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Joint NANOG/ARIN IPv6 Workshop

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Moderator - Joel Jaeggli
Panelist - Ayitey Bulley

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Main stream Service provider revenue is coming from providing Business L3VPN. V4 L3VPN have been the key driver all along. Moving forward we will start seeing v6 L3VPN coming into picture due to Federal Mandates. These VPN could be using the MPLS transport or the IP transport in the Service provider core. Traditionally MPLS transport has been widely accepted and deployed. But there are many other providers who have protected their investment by using their existing infrastructure build over IP. With IP Core the same L3VPN for v4/v6 has been successfully being deployed and used. This tutorial goes over the advantages and implementation details of achieving v4/v6 L3VPN over IP core. Vendors like Cisco have products which has demonstrated this and various service providers have deployed the same.

Speakers
Madhusudan Nanjanagud, Cisco Systems
Madhusudan Nanjanagud has been with Cisco Systems since 2000 and is at San Jose location. He is a Technical Leader in Service Provider Engineering team supporting development and deployment activities. He works closely with customers and development teams to ensure deployment of new product and services in customer networks. His expertise are in the field of Advanced MPLS technologies and design of Tier1 service provider networks. Madhu has also worked at AT&T IP Backbone as Network consulting engineer before joining Cisco Systems. He hold Master of Science in System Analysis from BITS Pilani India.

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This tutorial introduces service providers to some of the features available in BGP to aid multihoming to the Internet. After an explanation of multihoming and the principles being followed in this tutorial, several examples involving different scenarios will be given. Configuration techniques for modifying inbound and outbound traffic flows are covered, as are some examples on how to use BGP communities in inter-AS relationships. The tutorial finishes by covering some common multihoming security issues.

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Philip Smith, Cisco Systems
Philip Smith has been with Cisco Systems since 1998 and is based in Brisbane, Australia. He is a Consulting Engineer, part of the Service Provider Architectures Group in Corporate Development. His role includes working with many ISPs in the Asia Pacific region, specifically in network strategies, technology, design and operations, configuration and scaling. As part of an ISP and Internet education initiative, Philip runs several Routing and Internet Technology Workshops in the Asia Pacific region. He also assists as co-instructor at similar events in many other parts of the world. Philip also is closely involved in regional activities, being chair of the APRICOT Management Committee, chair of APOPS, member of the organizing and programme committees for SANOG and PacNOG, as well as chair of APNIC's Routing and Internet Exchange Point Special Interest Groups. Prior to joining Cisco, he spent five years at PIPEX (now integrated into MCI's global network business), the UK's first commercial Internet Service Provider. He was one of the first engineers working in the commercial Internet in the UK, and played a key role in building the modern Internet in Europe.

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Moderator - Merike Kaeo
Panelist - Mark Bayliss, Visual Link
Panelist - Ron Broersma, Defense Research & Engineering Network
Panelist - Yukihiro Kikuchi, Internet Multifeed Co.
Louis Lee, Equinix Inc.
Michael Long, NTT
Christopher Quesada, Switch & Data

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Philip Smith, Cisco Systems

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Welcome & Introduction to NANOG

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Ren Provo, AT&T
Todd Underwood, Renesy Corporation

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Steering Committee Report, Joe Abley

Programme Committee Report, Steve Feldman

Mailing List Administration Report, Martin Hannigan

Merit Report, Betty Burke

Video Improvement Plans, Jason Russell

NANOG Servers Update, Larry Blunk

Open Discussion

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Joe Abley
Larry Blunk
Betty Burke
Steve Feldman
Martin Hannigan
Jason Russell

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Jordi Palet Martinez,

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Joint NANOG/ARIN IPv6 Workshop

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Ron Bonica, Juniper Networks
Philip Smith, Cisco Systems

