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According to the latest Infrastructure Security Report by Arbor Netowrks, the Internet architecture and operations is about to face a perfect storm with the convergence of issues including IPv4 to IPv6 migration, implementation of DNS Security Extensions (DNSSEC) and to 4-byte ASNs (used for inter-domain routing on the Internet). "Any one of these changes alone would constitute a significant architectural and operational challenge for network operators; considered together, they represent the greatest and potentially most disruptive set of circumstances in the history of the Internet, given its growth in importance to worldwide communications and commerce," says the report.
According to reports, China Telecom has announced a complete schedule of IPv6 deployment including commercial trials currently underway. A full commercial launch is scheduled for 2012 while retreating from IPv4 network and services will begin in 2015. China Telecom has also announced various goals as part of the IPv6 transition which includes building a self-supporting IPv6 business and upgrading enterprise and residential gateways to support IPv6 access for government, enterprise and residential customers.
Earlier this year, ICANN began to seriously consider the various effects of adding DNS protocol features and new entries into the Root Zone. With the NTIA announcement that the Root Zone would be signed this year, a root scaling study team was formed to assess the scalability of the processes used to create and publish the Root Zone. Properly considered, this study should have lasted longer than the 120 days -- but the results suggest that scaling up the root zone is not without risk -- and these risks should be considered before "green-lighting" any significant changes to the root zone or its processes. I, for one, would be interested in any comments, observations, etc. (The caveats: This was, by most measures, a rush job. My spin: This is or should be a risk assessment tool.) Full report available here [PDF].
The IPv6 Act Now website, aimed at encouraging the adoption of IPv6, has featured a video today on Google's implementation of IPv6, which resulted in the launch of ipv6.google.com. In this video, Lorenzo Colitti, network engineer at Google, explains the planning, deployment, and future plans for making Google services available over IPv6. The best way to proceed with an IPv6 deployment, Colitti says is "to run everything on the same infrastructure."
The American Registry for Internet Numbers (ARIN) named John Curran as president and chief executive officer, effective July 1, 2009. Since January 1, 2009, Curran has served as acting president and CEO of ARIN. He is a founding member of the ARIN Board of Trustees and served as chairman from August 1997 to December 2008. Curran has also been a valuable participant on CircleID where he has shared his views on a number key issues such as IPv6.
The American Registry for Internet Numbers (ARIN) has launched a comic book series to further help raise awareness for the adoption of IPv6 and other matters dealt by the organization. The comic books, called "Team ARIN", are fictionalized views of the organization, its processes, and the whole concept of Internet governance. "Though our heroes are fictional, the issues they face are very real," says ARIN.
On behalf of the Federal CIO Council, US Office of Management and Budget (OMB) announced today the release of the "Planning Guide/Roadmap toward IPv6 Adoption within the US Government". This document defines the Federal Government's Internet Protocol version (IPv6) direction, building upon requirements set forth in OMB Memorandum 05-22. It was developed by the CIO Council's IPv6 Working Group, in partnership with the American Council on Technology / Industry Advisory Committee, in consultation with and review by the Federal CIO community.
The RIPE NCC today announced the launch of the IPv6 Act Now! website. RIPE NCC, a Regional Internet Registry (RIR) for Europe, the Middle East and parts of Central Asia, calls the website a one-stop destination on IPv6 where everyone can understand and provide a variety of useful information aimed at promoting the global adoption of IPv6. "The site is for anyone with an interest in IPv6, including network engineers, company directors, law enforcement agencies, government representatives and civil society."
Last week the German IPv6 Council initiated a contest for new ideas related to IPv6 where the council invited submissions of applications which are based on the new internet protocol. The council hopes the contest will be a helpful step towards an efficient and large deployment of IPv6. The IPv6 Council, founded in late 2007 in Potsdam, will award prices of up to 10,000 Euros to the best developers' ideas for concepts, applications, and implementations. The winners will be announced and receive their awards at the 2nd German IPv6 Summit on May 14th, 2009 in Potsdam.
While Google admits that offering its services over IPv6 is still in its infancy, the company today announced the option for accessing Google services over IPv6. Last year, Google started offering Google search over IPv6 on IPv6-only websites like 'ipv6.google.com' requiring IPv6 connection, but other Google products have not been generally available over IPv6, says Google. "That's why we created Google over IPv6."
In the upcoming Internet Measurement Conference being held next week in Vouliagmeni, Greece, a team of six researchers will be presenting a paper called "Census and Survey of the Visible Internet," based on a comprehensive census of more 2.8 billion allocated IP addresses on the Internet. The research is claimed to be the first comprehensive census of its kind in more than two decades.
The United States' reluctance to invest in IPv6 makes it more likely that China will be in a position to gain the first-mover advantage it seeks. ...Liu Dong, president of the Beijing Internet Institute sums it up succinctly: "We think we can develop the killer applications," he says. China plans to show the rest of the world just how advanced its Internet is at the 2008 Olympics in Beijing. CNGI will control the facilities -- everything from security cameras to the lighting and thermostats -- at the Olympic venues, and events will be broadcast live over the Internet. Even the taxis in Beijing's snarled traffic will connect to CNGI via IPv6 sensors so that dispatchers will be able to direct their drivers away from congestion.
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