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I'm a network engineer, and like many engineers I often gravitate to the big projects; large networks with problems of scale and complexity in my case. However, I also consider myself a student of Occam's razor and often quote Antoine de Saint-Exupéry: "perfection is reached not when there is nothing left to add, but when there is nothing left to take away." In this spirit of "less is more" I have recently become intrigued by the problems appearing in home networking. more
There have been quite a number of recent articles about various IPv6 issues. Thus the question: how far along is the actual IPv6 deployment? This is a quick-and-dirty survey that focuses mainly on the content provider side. What domains were surveyed? Alexa offers country depended TopSites listings. Domains listed are frequently visited by users from that country, not necessarily hosted there... more
At the outset I should say that here I would like to restrict my view to the transition from the IPv4 Internet to the IPv6 Internet, and, in particular, to examine the topic of the appropriate market structure that lies behind the dual stack transition strategy, and the manner in which the Internet can transition from the universal use of IPv4 as the underlying datagram protocol to the universal use of IPv6. more
The prospect of exhaustion of the IPv4 address space is not a surprise. We've been anticipating this situation since at least 1990. But it's a "lumpy" form of exhaustion. It's not the case that the scarcity pressures for IP addresses are evidently to the same level in every part of the Internet. It's not the case that every single address is being used by an active device. A couple of decades ago we thought that an address utilisation ratio of 10% (where, for example, a block of 256 addresses would be used in a network with some 25 addressed devices) was a great achievement. more
In a video interview conducted during the NSCS ONE conference, Paul Vixie CEO of Farsight Security further discusses the topic of his presentation titled: "Defective by Design -- How the Internet's Openness is Slowly Poisoning Us". more
Researchers from Huazhong University of Science and Technology in China have started work on a project based on a distributed information retrieval system that promises to address future search engine scalability issues that are believed to be inevitable as the Internet continues to expand: "With the rapid increase of web pages, the coverage of search engines will become poorer and the update intervals will be much longer. If the current architecture of search engines is still in use, it will be an impossible mission to find the precise and comprehensive information in the future. This problem will be more serious when IPv6 technology is widely implemented in communication networks. The problem of 'Too much information means no information' may become a disaster with information explosion." more
In preparation for the World IPv6 Launch tomorrow, Vint Cerf, Chief Internet Evangelist at Google, and a founding father of the Internet, discusses the next version of the Internet, and why we need it. more
It happened in San Jose, it happened in Taiwan and soon it will happen in Philadelphia! A nightmare? A conspiracy? No, no, it was just the IPv6 hour. One hour of pure IPv6 LAN for NANOG attendees with a NAT-PT as valve to the crowded teeming world of the IPv4 internet... At 12 noon, Tuesday February 19th it happened! While Mac, Vista, Linux and Unix can breathe AAAA, Windows XP however cannot do DNS over IPv6 transport. What to do to avoid all these Windows XP users... more
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. more
What is the impact of IPv6 on telecommunications, VoIP, unified communications, etc? Why should telecom operators care about IPv6? What VoIP systems already support IPv6? What efforts are underway within organizations like the IETF and the SIP Forum to ensure that telecommunications can work over IPv6? more
Last year the municipality of Gavle asked my company if we could help them load share the streaming pictures of the famous Christmas goat in Gävle. I accepted the invitation and set up a separate domain. My own interest in this was of course to track the usage of IPv6 and validation of DNSSEC from the visitors of the site. more
Verizon has announced that starting June 30, 2017, it will stop issuing new Public Static IPv4 addresses due to a shortage of available addresses. more
Feb. 3, 2011, came and went without much fanfare, but it was a milestone for Internet stakeholders, whether they knew it or not. On that Thursday, the last available IPv4 addresses were allocated by the Internet Assigned Numbers Authority (IANA). Though some Regional Internet Registries (RIRs) have a reasonable inventory of IP addresses that could last another year or two, the days of "new" IPv4 address allocations are largely over. more
In the latest development from the World Conference on International Telecommunications, a new "compromise proposal" has been leaked to wcitleaks.org. This proposal is certainly no compromise, as it not only is a bald faced power grab by the sponsors (Russia, UAE, China, Saudi Arabia, Algeria, Sudan at this point), but shows a stunning lack of comprehension of how the Internet works and how it is currently governed. It also shows that the coalition of Civil Society groups and private sector organisations that have focused on WCIT have been correct all along. more
In this article we'd like to look at some measures of the use of IPv4 and IPv6 protocols in today's Internet and see if we can draw any conclusions about just how far down the track we are with the IPv6 part of dual stack deployment. We'll use a number of measurements that have been made consistently since 1 January 2004 to the present, where we can distinguish between the relative levels of IPv4 and IPv6 use in various ways. more
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