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Dino Farinacci, Cisco Systems
Dino has built routers for 26 years. He currently is foucsed on building a next generation Data Center platform. His expertise specializes in routing protocols where he has intimate knowledge and implementation experience with IS-IS, EIGRP, OSPF, BGP, IGMP, PIM, and MSDP, as well as IPv6 and MPLS protocols. He is an advocate for modular operating systems. Dino also has been a member of the IETF for 19 years making many contributions over this period of time. Dino has worked for cisco since early 1991 but was away for 5 years at Procket Networks where he help build the highest speed and most dense router (still to date) in a half rack chassis which ran a fully modular operating system. He has been back at cisco for 3 years where he is currently working on new multicast routing technology such as Multicast Fast-Reroute, AMT, Multicast Virtualization, and layer-2 data-center multicast. Dino is not just a multicast bigot but works on many other protocol and OS initiatives. For example, very recently he is prototyping an idea called LISP to separate an internet address into an ID and Locator to allow the Internet to scale better. Dino currently works in the Data Center Business Unit at cisco where his focus is on building a next-generation platform and operating system for Enterprise and Data Center environments.

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LISP is a new protocol which seeks to use a level of indirection to separate an IP address into two separate namespaces, one being an endpoint identifier (EID) and the other being a routing locator (RLOC). LISP provides benefits for multi-homed sites to reduce renumbering, control ingress traffic patterns, and allow movement while hosts do not have to change their addresses.

Speakers
David Meyer, Cisco/University of Oregon
David Meyer is currently a Director in the Advanced Research and Technologies Group at Cisco Systems, where he works on future directions for Internet technologies. He has been a member of the Internet Architecture Board (IAB) of the IETF (www.ietf.org), and is currently co-chair of the SPEERMINT working group. Until recently, he was chair of the MBONED, MSDP, and DNSOP working groups. He is a member of several IETF directorates and IRTF research groups. He is active in the operator community, and was a long standing member of the NANOG (www.nanog.org) program committee. He is also active in other standards organizations such as ANSI T1X1. See http://www.1-4-5.net/~dmm/vita.html for more information.

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Service Providers at Internet Peering points have the challenge of monitoring and troubleshooting links that span multiple operators. Current diagnostic tools are either Layer 3 tools like ping and traceroute that offer no visibility of the underlying Layer 2 network or are proprietary and may not work between operators. Monitoring tools available today also are either proprietary or are constrained in the information they provide. With the recent developments in IEEE in ratifying 802.1ag Connectivity Fault Management (CFM) as a standard, a very attractive OAM toolset is available that provides Continuity check, loopback and linktrace. With this the Service providers, Exchange Point providers and Co-location providers have new tools to address the diagnostic challenges and provide higher availability. The presentation will also provide an overview of CFM and presents an example of troubleshooting a network using these tools.

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Rahul Vir, Foundry Networks
Rahul Vir is a product line manager for Service Provider Systems at Foundry Networks. His main responsibilities include defining high end Foundry products, enhancing product strategy, evangelizing new technologies and products, and providing solutions for next generation service providers' infrastructures. Prior to joining Foundry he has held various leadership positions in product management and engineering at Riverstone Networks, Hammerhead Systems and Cabletron Systems. In his career of more than 10 years he has been involved in defining multiple platforms and has worked with service providers in designing next-generation IP/MPLS, Ethernet, wireless backhaul and triple-play networks. He has received a Bachelors degree from Indian Institute of Technology, MS form Ohio State University and an MBA from University of California at Berkeley.

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This presentation will give a (brief) introduction to how to integrate MPLS networks. TDC has aquired several networks in the past years and spent numerous hours, integrating, merging, and aligning these networks into one homogenous network - AS3292.

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Nina Bargisen, TDC
Nina has been working with IP since 1999. Initial for Tele Danmark Internet (now merged with TDC) and from 2003 for TDC where she's been employed in the capacity department with main focus on TDC/AS3292's international peering and transit network and core backbone. On top of that she has taken part in the integration of aquired networks.

