. Please review and if you feel = there are more you can add on top of that, please don't hesitate to send = to us. We are trying to revise this version by end of tomorrow so that = we can provide to IEEE for their review. So early comments would be = appreciated. Thanks, Lily > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On > Behalf Of Shankar Narayanaswamy > Sent: Monday, April 12, 2004 2:03 AM > To: capwap@frascone.com > Subject: [Capwap] Taxonomy doc >=20 >=20 > All, >=20 > Some thoughts: >=20 > 1. Section 4.2: This section states that the reasoning=20 > behind the Split=20 > MAC architecture is to "offload to the WTP(s) functionality that is=20 > specific and relevant only to the locality of each BSS in=20 > order to allow=20 > the AC to scale to a large number of 'lightweight' WTP devices". The=20 > section also mentions 802.11 encryption/decryption as being a=20 > real-time=20 > service implemented on the WTP. >=20 > This is not always true. For example, at Instant802 (and some=20 > others: Symbol, Aruba?) we perform 802.11=20 > encryption/decryption at the=20 > AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported=20 > using a GRE or some other encapsulation between the WTP and the AC. >=20 > This is driven by two considerations. The first is cost=20 > reduction=20 > in the WTP. We want it to be as cheap and simple as possible=20 > so taking=20 > out encryption/decryption is useful, especially since this=20 > may otherwise=20 > have to be done twice (decrypt the 802.11 packet, then encrypt the IP=20 > packet to tunnel it to the AC). The second is security. We=20 > want to avoid=20 > any risk from a compromised WTP, and therefore not have user=20 > encryption=20 > keys on the AP at all. Since the entire encrypted 802.11 frame is=20 > carried over the wired LAN between WTP and AC, the user's=20 > security level=20 > (WEP, TKIP, WPA, 802.11i) is preserved. >=20 > A side effect of this architecture is that progress in security=20 > protocols and algorithm does not obsolete the WTPs; the ACs implement=20 > the new security schemes instead and the management problem=20 > is therefore=20 > simplified. It can also protect from LAN-side eavesdropping. >=20 > This architecture is susceptible to MIM attack in the=20 > sense that a=20 > MIM on the wired LAN could prevent PDUs from getting to their=20 > destinations, but privacy and message integrity are not lost. >=20 > 2. Section 4.6: This section on security is blank. May I offer the=20 > following prose: >=20 > "There are different kinds of traffic passing between the WTP and=20 > the AC, and each one warrants different considerations. >=20 > "For user traffic, there are several choices. Some=20 > vendors choose to=20 > encrypt/decrypt user traffic at the WTP and send user data in=20 > the clear=20 > between the WTP and the AC. Other vendors choose to=20 > encrypt/decrypt user=20 > traffic at the WTP and then aggregate this traffic into a single=20 > encrypted tunnel to the AC. Yet others transport the=20 > WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP,=20 > thereby avoiding user encryption keys being stored at the WTP. The=20 > tradeoffs are between complexity at the AC versus the WTP,=20 > and also in=20 > security versus simplicity in the WTP. >=20 > "Most vendors choose to encrypt management traffic=20 > between WTPs and=20 > APs. Most vendors use mutual authentication between WTP and AC to=20 > protect against rogue APs. >=20 > "Some vendors support IPSec VPN termination on ACs; this allows=20 > greater security since wireless clients can use an IPSec VPN over the=20 > air and over the wired network, all the way to the AC. Some=20 > vendors use=20 > Access Control Lists (ACLs) at the WTP or the AC to prevent=20 > unauthorized=20 > clients from using the wireless network." >=20 > 3. I did not see any section on roaming, redundancy, WTP/AC=20 > handoff; do=20 > we need sections on this? If so, I would be happy to write=20 > them. These=20 > are all important issues and some of the taxonomy submissions=20 > do mention=20 > how those vendors approach them. >=20 > Regards, > Shankar > --=20 > Shankar Narayanaswamy, Ph.D. > wireless@shankar.org Mobile: +1 650-387-4593 > http://www.shankar.org E-Fax: +1 253-498-8372 >=20 > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap >=20 --__--__-- Message: 4 Date: Wed, 14 Apr 2004 02:55:12 -0700 From: Shankar Narayanaswamy To: "Yang, Lily L" Cc: capwap@frascone.com Subject: Re: [Capwap] Taxonomy doc Lily, Since the newer version was not distributed before (and the feedback deadline was April 12) it is very difficult for someone who is not on the design team to contribute: we are chasing a moving target! It would be more efficient to freeze the document in between feedback cycles. And to change the filename for each draft so we know which one we are talking about. Anyway, my original comment (1) still stands. Section 4.4 (Split MAC) states that the reasoning behind the split MAC architecture is scaling. But cost reduction in the WTP and security are just as important, if not more so. I could even argue the converse: moving functionality away from the WTP and centralizing it introduces massive complexity in the AC as the system scales, and it is easy to reach a level of complexity in the AC that is impractical (from a CPU and I/O processing perspective) with just a couple of dozen access points. This would argue for moving everything except centralized management into the WTPs. So my argument is that cost reduction in the WTP and security are the real reasons behind the split MAC architecture; their importance outweighs the scaling disadvantage. My original comment (3) also still stands: we have not addressed roaming, redundancy and AC/WTP handoff (due to AC failure or load-balancing). This is important because it affects the protocol between ACs and between AC and WTP. Does anyone else see a need to capture this as part of the architecture taxonomy? Thanks, Shankar Yang, Lily L wrote: > Hi, Shankar -- > > It appears that what you are referring to here is an older version of our docemnt. There is a newer version that we are still working on, and this version can be found at > http://www.capwap.org/draft-ietf-capwap-arch-01.txt > In this newer version, you will see that we do move the encryption/decryption from the real time list to the non-real time list. > We also added content to 4.6 security. Please review and if you feel there are more you can add on top of that, please don't hesitate to send to us. We are trying to revise this version by end of tomorrow so that we can provide to IEEE for their review. So early comments would be appreciated. > > Thanks, > Lily > > > >>-----Original Message----- >>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>Behalf Of Shankar Narayanaswamy >>Sent: Monday, April 12, 2004 2:03 AM >>To: capwap@frascone.com >>Subject: [Capwap] Taxonomy doc >> >> >>All, >> >>Some thoughts: >> >>1. Section 4.2: This section states that the reasoning >>behind the Split >>MAC architecture is to "offload to the WTP(s) functionality that is >>specific and relevant only to the locality of each BSS in >>order to allow >>the AC to scale to a large number of 'lightweight' WTP devices". The >>section also mentions 802.11 encryption/decryption as being a >>real-time >>service implemented on the WTP. >> >> This is not always true. For example, at Instant802 (and some >>others: Symbol, Aruba?) we perform 802.11 >>encryption/decryption at the >>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported >>using a GRE or some other encapsulation between the WTP and the AC. >> >> This is driven by two considerations. The first is cost >>reduction >>in the WTP. We want it to be as cheap and simple as possible >>so taking >>out encryption/decryption is useful, especially since this >>may otherwise >>have to be done twice (decrypt the 802.11 packet, then encrypt the IP >>packet to tunnel it to the AC). The second is security. We >>want to avoid >>any risk from a compromised WTP, and therefore not have user >>encryption >>keys on the AP at all. Since the entire encrypted 802.11 frame is >>carried over the wired LAN between WTP and AC, the user's >>security level >>(WEP, TKIP, WPA, 802.11i) is preserved. >> >> A side effect of this architecture is that progress in security >>protocols and algorithm does not obsolete the WTPs; the ACs implement >>the new security schemes instead and the management problem >>is therefore >>simplified. It can also protect from LAN-side eavesdropping. >> >> This architecture is susceptible to MIM attack in the >>sense that a >>MIM on the wired LAN could prevent PDUs from getting to their >>destinations, but privacy and message integrity are not lost. >> >>2. Section 4.6: This section on security is blank. May I offer the >>following prose: >> >> "There are different kinds of traffic passing between the WTP and >>the AC, and each one warrants different considerations. >> >> "For user traffic, there are several choices. Some >>vendors choose to >>encrypt/decrypt user traffic at the WTP and send user data in >>the clear >>between the WTP and the AC. Other vendors choose to >>encrypt/decrypt user >>traffic at the WTP and then aggregate this traffic into a single >>encrypted tunnel to the AC. Yet others transport the >>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP, >>thereby avoiding user encryption keys being stored at the WTP. The >>tradeoffs are between complexity at the AC versus the WTP, >>and also in >>security versus simplicity in the WTP. >> >> "Most vendors choose to encrypt management traffic >>between WTPs and >>APs. Most vendors use mutual authentication between WTP and AC to >>protect against rogue APs. >> >> "Some vendors support IPSec VPN termination on ACs; this allows >>greater security since wireless clients can use an IPSec VPN over the >>air and over the wired network, all the way to the AC. Some >>vendors use >>Access Control Lists (ACLs) at the WTP or the AC to prevent >>unauthorized >>clients from using the wireless network." >> >>3. I did not see any section on roaming, redundancy, WTP/AC >>handoff; do >>we need sections on this? If so, I would be happy to write >>them. These >>are all important issues and some of the taxonomy submissions >>do mention >>how those vendors approach them. >> >>Regards, >>Shankar >>-- >>Shankar Narayanaswamy, Ph.D. >>wireless@shankar.org Mobile: +1 650-387-4593 >>http://www.shankar.org E-Fax: +1 253-498-8372 >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap >> > > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap -- Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 --__--__-- Message: 5 Date: Wed, 14 Apr 2004 11:09:14 +0100 From: Michael Cheng Subject: RE: [Capwap] About LWAPP's security To: "'capwap@frascone.com'" Hi Scott, Thank you very much for your quick response. Sorry to reply late. I was off for a few days. We wrote the paper purely for our own research interest and did not plan to attack one particular design. We noticed the problem last June( maybe you still can find my email in the group) and wrote the paper under a request for academic reason last December. Because we believed that the lwapp team would release new version after the old draft expired, we didn't post the paper. However, it seems that the LWAPP team becomes inactive after establishing CAPWAP or am I wrong? We think we should post the paper purely for academic reason. Only a few comments on your response. Moreover, I updated the paper with some minor corrections. Scott G. Kelly wrote: > Hi Michael, > > Michael Cheng wrote: > > > Hi, > > > > We wrote a paper to briefly analyze the security aspect of LWAPP. > > If anyone is still interested in LWAPP, the paper is avaible > > on http://www.cs.mdx.ac.uk/staffpages/m_cheng/link/lwapp_g.pdf > > Thanks for posting this paper. After giving it a quick review, I have a few comments. I'd like to preface this by saying that this is not currently a working group item, and so this discussion is purely academic, and it may be terminatated by the wg chairs at any time. Nonetheless, I think it should hold some interest for wg members, and the paper deserves some response. > > In order to properly analyze the security properties of the protocol discussed in the draft, you must understand the assumptions under which the protocol operates. These were described in an internal document here, but not in detail in the lwapp draft, so you are at a disadvantage in that regard. > > One primary architectural assumption in the original lwapp security design was that the AP's have a direct layer 2 connection to the AR, which in our case is a switch. It is also assumed that this connection is relatively protected with regard to physical security (e.g. runs through the ceiling of your office building to your lockable server room). That is, the security protocol discussed in the draft was not designed to operate over a hostile network. I believe this was made clear in subsequent discussions on this list. I totally agree with you that when designing a security protocol we should consider the protocol application environment and evaluate the potentional threats. However, I believe all of us agree with that we can not just design a protocol to cope with the threats we found. A general way to design a protocol is first to analyze the available cryptography primitives( enc: AES, RSA, ECC, ..., hash: ..., sometimes patents are concerned) second to decide the acceptable protocol complexity (computation, bandwith, implementation) third to decide the general protocol type (symmetric or aymmetric-based, password-based, key agreement or key transport, AK or AKC) four to design a protocol (or some) as rigerous as possible (formally provable with some general properties: known-key attack, key-comprise impersonation...) fifth to evaluate the protocol's ability to counter the potential threats. (Some attacks in networks can not be defended by only designing a generally good protocol. Some protocol security properties are undesireable in the application environment.) sixth to make a choice based on the balance between complexity and security. Of cz sometime we also should consider whether the parameter negotiation is necessary. I believe a rigerous protocol with tolerable complexity is NEVER a bad choice. For example protocol 3 in our paper, to provide explicit key-confirmation, AR only needs to perform one more hash operation. Maybe one will argue that the opening key attack is not feasible in LWAPP. However when we tell customers that there is a bug, but the attack is extremely unlikely, customers maybe will not be convinced. On the other hand, why not use a small cost to remove the potential bug with an explicity key confirmation? Moreover, we cannot forcast the future. If we can design a protocol with acceptable complexity which is secure in the hotile environment, why don't we do it ? > > In our internal analysis we concluded, as do you, that there is no significant security benefit inherent in encrypting the wep keys, since anyone who can see the encrypted lwapp channel can see the unencrypted data traffic. But try telling a customer that you're sending encryption keys over the network in the clear, but that they shouldn't worry about this. Also, in the case where an attacker can't insert himself as a MiM, there is a small security benefit: in these cases he can only eavesdrop; he cannot modify the traffic flow, whereas with compromised wep keys he could inject traffic. But this is an admittedly small benefit. > > There is some additional benefit in the encrypted/authenticated command channel: the AP control API is protected (including firmware downloads). This prevents the introduction of hostile firmware and/or configuration into the AP which might be used as building blocks in an attack. > > After related discussions on this list and the subsequent publication of the lwapp security requirements draft (expired, but still available at http://www.legra.com/downloads/IETF_Internet_Draft_LWAPP_Security.pdf ), it should be clear that the mechanism discussed in the original lwapp draft was quite limited, and is not viewed as sufficient solution for generalized lwapp security. > > Regarding various discussions about the authentication mechanism, you guys are mistaken in some of your assumptions. Both sides are supposed to be authenticated (not just the AR), and clearly you want to look at the IDs in the certs as part of the verification. We did not publish that level of detail in the 00 draft, but this does not mean it has not been considered. That is great. However we didnot see any new publication in the last few months. Is LWAPP still alive? I can't quite understand why LWAPP runs out of steam. or am I wrong? ( I did not follow the progress tightly.) In fact, ID and validality of certifications are problems out of the scope of designing secure protocols. Two problems are faced by any certification-based protocol. However, these two problems are particularly important in LWAPP-like protocols and should be addressed in the proposal if certification-based protocol is used. Password-based protocol has no such problem because AR's ID and password must be preconfigured in AP. For certification revocation, commonly there are two solutions. A: after establishing the channel, AP checks the CRL. (for example EAP-TLS uses this method) B: AR relays the request and response. (We proposed this way) Both methods have advantages and disadvantages. About ID, I agree with that this is more likely about implementation and deployment. > > Verifying IDs implies some preconfiguration during the initial staging, but this should come as no surprise to someone experienced at deploying this sort of gear. Discussion of these points was beyond the scope of the draft, and I'm sure these issues will be addressed if this wg moves forward with an lwapp-like protocol. > > Scott > > > Michael --__--__-- _______________________________________________ Capwap mailing list Capwap@frascone.com http://mail.frascone.com/mailman/listinfo/capwap End of Capwap Digest From lily.l.yang@intel.com Thu Apr 15 16:40:54 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Thu, 15 Apr 2004 08:40:54 -0700 Subject: [Capwap] Taxonomy doc Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C422F@orsmsx408.jf.intel.com> I think 2 and 3 are not specific to Split MAC but are benefits by a standard WTP/AC protocol. -----Original Message----- From: Shankar Narayanaswamy [mailto:wireless@shankar.org]=20 Sent: Wednesday, April 14, 2004 11:32 PM To: Yang, Lily L Cc: capwap@frascone.com Subject: Re: [Capwap] Taxonomy doc More thoughts on reasoning for the split MAC architecture: 1. Security - extend the wireless security back to the AC. 2. To allow switch vendors to independently innovate products and=20 protocols from WTP vendors (given a standard WTP/AC protocol) 3. To allow WTP vendors to innovate products independently from switch=20 vendors - e.g. different form factors, higher speeds, etc. Thanks, Shankar Yang, Lily L wrote: > Hi, Shankar -- >=20 > Sorry about the versioning problem. I agree that it has been a moving > target because of the tight schedule and our desire to improve on the > draft as much as possible.=20 > I agree with your comments (1) and (3). I probably can incorporate (1) > into v02 today, but (3) needs more discussion and work and so I would > like to defer that into later version. Is that ok with you? >=20 > Lily >=20 > -----Original Message----- > From: Shankar Narayanaswamy [mailto:wireless@shankar.org]=20 > Sent: Wednesday, April 14, 2004 2:55 AM > To: Yang, Lily L > Cc: capwap@frascone.com > Subject: Re: [Capwap] Taxonomy doc >=20 > Lily, >=20 > Since the newer version was not distributed before (and the feedback=20 > deadline was April 12) it is very difficult for someone who is not on=20 > the design team to contribute: we are chasing a moving target! It would=20 > be more efficient to freeze the document in between feedback cycles. And >=20 > to change the filename for each draft so we know which one we are=20 > talking about. >=20 > Anyway, my original comment (1) still stands. Section 4.4 (Split MAC)=20 > states that the reasoning behind the split MAC architecture is scaling.