Won’t Get.Fooled Again Geoff Huston, APNIC NANOG 35.

Slides:



Advertisements
Similar presentations
Policy Aspects of the Transition to IPv6 Geoff Huston Chief Scientist, APNIC.
Advertisements

Internet Evolution and IPv6. IPv6 - the BGP view.
Technology Directions for IP Infrastructure GH 3/7/00.
August Wont get.fooled again One outlook for 2004 and beyond Geoff Huston Chief Internet Scientist Telstra Geoff Huston Chief Internet Scientist.
1 IPv6 – Now or Never? Geoff Huston APNIC Geoff Huston Research Scientist APNIC.
Views of Technology Futures An Internet Perspective Geoff Huston Internet Society October 2000.
End of the Internet Predicted! Torrent at 11. The Oracle Bones of IPv4 Some personal divination by Geoff Huston APNIC.
Internet Issues One outlook for 2003 and beyond Geoff Huston Chief Internet Scientist Telstra.
Internet Futures. Acknowledgement to Anders Rockstrom of Telia Sonera, whose presentation on this topic had a profound impact on me – he presented his.
End of the Internet Predicted! Torrent at 11. The Oracle Bones of IPv4 Some personal divination by Geoff Huston APNIC.
Internet Futures. My Aim: share some thoughts about the Internet and its future think about some of the major factors that will shape our future +
IPv4 Unallocated Address Space Exhaustion Geoff Huston Chief Scientist APNIC APNIC 24, September 2007.
Beyond IPv4 ? Geoff Huston Chief Scientist APNIC.
All rights reserved © 2006, Alcatel Grid Standardization & ETSI (May 2006) B. Berde, Alcatel R & I.
Saif Bin Ghelaita Director of Technologies & Standards TRA UAE
1 Internet Evolution and IPv6 Paul Wilson APNIC. 2 Overview Where is IPv6 today? –In deployment –In the industry Do we actually need it? –If so, why and.
Some Observations on CGNs Geoff Huston Chief Scientist APNIC.
May Won’t get.fooled again One outlook for 2003 and beyond Geoff Huston Chief Internet Scientist Telstra Geoff Huston Chief Internet Scientist.
1 Internet Evolution and IPv6 Paul Wilson APNIC. 2 Overview Where is IPv6 today? –Address space deployment –Compared with IPv4 Do we actually need IPv6?
Public Policy Issues in the Communications and Infrastructure Services Policy area Geoff Huston APNIC June 2011.
Resource Pooling A system exhibits complete resource pooling if it behaves as if there was a single pooled resource. The Internet has many mechanisms for.
Geoff Huston Chief Scientist, Asia Pacific Network Information Centre IPv6 Workshop European Digital Agenda Assembly June 2011.
IPv4 Address Exhaustion: A Progress Report Geoff Huston Chief Scientist APNIC.
CS 268: Future Internet Architectures Ion Stoica May 6, 2003.
The Future of the Internet Jennifer Rexford ’91 Computer Science Department Princeton University
Building a Strong Foundation for a Future Internet Jennifer Rexford ’91 Computer Science Department (and Electrical Engineering and the Center for IT Policy)
Marketing Management Chapter 1.
IETF 63 - Paris VOIPPEER BoF A Broadband Service Provider’s Perspective on VoIP Peering August 5, 2005 Presented by Jason Livingood.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Confidential 1 MAP Value Proposition.
6. Next Generation Networks A. Transition to NGN B
1 Convergence ? Geoff Huston Research Scientist APNIC.
4G-LTE: Enhancing Efficiency in Organizations. Factors Impacting Digitization Processes and Systems January Powerful Platforms and Devices Storage.