Michael Lyngbøl, TDC
Michael Lyngbøl has been a Network Architech with TDC (formerly Tele Danmark) since 2001. He has been involved in backbone design, testing, deploying and supporting new backbone hardware platforms and network features. Along with that he has been involved in the integration of several aquired networks.Before that he worked as a UNIX system administrator for a couple of hosting companies.

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The Internet's interdomain routing protocol, BGP, is vulnerable to a number of potentially crippling attacks. Many promising cryptography-based solutions have been proposed, but none have been embraced by the necessary communities to garner significant adoption. This is largely due to the difficulty of developing and maintaining the necessary PKI infrastructure and changes to the BGP protocol that the proposed solutions require. Alternative solutions such as anomaly detectors have been unable to provide the same level of security as the cryptographic mechanisms. In this presentation we describe an anomaly detector and response mechanism capable of automatically stopping the propagation of invalid path attacks, a difficult class of attacks to detect. Our solution provides comparable security to the cryptographic methods and could be readily deployed with a simple software upgrade in participating networks.

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Stephanie Forrest, University of New Mexico
Josh Karlin, University of New Mexico
Josh Karlin is a graduate student in the Adaptive Computation Laboratory at the University of New Mexico under the guidance of Stephanie Forrest. His research interests are in network protocol security.

Jennifer Rexford, Princeton University

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Randy Bush

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John Kristoff

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Stig Venaas

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NANOG Representative

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Alcatel-Lucent

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Stephen Ryan, General Counsel, American Registry of Internet Numbers (ARIN) and Partner, McDermott, Will and Emery
Stephen M. Ryan is partner and head of the Government Strategies Practice Group in the law firm of McDermott Will & Emery LLP based in the Washington, D.C. office. He provides lobbying, litigation and counseling services for the high-technology community, and companies in highly regulated industries. Steve is a leader on internet governance issues and often attends international forums addressing such issues for his clients. For example, he attended the WSIS meeting in Tunis in 2005 and the IGF meeting in 2006 in Athens. Steve also recently co-authored an article in the Santa Clara Computer and High Technology Law Journal, entitled "Legal and Policy Aspects of Internet Number Resources" with ARIN Board Chairman John Curran and ARIN CEO Ray Plzak. Steve is deeply committed to pro bono work, and represented Justin Berry, an adolescent, who disclosed internet child pornography practices. That case has led to numerous prosecutions. He has broad experience in addressing the combined legal, political and press related challenges stemming from Congressional oversight and investigation. For example, last year he represented Hewlett Packard before the House Energy and Commerce Committee investigation regarding pretexting. Steve has experience in all branches of the U.S. Government. He served as General Counsel to the U.S. Senate Committee on Governmental Affairs, chaired by the Honorable John Glenn. Steve served as Deputy Counsel of the President’s Commission on Organized Crime, directing investigations against La Cosa Nostra and other criminals during the Reagan Administration. He also served as an Assistant U.S. Attorney in Washington, D.C., prosecuting criminal cases. He received a special commendation from the Attorney General and other Justice Department awards. Steve earned his J.D. from the Notre Dame Law School, and his B.S. from Cornell University. He is admitted to practice in the District of Columbia. He served as the law clerk for the Honorable Robert A. Grant, U.S. District Judge for the Northern District of Indiana.

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Donated by Randy Epstein and your friends at NANOG

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Joe Abley, Afilias Canada

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Gert has been measuring the IPv6 routing table for a long time now and watching it grow and change over time. I first heard him speak at a RIPE meeting several years ago and felt that his data should be shared with a wider audience. Since Gert doesn't have the travel budget to come to the US for ARIN or NANOG meetings I have offered to present his work at those meetings as well as APNIC meetings.

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Gert Döring, SpaceNet AG, presented by Cathy Aronson
Cathy Aronson is currently on the ARIN Advisory Council and owns Daydream Imagery LLC, a digital printing and photography business in Jackson, Wyoming. Previously she was a member of the technical staff at Packet Design, where she was responsible for operational aspects of their Internet scaling projects. Cathy also worked in network engineering at BARRNet and the @Home Network. Cathy began her career at Merit, Inc. where she was a network engineer for the NSFNET and CICNet Backbones.