=20 > But cost reduction in the WTP and security are just as important, if not >=20 > more so. I could even argue the converse: moving functionality away from >=20 > the WTP and centralizing it introduces massive complexity in the AC as > the system scales, and it is easy to reach a level of complexity in the=20 > AC that is impractical (from a CPU and I/O processing perspective) with=20 > just a couple of dozen access points. This would argue for moving=20 > everything except centralized management into the WTPs. >=20 > So my argument is that cost reduction in the WTP and security are the=20 > real reasons behind the split MAC architecture; their importance=20 > outweighs the scaling disadvantage. >=20 >=20 > My original comment (3) also still stands: we have not addressed=20 > roaming, redundancy and AC/WTP handoff (due to AC failure or=20 > load-balancing). This is important because it affects the protocol=20 > between ACs and between AC and WTP. Does anyone else see a need to=20 > capture this as part of the architecture taxonomy? >=20 > Thanks, > Shankar >=20 >=20 > Yang, Lily L wrote: >=20 >>Hi, Shankar -- >> >>It appears that what you are referring to here is an older version of >=20 > our docemnt. There is a newer version that we are still working on, and > this version can be found at=20 >=20 >>http://www.capwap.org/draft-ietf-capwap-arch-01.txt=20 >>In this newer version, you will see that we do move the >=20 > encryption/decryption from the real time list to the non-real time list. >=20 >=20 >>We also added content to 4.6 security. Please review and if you feel >=20 > there are more you can add on top of that, please don't hesitate to send > to us. We are trying to revise this version by end of tomorrow so that > we can provide to IEEE for their review. So early comments would be > appreciated. >=20 >>Thanks, >>Lily >> >> >> >> >>>-----Original Message----- >>>From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On >>>Behalf Of Shankar Narayanaswamy >>>Sent: Monday, April 12, 2004 2:03 AM >>>To: capwap@frascone.com >>>Subject: [Capwap] Taxonomy doc >>> >>> >>>All, >>> >>>Some thoughts: >>> >>>1. Section 4.2: This section states that the reasoning=20 >>>behind the Split=20 >>>MAC architecture is to "offload to the WTP(s) functionality that is=20 >>>specific and relevant only to the locality of each BSS in=20 >>>order to allow=20 >>>the AC to scale to a large number of 'lightweight' WTP devices". The=20 >>>section also mentions 802.11 encryption/decryption as being a=20 >>>real-time=20 >>>service implemented on the WTP. >>> >>> This is not always true. For example, at Instant802 (and some=20 >>>others: Symbol, Aruba?) we perform 802.11=20 >>>encryption/decryption at the=20 >>>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are transported >>>using a GRE or some other encapsulation between the WTP and the AC. >>> >>> This is driven by two considerations. The first is cost=20 >>>reduction=20 >>>in the WTP. We want it to be as cheap and simple as possible=20 >>>so taking=20 >>>out encryption/decryption is useful, especially since this=20 >>>may otherwise=20 >>>have to be done twice (decrypt the 802.11 packet, then encrypt the IP >>>packet to tunnel it to the AC). The second is security. We=20 >>>want to avoid=20 >>>any risk from a compromised WTP, and therefore not have user=20 >>>encryption=20 >>>keys on the AP at all. Since the entire encrypted 802.11 frame is=20 >>>carried over the wired LAN between WTP and AC, the user's=20 >>>security level=20 >>>(WEP, TKIP, WPA, 802.11i) is preserved. >>> >>> A side effect of this architecture is that progress in security=20 >>>protocols and algorithm does not obsolete the WTPs; the ACs implement >>>the new security schemes instead and the management problem=20 >>>is therefore=20 >>>simplified. It can also protect from LAN-side eavesdropping. >>> >>> This architecture is susceptible to MIM attack in the=20 >>>sense that a=20 >>>MIM on the wired LAN could prevent PDUs from getting to their=20 >>>destinations, but privacy and message integrity are not lost. >>> >>>2. Section 4.6: This section on security is blank. May I offer the=20 >>>following prose: >>> >>> "There are different kinds of traffic passing between the WTP and=20 >>>the AC, and each one warrants different considerations. >>> >>> "For user traffic, there are several choices. Some=20 >>>vendors choose to=20 >>>encrypt/decrypt user traffic at the WTP and send user data in=20 >>>the clear=20 >>>between the WTP and the AC. Other vendors choose to=20 >>>encrypt/decrypt user=20 >>>traffic at the WTP and then aggregate this traffic into a single=20 >>>encrypted tunnel to the AC. Yet others transport the=20 >>>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP,=20 >>>thereby avoiding user encryption keys being stored at the WTP. The=20 >>>tradeoffs are between complexity at the AC versus the WTP,=20 >>>and also in=20 >>>security versus simplicity in the WTP. >>> >>> "Most vendors choose to encrypt management traffic=20 >>>between WTPs and=20 >>>APs. Most vendors use mutual authentication between WTP and AC to=20 >>>protect against rogue APs. >>> >>> "Some vendors support IPSec VPN termination on ACs; this allows=20 >>>greater security since wireless clients can use an IPSec VPN over the >>>air and over the wired network, all the way to the AC. Some=20 >>>vendors use=20 >>>Access Control Lists (ACLs) at the WTP or the AC to prevent=20 >>>unauthorized=20 >>>clients from using the wireless network." >>> >>>3. I did not see any section on roaming, redundancy, WTP/AC=20 >>>handoff; do=20 >>>we need sections on this? If so, I would be happy to write=20 >>>them. These=20 >>>are all important issues and some of the taxonomy submissions=20 >>>do mention=20 >>>how those vendors approach them. >>> >>>Regards, >>>Shankar >>>--=20 >>>Shankar Narayanaswamy, Ph.D. >>>wireless@shankar.org Mobile: +1 650-387-4593 >>>http://www.shankar.org E-Fax: +1 253-498-8372 >>> >>>_______________________________________________ >>>Capwap mailing list >>>Capwap@frascone.com >>>http://mail.frascone.com/mailman/listinfo/capwap >>> >> >>_______________________________________________ >>Capwap mailing list >>Capwap@frascone.com >>http://mail.frascone.com/mailman/listinfo/capwap >=20 >=20 >=20 --=20 Shankar Narayanaswamy, Ph.D. wireless@shankar.org Mobile: +1 650-387-4593 http://www.shankar.org E-Fax: +1 253-498-8372 From mmani@avaya.com Fri Apr 16 16:12:12 2004 From: mmani@avaya.com (Mani, Mahalingam (Mahalingam)) Date: Fri, 16 Apr 2004 09:12:12 -0600 Subject: [Capwap] Taxonomy doc Message-ID: Malini, > -----Original Message----- [...] >=20 >=20 > Hello All, > I would like to get clarification on the below statement [Reference: Page > 23 v01]. > The document extract is given below. > "In most cases, since WTP devices are IP-addressable, > any of the direct connection, L2-switched, or > L3-routed topologies of Section 2.2 can be used." >=20 > With respect to the above statement,I would like to know, > When i implement AC to support all the 3 modes(direct connection, > L2-switched, or > L3-routed), is it possible that same AC is connected by L2 with one WTP > and L3 connected with another WTP? >=20 [Mani, Mahalingam (Mahalingam)] it appears to me to be more of a configuration / implementation question than an architectural one. I will leave it to the contributing configurations to state if they allow it. -mani > Because in Page 16, Figure 4 direct connection as well as switch > connection > is shown whereas the Figure 5 does not have such combination of topology > in > a single AC. >=20 > Thanks > Malini Raghavendra >=20 >=20 >=20 [...] From lily.l.yang@intel.com Fri Apr 16 09:10:06 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Fri, 16 Apr 2004 01:10:06 -0700 Subject: [Capwap] FW: submission Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C423A@orsmsx408.jf.intel.com> This is a multi-part message in MIME format. ------_=_NextPart_001_01C4238A.3A7394B2 Content-Type: multipart/alternative; boundary="----_=_NextPart_002_01C4238A.3A7394B2" ------_=_NextPart_002_01C4238A.3A7394B2 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, all=20 =20 Here is v02 of the CAPWAP Architecture Taxonomy document that I just posted to the Internet-Drafts@ietf.org. We have incorporated most of the comments we received so far from the CAPWAP mailing list and Design Team.=20 =20 Here is a list of the major changes since v01: * Complete restructuring of Section 4 and added some new text to Section 4 as well: This section has gone thorough major content reorganization for better presentation of the material. * Added new text to Section 3 * Added new text to Section 6 (summary). * Security Consideration rewritten. =20 Here is a list of minor changes: * Entire document: removed reference to "Split WLAN Architecture" and "Hierarchical WLAN Architecture", use "Centralized WLAN Architecture" instead. * 1.3: "AC" reworded, "mesh WTP" removed. "Split WLAN Architecture" and "Hierarchical WLAN Architecture" removed. * 1.4 "Split WLAN Architecture" and "Hierarchical WLAN Architecture" added as historic terminology * 2: intro reworded to fix grammar. * 2.1 rewrote part of the text. * 2.2: "clear channel assessment" is removed from the list. * 5: added Editor's note. Fixed the figure. =20 While this revision can be used for both IETF and IEEE review, the design team intends to continue revise the draft based on feedback received. So your comments are most welcome. =20 Thanks, =20 Lily =20 -----Original Message----- From: Yang, Lily L=20 Sent: Friday, April 16, 2004 1:01 AM To: 'Internet-Drafts@ietf.org' Subject: submission =20 =20 ------_=_NextPart_002_01C4238A.3A7394B2 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi, all