Public TeliaSonera International Carrier Daniel Sjoberg, Reykjavik, August 25th Bringing knowledge, quality and stability to the communications industry.
Applied Communications Technology Voice Over IP (VOIP) nas1, April 2012 How does VOIP work? Why are we interested? What components does it have? What standards.
An Update on Mobility in Today’s Internet Geoff Huston, APNIC Labs.
The IPv6 Condition Geoff Huston Chief Scientist APNIC.
IPv4 Unallocated Address Space Exhaustion Geoff Huston Chief Scientist APNIC November 2007.
The Evolving Contact Center Protecting Your Organization’s Investments While Driving IP-Enabled Efficiencies into the Future Hollie Moran Sr. Product.
SANOG-7 Internet Evolution and IPv6 Paul Wilson Geoff Huston APNIC.
Sridhar Ramachandran Chief Technology Officer Core Session Controller.
Electronic Commerce Semester 1 Term 1 Lecture 6. Predicting the Future of the IAP Market In the future, four organisational and technology trends will.
Telecommunications, the Internet, and Wireless Technology.
Internet Evolution and IPv6 Paul Wilson Geoff Huston APNIC.
Cloud Computing Project By:Jessica, Fadiah, and Bill.
Looking Forward Geoff Huston APNIC 20. There are many ways of predicting the future….
1 IPv4 address is being “sold out” How to craft the Internet beyond? Global IPv6 Summit in Beijing 2008 MAEMURA Akinori, Chair of the Executive Council.
European Commission Directorate-General for Economic and Financial Affairs Global Economic Prospects 2009: Commodity Markets at the Crossroads Nathalie.
International Telecommunication Union Workshop on Next Generation Networks: What, When & How? Geneva, 9-10 July 2003 NGN Research in China Jiang lin-tao.
Is the transition to IPv6 a market failure? Geoff Huston APNIC CAIDA Workshop on Internet Economics (WIE’09) (
Application Architecture Internet Architecture David D. Clark MIT CSAIL September 2005.
Outline The key findings What the SGA Summit did Smart City Amsterdam Some more detail on the disrupters – Ecosystem of the Grid – Distributed Generation.
IPv6 Transition: A Progress Report Geoff Huston Chief Scientist APNIC.
CS223: Software Engineering Lecture 2: Introduction to Software Engineering.
Simplifying Cloud Connectivity for Your Clients Presenter: Tom SharkeyTom Sharkey December 8,
© 2007 Level 3 Communications, LLC. All Rights Reserved. 1 Beyond SIP Trunking What’s Next ? September 11, 2007 Michael Remacle.
Responsive Innovation for Disaster Mitigation Gordon A. Gow University of Alberta.
“End to End VoIP“ The Challenges of VoIP Access to the Enterprise Charles Rutledge VP Marketing Quintum Technologies
Value Chain Analysis Microsoft Corporation Cornel Daniel Gherman GB570 Managing the Value Chain Dr. John Craddock.
Association of Competitive Telecom Operators IPv6 & TELCOs Workshop On IPv6 New Delhi 21 st July 2009.
HP Network and Service Provider Business Unit Sebastiano Tevarotto February 2003.
1Security for Service Providers – Dave Gladwin – Newport Networks – SIP ’04 – 22-Jan-04 Security for Service Providers Protecting Service Infrastructure.
Internet Evolution and IPv6
IPv6 – Now or Never? Geoff Huston Research Scientist APNIC
Geoff Huston Research Scientist APNIC
IP Addresses in 2016 Geoff Huston APNIC.
Geoff Huston, APNIC NANOG 35
The IPv4 Consumption Model
IP and NGN Projects in ITU-T Jean-Yves Cochennec France Telecom SG13 Vice Chair Workshop on Satellites in IP and Multimedia - Geneva, 9-11 December 2002.
End of the Internet Predicted!
Presentation transcript:

Won’t Get.Fooled Again Geoff Huston, APNIC NANOG 35

Boom and Bust Is nothing new… –1637 – tulip mania takes hold in Holland and the price of tulip bulbs escalates to fantastic levels. The subsequent recovery from the crash took decades to overcome. –1719 Banque Royale – John Law introduces the French king to the magical mysteries of bank credit and paper money. At this point the word “millionaire” entered our vocabulary. But by 1720 the Parisian crowd were less than impressed with Law’s sharp dealings as the French economy collapsed utterly and France was brought to the brink of revolution. –1847 – the great British railway boom and bust

Oh what a.boom! There is no doubt that the Internet boom was as euphoric, as imaginative and as inspired as any other boom Just remember the Tshirts……

The world was changing - and the geeks were driving the change The world was changing - and the geeks were driving the change

Anything was possible

Even Internet Toasters

And the old ways of doing things were ridiculed And the old ways of doing things were ridiculed

But the spectre of a bust was lurking just around the corner But the spectre of a bust was lurking just around the corner

It’s a post-dot-boom-and-bust world The Internet boom has been pretty mild by comparison with past booms in gold, oil, rail, shipping, ice and, of course, tulips. The peak of the Internet boom saw stock indices peak at just 3 times their longer-term value

It’s a post-dot-boom-and-bust world But the lessons from the boom cycle are no different… Innovation Enthusiasm Mania Elation Intensity Time Disillusion Cynicism Panic Depression Overreaction Reality 2005

Today ISPs no longer operate a rapid expansion-based business model –Internet service business models are tending to use a common theme of service consolidation Industry attention at the ISP level is now concentrating on product marketing aspects of the Internet service model: –Dependability and integrity –Utility and flexibility –Value-add service models –Quality and performance Applications and Services that meet business case criteria

From Optimism to Conservatism We’ve learned that optimism alone is no substitute for knowledge and capability within the industry A conservative period of consolidation rather than explosive growth –Investment programs need to show assured and competitively attractive financial returns across the life cycle of the program –Reduced investment risk implies reduced levels of innovation and experimentation in service models –Attempts to combine communications with additional services to create value-added service bundles –Accompanied by greater emphasis on service robustness and reliability

Security Questions We’ve learned that we need to understand more about what stakeholders want from the Internet in terms of security The list of outstanding issues include: –How can users identify each other? –How can users identify network-based services and validate the integrity of such services before entrusting them with data? –How can the network protect itself from abuse and attack? –How can users protect themselves from abuse and attack? –What are a user’s obligations and responsibilities? –How can abusers be identified? And whose role is it? –What is the role of the ISP? Neutral common carrier? Trusted intermediary? Enforcement point?

Security Focus We’ve learned that we cannot operate global networks based on random trust models –A highly visible security focus for the next few years Increased end-user awareness of vulnerabilities and weaknesses and a desire for more secure and trustable services Increased public sector agency awareness of the vulnerabilities of the Internet communications environment and its consequences A response based on increased technology effort in dismantling aspects of the Internet’s distributed trust model and attempting to replace it with negotiated conditional trust –There is now a considerable industry based on insecurity –But little actual work based on robust security

Convergence and Multiple Networks We’ve learned that IP is not the panacea of communications protocols and that “convergence” remains a deluded carrier executive fantasy Recognise TCP/IP’s strengths and weaknesses: JTCP/IP allows adaptable traffic sessions to operate extremely efficiently over wired networks KTCP/IP is probably not the optimal approach to support resource management requirements LTCP/IP is not strong in supporting real time traffic under localized congestion events, various forms of traffic engineering applications (Unless you are willing and able to overprovision everywhere!) “Everything over IP” is still not a viable carrier strategy - continued use of multiple networks to provide specialized service environments for various communications application sectors is likely for some time yet

Convergence and Multiple Networks What’s the desired model here? –Adaptive response networks supporting non-adpative application transport sessions Or –Best effort networks supporting cooperative adaptive transport sessions So far, the efforts in IP have obtained the greatest deployment leverage through using adaptive applications through a common base best effort network.

Bandwidth Abundance Lessons Dense Wave Division Multiplexing is lifted per-strand optical capacity over a thousand-fold –from 2.5Gbps to 6.4Tbps (640 wavelengths, each of 10Gbps per lambda) per optical strand The major long haul communications routes worldwide are more than amply provisioned with IP bandwidth –The shift from demand-pull to massive supply-overhang has destroyed the business stability of the long haul communications supply market. We’ve learned that when you eliminate one choke point in a system you expose others –Doh! The network ‘choke’ points are shifting to the access domain, not the long haul elements –Continued pressure for high speed last mile services