Gert Doering was born in 1971 in Munich. After studying Physics at the Technical University in Munich, he went into IP networking in 1993, and has done this since then. Gert's first contact with IPv6 was in 1997, being curious what this new IP protocol was all about. Since January 2003, Gert is WG chair of the Address Policy working group at RIPE. To earn a living, he is working for SpaceNet AG, a regional provider in Germany.

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The "Death of the Internet" is often predicted by the ill-informed, and provides many a good laugh in the engineering community. While the Internet may not die any time soon, there are significant changes on the horizon. The community is concentrating on IPv6 deployment, which may fundamentally change the way the Internet functions. While IPv6 is important, the ARIN Advisory Council is concerned that another important issue is being overlooked. Soon there will be no more IPv4 addresses in the free pool; which will likely change the way ISP's hook up customers and handle address allocations even more fundamentally than IPv6. Indeed, it may signal The End Of The World As We Know It. A round table of Internet experts will answer questions about some of the fundamental changes that may occur, and may occur faster than many people expect.

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Moderator - Cathy Aronson, Daydream Imaging
Cathy Aronson is currently on the ARIN Advisory Council and owns Daydream Imagery LLC, a digital printing and photography business in Jackson, Wyoming. Previously she was a member of the technical staff at Packet Design, where she was responsible for operational aspects of their Internet scaling projects. Cathy also worked in network engineering at BARRNet and the @Home Network. Cathy began her career at Merit, Inc. where she was a network engineer for the NSFNET and CICNet Backbones.

Moderator - Leo Bicknell, ISC
Leo is a Network Architect for Internet Systems Consortium (ISC) a 501(c)(3) public benefit corporation that develops DNS, DHCP, and other software, and also runs the F Root Nameserver. Trained as a programmer at Virginia Tech, Leo moved into networking early on as part of the Network Virginia project to connect educational institutions with high speed networking. Since then he has served as a consultant for Dimension Enterprises, since purchased by Nortel. Leo worked for AboveNet as a backbone engineer and later manager for almost 8 years; and finally worked for the world's largest casino company, Harrah's Entertainment prior to ending up at ISC. Leo is also in his second term on the ARIN Advisory Council, and it is that group that requested Cathy and Leo put together this presentation.

Panelist - Ron Bonica, Juniper Networks
Ron Bonica is a member of Juniper Networks' routing protocol software development team. He also contributes to the Internet Engineering Task Force (IETF), currently serving as co-director of the Operations and Management (O&M) Area, as well as co-chair of the Layer 3 Virtual Private Network Working Group. Ron also has authored several standard documents.Prior to joining Juniper Networks, Ron served as senior manager of engineering for MCI's vBNS+ network. The vBNS+ network offered L3VPN services to United States government customers.

Panelist - Dave Conrad, ICANN
Panelist - Mike Leber, Hurricane Electric
Mike Leber is founder and president of Hurricane Electric, a leading Internet Backbone and Colocation Provider specializing in Colocation, Dedicated Servers, Direct Internet Connections, and Web Hosting. Hurricane Electric operates its own global network, running multiple OC192s, OC48s, and Gigabit Ethernet.

Panelist - Jason Schiller, UUNET/Verizon Business
Jason Schiller is a Senior Internet Network Engineer in the Global IP Network Engineering Department at Verizon Business / UUNET. His current role includes architecting, designing, evaluating, and qualifying networks for deployment in the UUNET network. He is also responsible for defining and maintaining global standards for each of the continental UUNET networks.

Panelist - Paul Vixie, ARIN BoT/ISC
Paul Vixie is a past author of BIND, Cron, and other F/OSS software; a co-founder of PAIX, MIBH, MAPS, and ISC where he currently serves as CEO; and is the author or co-author of a dozen or so DNS-related IETF RFC's.