 

Here is v02 of the CAPWAP = Architecture Taxonomy document that I just posted to the Internet-Drafts@ietf.org.

 We have incorporated most of = the comments we received so far from the CAPWAP mailing list and Design = Team.

 

Here is a list of the major changes = since v01:

* Complete restructuring of Section = 4 and added some new text to Section 4 as well: This section has gone thorough = major content reorganization for better presentation of the = material.

* Added new text to Section = 3

* Added new text to Section 6 = (summary).

* Security Consideration = rewritten.

 

Here is a list of minor = changes:

* Entire document: removed = reference to "Split WLAN Architecture" and "Hierarchical WLAN Architecture", use "Centralized WLAN Architecture" = instead.

* 1.3: "AC" = reworded, "mesh WTP" removed. "Split WLAN Architecture" and "Hierarchical WLAN Architecture" removed.

* 1.4 = "Split WLAN Architecture" and "Hierarchical WLAN Architecture" added = as historic terminology

* 2: intro reworded to fix = grammar.

* 2.1 rewrote part of the = text.

* 2.2: "clear channel assessment" is removed from the list.

* 5: added Editor's note. = Fixed the figure.

 

While this revision can be used for = both IETF and IEEE review, the design team intends to continue revise the = draft based on feedback received. So your comments are most = welcome.

 

Thanks,

 

Lily

 

-----Original Message-----
From: Yang, Lily L
Sent: Friday, April 16, 2004 1:01 AM
To: = 'Internet-Drafts@ietf.org'
Subject: = submission

 

 

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You can also download the new draft from the following link: http://www.capwap.org/draft-ietf-capwap-arch-02.txt =20 =20 -----Original Message----- From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On = Behalf Of Yang, Lily L Sent: Friday, April 16, 2004 1:10 AM To: capwap@frascone.com Cc: Dorothy Stanley Subject: [Capwap] FW: submission Hi, all=20 =20 Here is v02 of the CAPWAP Architecture Taxonomy document that I just = posted to the Internet-Drafts@ietf.org. We have incorporated most of the comments we received so far from the = CAPWAP mailing list and Design Team.=20 =20 Here is a list of the major changes since v01: * Complete restructuring of Section 4 and added some new text to Section = 4 as well: This section has gone thorough major content reorganization = for better presentation of the material. * Added new text to Section 3 * Added new text to Section 6 (summary). * Security Consideration rewritten. =20 Here is a list of minor changes: * Entire document: removed reference to "Split WLAN Architecture" and = "Hierarchical WLAN Architecture", use "Centralized WLAN Architecture" = instead. * 1.3: "AC" reworded, "mesh WTP" removed. "Split WLAN Architecture" and = "Hierarchical WLAN Architecture" removed. * 1.4 "Split WLAN Architecture" and "Hierarchical WLAN Architecture" = added as historic terminology * 2: intro reworded to fix grammar. * 2.1 rewrote part of the text. * 2.2: "clear channel assessment" is removed from the list. * 5: added Editor's note. Fixed the figure. =20 While this revision can be used for both IETF and IEEE review, the = design team intends to continue revise the draft based on feedback = received. So your comments are most welcome. =20 Thanks, =20 Lily =20 -----Original Message----- From: Yang, Lily L=20 Sent: Friday, April 16, 2004 1:01 AM To: 'Internet-Drafts@ietf.org' Subject: submission =20 =20 ------_=_NextPart_001_01C423E1.ED2E6800 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
You = can also=20 download the new draft from the following link:
http://www.c= apwap.org/draft-ietf-capwap-arch-02.txt
 
 
 -----Original = Message-----
From:=20 capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On Behalf = Of=20 Yang, Lily L
Sent: Friday, April 16, 2004 1:10 = AM
To:=20 capwap@frascone.com
Cc: Dorothy Stanley
Subject: = [Capwap]=20 FW: submission

Hi, all=20

 

Here is v02 = of the=20 CAPWAP Architecture Taxonomy document that I just posted to the Internet-Drafts@ietf.org.