Technology – IPv4 We’re learning that we might be stuck with making IPv4 work for longer than we thought we could or should IPv4 remains the overwhelmingly dominant protocol choice for the service industry Its now a NAT world - but NAT has its problems Peer-to-peer networks Service fragility VOIP Complexity and Cost Even with NATS we are running through the IPv4 address pool – IP service networks will need to commence some considered investment in IPv6 sooner rather than later

Technology – IPv6 “IP with larger addresses” Address space requirements are no longer being easily met by IPv4 This is an issue for high volume deployments including: –Pocket IP devices –Consumer devices IPv6 appears to offer reasonable technology solutions that preserve IP integrity, reduce middleware dependencies and allow full end-to-end IP functionality for a device-rich world BUT Noone wants to pay for widespread IPv6 deployment just yet!

IPv6 - From iPOD to iPOT IPv4 cannot sustain a device-dense world If we are seriously looking towards a world of billions of chattering devices then we need to look at an evolved communications service industry that understands the full implications of the words “commodity” and “utility”

Voice over IP We’re learning that voice has more dimensions than just emulating simple carriage of a voice signal The technology is getting better… –Load-sensitive codecs that adjust their signal rate to the current delay / loss characteristics –Abundant trunk bandwidth circumvents the need for detailed QoS in the network core –Solutions available to map between the telephone address domain and the Internet address domain (ENUM) –Intertwining hand-held devices into phone + PDA But its more than Skype - there are many practical technology, regulatory and business issues remain on the VOIP path….

Today’s Carrier Squeeze Play Service Application Platform Network User Infrastructure Service Application Platform Network User The Traditional Model The Emerging Model

The ISP and The Carrier The Carrier ISP business is being pushed into the role of: –Commodity IP transit provider –Consumer market IP access –SME IP access The enterprise ISP market is being pushed into the role of: –SME service integrator

Optimism vs Reality Convergence to IP as a multi-media broadcast medium are not well grounded Triple Play Time is over – BitTorrent wins

Optimism vs Reality Value Added Service Networks are causing value added service network providers to overstress their business model Leave overlays to the edge

Optimism vs Reality The Internet’s major point of leverage was ultimately cheaper services, not better quality QoS in the core has lost

Optimism vs Reality The Internet is a lousy time switch High quality real time data needs high quality real time switching

Optimism vs Reality VoIP is a regulatory mess and its going to get a lot messier yet!

Optimism vs Reality Carrier platform convergence with the mantra of ‘everything in ATM IP” is still a myth Get over it!

Optimism vs Reality IP is the not the foundation of high value add networks From value to volume - IP Transit is heading into a volume-based low-value commodity activity

Optimism vs Reality Stop looking for another “killer app” – now ‘everything over http’ appears to have won the users’ play space! Think XML, RSS, Wikis, Blogs, Torrents, Podcasts,…

The Current Situation The entire Internet service portfolio appears to be collapsing into a small set of applications that are based on an even more limited set of HTTP-mediated transactions between servers and clients Application Client XML HTTP TCP Application Server XML HTTP TCP NATALG Plumbing Service

What have we learned? That the Internet is not infinitely elastic and some things just cannot fly no matter how much thrust is put under it Vertical service providers are fading away- building communications infrastructure is one thing, using it to best effect is another - both aspects require care and attention from dedicated players That the Internet may not be the best entertainment medium today – but it’s a remarkable exchange medium. That this is an immature technology-intensive activity with much that we still have to learn

So what can we expect? My personal list of expectations for the next few years: –Another round of the battle for the user is looming (.Boom II) –Networks are a commodity utility business with commodity returns (the shift from value to volume) – this is just plumbing –More surprises from Google et al in terms of compelling user service models and business creativity to capture the user –The regulatory pendulum is swinging back - renewed levels of regulatory interest to ensure that public objectives are being achieved –More restructuring - industry sector members with longer term objectives phrased more modestly than may have been the case in the past five years

Meet the new economy Same as the old economy The classic The Who song, written by Pete Townshend, Won't Get Fooled Again was first recorded in early It was released on the Who's Next album in August This song is about the same age as the Internet.