 We = have=20 incorporated most of the comments we received so far from the CAPWAP = mailing=20 list and Design Team.

 

Here is a = list of the=20 major changes since v01:

* Complete=20 restructuring of Section 4 and added some new text to Section 4 as = well: This=20 section has gone thorough major content reorganization for better = presentation=20 of the material.

* Added new = text to=20 Section 3

* Added new = text to=20 Section 6 (summary).

* Security=20 Consideration rewritten.

 

Here is a = list of=20 minor changes:

* Entire document: = removed=20 reference to "Split WLAN Architecture" and "Hierarchical WLAN = Architecture",=20 use "Centralized WLAN Architecture" instead.

* 1.3: "AC" reworded, = "mesh WTP"=20 removed. "Split WLAN Architecture" and "Hierarchical WLAN = Architecture"=20 removed.

* 1.4 = "Split WLAN=20 Architecture" and "Hierarchical WLAN Architecture" added as historic=20 terminology

* 2: intro reworded to = fix=20 grammar.

* 2.1 rewrote part of = the=20 text.

* 2.2: "clear channel = assessment"=20 is removed from the list.

* 5: added Editor's = note. Fixed=20 the figure.

 

While this = revision=20 can be used for both IETF and IEEE review, the design team intends to = continue=20 revise the draft based on feedback received. So your comments are most = welcome.

 

Thanks,

 

Lily

 

-----Original=20 Message-----
From: = Yang, Lily=20 L
Sent: = Friday,=20 April 16, 2004 1:01=20 AM
To:=20 'Internet-Drafts@ietf.org'
Subject: = submission

 

 

------_=_NextPart_001_01C423E1.ED2E6800-- From lily.l.yang@intel.com Fri Apr 16 19:41:58 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Fri, 16 Apr 2004 11:41:58 -0700 Subject: [Capwap] FW: draft posted on our web server too Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4245@orsmsx408.jf.intel.com> Another place to download the v02 draft ... -----Original Message----- From: Petros Zerfos [mailto:pzerfos@CS.UCLA.EDU]=20 Sent: Friday, April 16, 2004 11:41 AM To: Yang, Lily L Subject: draft posted on our web server too at the following link: http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-02.txt Petros -- Petros Th. Zerfos UCLA - Computer Science Department email: pzerfos@cs.ucla.edu From Internet-Drafts@ietf.org Fri Apr 16 20:35:38 2004 From: Internet-Drafts@ietf.org (Internet-Drafts@ietf.org) Date: Fri, 16 Apr 2004 15:35:38 -0400 Subject: [Capwap] I-D ACTION:draft-ietf-capwap-arch-02.txt Message-ID: <200404161935.PAA00862@ietf.org> --NextPart A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Control And Provisioning of Wireless Access Points Working Group of the IETF. Title : Architecture for Control and Provisioning of Wireless Access Points(CAPWAP) Author(s) : L. Yang, et al. Filename : draft-ietf-capwap-arch-02.txt Pages : 89 Date : 2004-4-16 This document provides a taxonomy of the architectures employed in the existing IEEE 802.11 products in the market, by analyzing WLAN (Wireless LAN) functions and services and describing the different variants in distributing these functions and services among the architectural entities. This taxonomy may be utilized by the IEEE 802.11 Working Group as input to their task of defining the Access Point (AP) functional architecture. A URL for this Internet-Draft is: http://www.ietf.org/internet-drafts/draft-ietf-capwap-arch-02.txt To remove yourself from the I-D Announcement list, send a message to i-d-announce-request@ietf.org with the word unsubscribe in the body of the message. You can also visit https://www1.ietf.org/mailman/listinfo/I-D-announce to change your subscription settings. Internet-Drafts are also available by anonymous FTP. Login with the username "anonymous" and a password of your e-mail address. After logging in, type "cd internet-drafts" and then "get draft-ietf-capwap-arch-02.txt". A list of Internet-Drafts directories can be found in http://www.ietf.org/shadow.html or ftp://ftp.ietf.org/ietf/1shadow-sites.txt Internet-Drafts can also be obtained by e-mail. Send a message to: mailserv@ietf.org. In the body type: "FILE /internet-drafts/draft-ietf-capwap-arch-02.txt". NOTE: The mail server at ietf.org can return the document in MIME-encoded form by using the "mpack" utility. To use this feature, insert the command "ENCODING mime" before the "FILE" command. To decode the response(s), you will need "munpack" or a MIME-compliant mail reader. Different MIME-compliant mail readers exhibit different behavior, especially when dealing with "multipart" MIME messages (i.e. documents which have been split up into multiple messages), so check your local documentation on how to manipulate these messages. 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: Multipart/Alternative; Boundary="OtherAccess" --OtherAccess Content-Type: Message/External-body; access-type="mail-server"; server="mailserv@ietf.org" Content-Type: text/plain Content-ID: <2004-4-16154357.I-D@ietf.org> ENCODING mime FILE /internet-drafts/draft-ietf-capwap-arch-02.txt --OtherAccess Content-Type: Message/External-body; name="draft-ietf-capwap-arch-02.txt"; site="ftp.ietf.org"; access-type="anon-ftp"; directory="internet-drafts" Content-Type: text/plain Content-ID: <2004-4-16154357.I-D@ietf.org> --OtherAccess-- --NextPart-- From kempf@docomolabs-usa.com Fri Apr 16 22:02:35 2004 From: kempf@docomolabs-usa.com (James Kempf) Date: Fri, 16 Apr 2004 14:02:35 -0700 Subject: [Capwap] Fw: Comments on "Security Analysis of LWAPP" by Cheng, Nistazakis and Comley Message-ID: <024901c423f6$274dbeb0$366115ac@dcml.docomolabsusa.com> I took a look through this paper and I had a couple of comments. I agree that CRL checks are necessary, but I believe that there are already protocols for doing CRL checks, so I'm not sure having LWAPP explicitly support them is really required. It does require that the AP have an Internet connection, however. The other alternative would be to reprovision the certificate frequently, so that the lifetime is relatively short. An attempt by a compromised AP to reprovision would fail, resulting in having the certificate time out. In addition, failure of a reprovision would notify the network administrator that the AP had been compromised, allowing them to send out a truck to remove it. On the downside, there is still a window of vulnerability, but that would need to be weighed against the risk of compromise. The paper presents three additional key exchange protocols but then mentions that Identity Based Cryptosystems might be used. While I agree that IDCs have some advantages, they still don't remove the need for a PKI-like server to do parameter distribution, and they still require encrypted key distribution. They do remove the need for CRL checks, at least on the identity-based cryptosystem keys. In addition, the best ID-crypto algorithms like Boneh-Franklin use pairing-based methods and are computationally expensive. I think a better solution would be to have the two sides engage in authenticated Diffie-Hellman (see RFC 2631). Both sides have a certificate and a public key, so they should be able to authenticate the exchange. DH does not require revealing any cryptomaterial over the wire. I think DH keys can be used in AES. There is still the possibility of DoS attack, but that could be handled by making the protocol a three message protocol where the two sides have to exchange a nonce first, like IKE uses. Would there any problem with using authenticated DH? jak From lily.l.yang@intel.com Thu Apr 22 00:39:40 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 21 Apr 2004 16:39:40 -0700 Subject: [Capwap] Taxonomy doc Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4284@orsmsx408.jf.intel.com> Shankar -- Within the category of CAPWAP Functions (2.2), we included: o Network-wide STA state information database, including the information needed to support value-added services, such as mobility, load balancing etc. Hopefully this network wide database can support some of the services = you mentioned, like roaming. It does not cover AC = failover/redundancy/load-balancing, because most of the discussions = focus around the interaction between WTP and AC, not between multiple = AC. But we did mention in one place that multiple AC should be part of = the architecture.=20 The DT had some discussion around VoIP, and believed that it boils down = to QoS support like WME and 11e -- so that is covered in 802.11 = Functions. We decided to focus primarily on the low level (MAC) functions because = we need to understand the mapping there first before we can discuss = higher level support like VoIP, etc. Ultimately we need to break these = service support down to the required functions at MAC level. Lily > -----Original Message----- > From: Shankar Narayanaswamy [mailto:wireless@shankar.org] > Sent: Wednesday, April 14, 2004 11:23 PM > To: Yang, Lily L > Cc: capwap@frascone.com > Subject: Re: [Capwap] Taxonomy doc >=20 >=20 > Lily, >=20 > We probably have no option but to defer (3) because they were not=20 > addressed in the original taxonomy survey (although I would=20 > be happy to=20 > write a section on how we do it at Instant802). A new survey will be=20 > needed to capture how each of the three items is addressed by the=20 > participating vendors. Also VoIP support and any other architectural=20 > facets that must eventually be captured by the LWAPP to allow true=20 > interoperability between WTPs and ACs. >=20 > Regards, > Shankar >=20 >=20 > Yang, Lily L wrote: > > Hi, Shankar -- > >=20 > > Sorry about the versioning problem. I agree that it has=20 > been a moving > > target because of the tight schedule and our desire to=20 > improve on the > > draft as much as possible.=20 > > I agree with your comments (1) and (3). I probably can=20 > incorporate (1) > > into v02 today, but (3) needs more discussion and work and=20 > so I would > > like to defer that into later version. Is that ok with you? > >=20 > > Lily > >=20 > > -----Original Message----- > > From: Shankar Narayanaswamy [mailto:wireless@shankar.org]=20 > > Sent: Wednesday, April 14, 2004 2:55 AM > > To: Yang, Lily L > > Cc: capwap@frascone.com > > Subject: Re: [Capwap] Taxonomy doc > >=20 > > Lily, > >=20 > > Since the newer version was not distributed before (and the=20 > feedback=20 > > deadline was April 12) it is very difficult for someone who=20 > is not on=20 > > the design team to contribute: we are chasing a moving=20 > target! It would=20 > > be more efficient to freeze the document in between=20 > feedback cycles. And > >=20 > > to change the filename for each draft so we know which one we are=20 > > talking about. > >=20 > > Anyway, my original comment (1) still stands. Section 4.4=20 > (Split MAC)=20 > > states that the reasoning behind the split MAC architecture=20 > is scaling.=20 > > But cost reduction in the WTP and security are just as=20 > important, if not > >=20 > > more so. I could even argue the converse: moving=20 > functionality away from > >=20 > > the WTP and centralizing it introduces massive complexity=20 > in the AC as=20 > > the system scales, and it is easy to reach a level of=20 > complexity in the=20 > > AC that is impractical (from a CPU and I/O processing=20 > perspective) with=20 > > just a couple of dozen access points. This would argue for moving=20 > > everything except centralized management into the WTPs. > >=20 > > So my argument is that cost reduction in the WTP and=20 > security are the=20 > > real reasons behind the split MAC architecture; their importance=20 > > outweighs the scaling disadvantage. > >=20 > >=20 > > My original comment (3) also still stands: we have not addressed=20 > > roaming, redundancy and AC/WTP handoff (due to AC failure or=20 > > load-balancing). This is important because it affects the protocol=20 > > between ACs and between AC and WTP. Does anyone else see a need to=20 > > capture this as part of the architecture taxonomy? > >=20 > > Thanks, > > Shankar > >=20 > >=20 > > Yang, Lily L wrote: > >=20 > >>Hi, Shankar -- > >> > >>It appears that what you are referring to here is an older=20 > version of > >=20 > > our docemnt. There is a newer version that we are still=20 > working on, and > > this version can be found at=20 > >=20 > >>http://www.capwap.org/draft-ietf-capwap-arch-01.txt=20 > >>In this newer version, you will see that we do move the > >=20 > > encryption/decryption from the real time list to the=20 > non-real time list. > >=20 > >=20 > >>We also added content to 4.6 security. Please review and if you feel > >=20 > > there are more you can add on top of that, please don't=20 > hesitate to send > > to us. We are trying to revise this version by end of=20 > tomorrow so that > > we can provide to IEEE for their review. So early comments would be > > appreciated. > >=20 > >>Thanks, > >>Lily > >> > >> > >> > >> > >>>-----Original Message----- > >>>From: capwap-admin@frascone.com=20 > [mailto:capwap-admin@frascone.com]On > >>>Behalf Of Shankar Narayanaswamy > >>>Sent: Monday, April 12, 2004 2:03 AM > >>>To: capwap@frascone.com > >>>Subject: [Capwap] Taxonomy doc > >>> > >>> > >>>All, > >>> > >>>Some thoughts: > >>> > >>>1. Section 4.2: This section states that the reasoning=20 > >>>behind the Split=20 > >>>MAC architecture is to "offload to the WTP(s)=20 > functionality that is=20 > >>>specific and relevant only to the locality of each BSS in=20 > >>>order to allow=20 > >>>the AC to scale to a large number of 'lightweight' WTP=20 > devices". The=20 > >>>section also mentions 802.11 encryption/decryption as being a=20 > >>>real-time=20 > >>>service implemented on the WTP. > >>> > >>> This is not always true. For example, at Instant802 (and some=20 > >>>others: Symbol, Aruba?) we perform 802.11=20 > >>>encryption/decryption at the=20 > >>>AC rather than the WTP. 802.11 frames in WEP/TKIP/WPA are=20 > transported=20 > >>>using a GRE or some other encapsulation between the WTP and the AC. > >>> > >>> This is driven by two considerations. The first is cost=20 > >>>reduction=20 > >>>in the WTP. We want it to be as cheap and simple as possible=20 > >>>so taking=20 > >>>out encryption/decryption is useful, especially since this=20 > >>>may otherwise=20 > >>>have to be done twice (decrypt the 802.11 packet, then=20 > encrypt the IP=20 > >>>packet to tunnel it to the AC). The second is security. We=20 > >>>want to avoid=20 > >>>any risk from a compromised WTP, and therefore not have user=20 > >>>encryption=20 > >>>keys on the AP at all. Since the entire encrypted 802.11 frame is=20 > >>>carried over the wired LAN between WTP and AC, the user's=20 > >>>security level=20 > >>>(WEP, TKIP, WPA, 802.11i) is preserved. > >>> > >>> A side effect of this architecture is that progress in=20 > security=20 > >>>protocols and algorithm does not obsolete the WTPs; the=20 > ACs implement=20 > >>>the new security schemes instead and the management problem=20 > >>>is therefore=20 > >>>simplified. It can also protect from LAN-side eavesdropping. > >>> > >>> This architecture is susceptible to MIM attack in the=20 > >>>sense that a=20 > >>>MIM on the wired LAN could prevent PDUs from getting to their=20 > >>>destinations, but privacy and message integrity are not lost. > >>> > >>>2. Section 4.6: This section on security is blank. May I=20 > offer the=20 > >>>following prose: > >>> > >>> "There are different kinds of traffic passing between=20 > the WTP and=20 > >>>the AC, and each one warrants different considerations. > >>> > >>> "For user traffic, there are several choices. Some=20 > >>>vendors choose to=20 > >>>encrypt/decrypt user traffic at the WTP and send user data in=20 > >>>the clear=20 > >>>between the WTP and the AC. Other vendors choose to=20 > >>>encrypt/decrypt user=20 > >>>traffic at the WTP and then aggregate this traffic into a single=20 > >>>encrypted tunnel to the AC. Yet others transport the=20 > >>>WEP/TKIP/WPA-encrypted 802.11 MAC PDU between the AC and the WTP,=20 > >>>thereby avoiding user encryption keys being stored at the WTP. The=20 > >>>tradeoffs are between complexity at the AC versus the WTP,=20 > >>>and also in=20 > >>>security versus simplicity in the WTP. > >>> > >>> "Most vendors choose to encrypt management traffic=20 > >>>between WTPs and=20 > >>>APs. Most vendors use mutual authentication between WTP and AC to=20 > >>>protect against rogue APs. > >>> > >>> "Some vendors support IPSec VPN termination on ACs; this allows=20 > >>>greater security since wireless clients can use an IPSec=20 > VPN over the=20 > >>>air and over the wired network, all the way to the AC. Some=20 > >>>vendors use=20 > >>>Access Control Lists (ACLs) at the WTP or the AC to prevent=20 > >>>unauthorized=20 > >>>clients from using the wireless network." > >>> > >>>3. I did not see any section on roaming, redundancy, WTP/AC=20 > >>>handoff; do=20 > >>>we need sections on this? If so, I would be happy to write=20 > >>>them. These=20 > >>>are all important issues and some of the taxonomy submissions=20 > >>>do mention=20 > >>>how those vendors approach them. > >>> > >>>Regards, > >>>Shankar > >>>--=20 > >>>Shankar Narayanaswamy, Ph.D. > >>>wireless@shankar.org Mobile: +1 650-387-4593 > >>>http://www.shankar.org E-Fax: +1 253-498-8372 > >>> > >>>_______________________________________________ > >>>Capwap mailing list > >>>Capwap@frascone.com > >>>http://mail.frascone.com/mailman/listinfo/capwap > >>> > >> > >>_______________________________________________ > >>Capwap mailing list > >>Capwap@frascone.com > >>http://mail.frascone.com/mailman/listinfo/capwap > >=20 > >=20 > >=20 >=20 >=20 > --=20 > Shankar Narayanaswamy, Ph.D. > wireless@shankar.org Mobile: +1 650-387-4593 > http://www.shankar.org E-Fax: +1 253-498-8372 >=20 >=20 From lily.l.yang@intel.com Thu Apr 22 00:54:38 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 21 Apr 2004 16:54:38 -0700 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4285@orsmsx408.jf.intel.com> Hi, Tyan-Shu Jou -- I think you are right that SSID uniquely identifies ESS instead of BSS. = We should correct that. Thanks for your comments, Lily > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On > Behalf Of Tyan-Shu Jou > Sent: Thursday, April 08, 2004 9:31 PM > To: capwap@frascone.com > Subject: RE: [Capwap] CAPWAP Arch. Taxonomy Draft Available >=20 >=20 > Hi, > It's nice to read the taxonomy draft especially knowing it=20 > was done in > a very short period of time. Thanks for the work. >=20 > I have a comment on the definition of "SSID" in the draft: >=20 > In Section 2.1, it reads: > "A BSS is identified by a common service set identifier=20 > (SSID) or name. > An SSID is an arbitrary byte string ..."=20 > And then, "When more than one AP is connected via a broadcast layer 2 > network and all are using the same SSID, an extended service set (ESS) > is created." >=20 > In fact, a BSS should be uniquely identified by the "BSSID" (basic > service set identifier). See Section 7.1.3.3.3 of 802.11-1999 for the > format of it on infrastructure BSS and IBSS. Basically that's the MAC > address of the AP's interface, or the created address in an IBSS. >=20 > My understanding of SSID of 802.11 is to identify an ESS (in > infrastructure mode), rather than a BSS. As in 7.3.2.1 of 802.11: > "The SSID element indicates the identity of an ESS or IBSS" >=20 > In a common isolated AP deployment (as the "Autonomous Architecture" > mentioned in the draft), one BSS forms one ESS. In this case SSID can > also be used to refer to the BSS, hence one can argue the draft is > still correct. However, I think it will be better if we can=20 > clarify the > definitions. >=20 > I personally have experienced the problem on my laptop when it can see > multiple APs/WTPs using the same SSID in the same channel. If the > observation is correct, this can be a potential obstacle for CAPWAP > function deployment. Unfortunately this is not included in the vendor > survey. Don't know whether any vendor is willing to share their > experience. >=20 > Thanks. >=20 > Tyan-Shu Jou > Janusys Networks, Inc. >=20 > -----Original Message----- > From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On > Behalf Of Mani, Mahalingam (Mahalingam) > Sent: Thursday, April 08, 2004 8:58 PM > To: capwap@frascone.com > Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available > Importance: High >=20 > Hi All, > =A0 > The architecture taxonomy draft has been submitted to the IETF and > should be available from the IETF website very soon (less than a few > days). > =A0 > Meanwhile this draft (draft-ietf-capwap-arch-01) is also available now > from the CAPWAP Central Website. > =A0 > It is also available on Petros' webpage: > http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt > =A0 > Do go over in detail and provide your review comments.=20 > =A0 > Thanks, Dave & Petros. > =A0 > Thanks, > -mani >=20 > _______________________________________________ > Capwap mailing list > Capwap@frascone.com > http://mail.frascone.com/mailman/listinfo/capwap >=20 From lily.l.yang@intel.com Thu Apr 22 01:08:58 2004 From: lily.l.yang@intel.com (Yang, Lily L) Date: Wed, 21 Apr 2004 17:08:58 -0700 Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Message-ID: <2AF68A477DD44C4EBCBE338C24E7A9EE5C4286@orsmsx408.jf.intel.com> This is a multi-part message in MIME format. ------_=_NextPart_001_01C427FE.01F95588 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi, Nehru -- =20 Thanks so much for your comments. Sorry that we didn't respond to you = sooner. But as you can see, we heard you and immediately incorporated = most of your comments into v02 that was published a few days ago. We = were just too busy with revising the draft itself that we can hardly = find time to respond and thank you for your comments :-) =20 Lily -----Original Message----- From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com]On = Behalf Of Nehru Bhandaru Sent: Saturday, April 10, 2004 11:06 AM To: Mani, Mahalingam (Mahalingam); capwap@frascone.com =20 Subject: RE: [Capwap] CAPWAP Arch. Taxonomy Draft Available Hi, =20 I enjoyed and thank the CAPWAP team for the fairly comprehensive = taxonomy of current WLAN/802.11 architectures contained in the document. = Few questions/comments came to mind - perhaps already considered by the = team, but I want to share them anyway. =20 A tree/hierarchy diagram of the taxonomy would be helpful in the = document. For example All--> Autonomous --> Centralized --> Local MAC --> Split MAC --> Remote MAC --> Distributed =20 We added such a diagram in the conclusion section 6.1 in v02, per your = suggestion. =20 =20 The term STB is used in Figure 11, but was not in the glossary at the = beginning. It became only clear what this meant when I was reading the = architecture submissions in the Appendices.=20 =20 It is now fixed in v02.=20 =20 As I understand, WTP refers to the physical entity containing the RF = Antenna, and some or all 802.11/CAPWAP functionality. In the diagrams = only a single BSS is shown with each WTP. Perhaps it will add to clarity = if more than one BSS is shown in a WTP, since WLAN architectures may = support multiple BSSs in a WTP.=20 =20 Yes, you are right that multiple BSSs are commonly offered by vendors to = support virtual AP (WTP).The diagram is not meant to cover every = possible configuration, rather, it is meant to cover the most basic = points. If some complications arise from multiple BSSs (virtual WTP), we = can discuss it separately. =20 =20 A CAPWAP supported function (e.g. mobility, load balancing) may span = multiple ACs. Is communication among ACs within the scope of this = document? Also, a given WTP may communicate with multiple ACs - a simple = example would be for failover. =20 =20 Yes, for failover, redundancy, or load balancing, multiple ACs are often = necessary and many vendors do support that. So we added one paragraph in = Section 4 (after Figure 2) in v02 to briefly cover this. =20 =20 Some of the CAPWAP functions and much of the architectural taxonomy = could be independent of 802.11 MAC/PHY. For the long term, this work = could be leveraged in such environments. =20 =20 That may very well be true. However, as being said many times by the = chairs and others, lets get this problem solved for 802.11 first. We can = learn a great deal from this exercise. =20 Also some WTPs may implement both a Local MAC and Split MAC. =20 =20 Yes, some flexibility (optional mapping) is foreseeable. =20 =20 Thanks, =20 - Nehru =20 _______________________________ =20 Nehru Bhandaru Legra Systems, Inc. (781) 743-3216 =20 =20 =20 _____ =20 From: capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On = Behalf Of Mani, Mahalingam (Mahalingam) Sent: Thursday, April 08, 2004 8:58 PM To: capwap@frascone.com Subject: [Capwap] CAPWAP Arch. Taxonomy Draft Available Importance: High =20 Hi All, =20 The architecture taxonomy draft has been submitted to the IETF and = should be available from the IETF website very soon (less than a few = days). =20 Meanwhile this draft ( draft-ietf-capwap-arch-01 = ) is also = available now from the CAPWAP Central Website. =20 It is also available on Petros' webpage: = http://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt =20 Do go over in detail and provide your review comments.=20 =20 Thanks, Dave & Petros. =20 Thanks, -mani ------_=_NextPart_001_01C427FE.01F95588 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
Hi,=20 Nehru --
 
Thanks=20 so much for your comments. Sorry that we didn't respond to you sooner. = But as=20 you can see, we heard you and immediately incorporated most of your = comments=20 into v02 that was published a few days ago. We were just too busy with = revising=20 the draft itself that we can hardly find time to respond and thank you = for your=20 comments :-)
 
Lily
-----Original Message-----
From: = capwap-admin@frascone.com=20 [mailto:capwap-admin@frascone.com]On Behalf Of Nehru=20 Bhandaru
Sent: Saturday, April 10, 2004 11:06 = AM
To: Mani,=20 Mahalingam (Mahalingam); capwap@frascone.com  
Subject: RE: = [Capwap]=20 CAPWAP Arch. Taxonomy Draft Available

Hi,

 

I enjoyed and thank the = CAPWAP=20 team for the fairly comprehensive taxonomy of current WLAN/802.11=20 architectures contained in the document. Few questions/comments came = to mind –=20 perhaps already considered by the team, but I want to share them=20 anyway.

 

A tree/hierarchy diagram = of the=20 taxonomy would be helpful in the document. For = example

  = All=E0=20 Autonomous

     =20 =E0=20 Centralized

           =   =20 =E0 Local=20 MAC

           =   =20 =E0 Split=20 MAC

           =   =20 =E0 Remote=20 MAC

     =20 =E0=20 Distributed

 

We added such = a diagram in=20 the conclusion section 6.1 in v02, per your=20 suggestion.     

 

The term=20 STB is used in Figure 11, but was not in the glossary at the = beginning. It=20 became only clear what this meant when I was reading the architecture=20 submissions in the Appendices. 

 

It is now fixed in=20 v02. 

 

As I=20 understand, WTP refers to the physical entity containing the RF = Antenna, and=20 some or all 802.11/CAPWAP functionality. In the diagrams only a single = BSS is=20 shown with each WTP. Perhaps it will add to clarity if more than one = BSS is=20 shown in a WTP, since WLAN architectures may support multiple BSSs in = a=20 WTP. 

 

Yes, you are right = that multiple=20 BSSs are commonly offered by vendors to support virtual AP=20 (WTP).The diagram is not meant to = cover every=20 possible configuration, rather, it is meant to cover the most basic=20 points. If some complications arise from multiple BSSs (virtual = WTP), we=20 can discuss it separately.

 

 

A CAPWAP=20 supported function (e.g. mobility, load balancing) may span multiple = ACs. Is=20 communication among ACs within the scope of this document? Also, a = given WTP=20 may communicate with multiple ACs – a simple example would be = for=20 failover.  

 

Yes, for failover, = redundancy, or=20 load balancing, multiple ACs are often necessary and many=20 vendors do support that. So we added one paragraph in = Section 4=20 (after Figure 2) in v02 to briefly cover=20 this.  

 

Some of=20 the CAPWAP functions and much of the architectural taxonomy could be=20 independent of 802.11 MAC/PHY. For the long term, this work could be = leveraged=20 in such environments.  

 

That may very well be = true.=20 However, as being said many times by the chairs and others, lets get = this=20 problem solved for 802.11 first. We can learn a great deal from this=20 exercise.

 

 Also some WTPs may implement = both a=20 Local MAC and Split MAC.  

 

Yes, some=20 flexibility (optional mapping) is=20 foreseeable.  

 

Thanks,

 

- = Nehru

 

_______________________________

 

Nehru = Bhandaru

Legra Systems,=20 Inc.

(781) = 743-3216

 

 

 

From:=20 capwap-admin@frascone.com [mailto:capwap-admin@frascone.com] On Behalf Of Mani, Mahalingam=20 (Mahalingam)
Sent: = Thursday,=20 April 08, 2004 8:58 PM
To:=20 capwap@frascone.com
Subject:=20 [Capwap] CAPWAP Arch. Taxonomy Draft Available
Importance: = High

 

Hi = All,

 

The architecture = taxonomy draft=20 has been submitted to the IETF and should be available from the IETF = website=20 very soon (less than a few days).

 

Meanwhile this draft (draft-ietf-c= apwap-arch-01)=20 is also available now from the CAPWAP=20 Central Website.

 

It is also available on = Petros’=20 webpage: ht= tp://www.cs.ucla.edu/~pzerfos/draft-ietf-capwap-arch-01.txt

 

Do go over in detail and = provide=20 your review comments.

 

Thanks, Dave &=20 Petros.

 

Thanks,

-mani

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