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Recently by Erik Nygren
Apple's upcoming App Store submission requirement around supporting IPv6-only environments (announced last year at WWDC and being enforced starting June 1) has been getting plenty of recent coverage. iOS application developers already need to make sure their applications work in IPv6-only environments with NAT64+DNS64; however, this by itself does not mean that those applications (or web-based applications) obtain content over native IPv6.
It is now three years since World IPv6 Launch, and solid growth in global IPv6 adoption continues at a steady pace. With over 17% of the country's end-users actively using IPv6, the United States continues to be a dominant force in IPv6 traffic levels and adoption, with the top three U.S. broadband operators and all four of the top U.S. mobile operators actively rolling out IPv6 to their end-users.
No longer is IPv6 "just around the corner". It's here. In the half-year following when I last wrote about our measurements of IPv6 adoption, many of the metrics we were tracking have doubled. This is in large part due to increased adoption of IPv6 by residential broadband networks in the U.S.A. and Germany. As of December 2013, we were serving over 20 billion IPv6 requests per day, double the 10
It has been a year since I last wrote about World IPv6 Launch and our measurements of IPv6 adoption at the time. Since then, we've seen continued momentum around increased IPv6 adoption on multiple fronts, with more IPv6 end users as well as with more content becoming available over IPv6. The net result of this is that IPv6 traffic on Akamai's global platform has increased to be over 250% of
Here at Akamai we've been closely monitoring IPv6 traffic across our network for quite some time - including the months leading up to World IPv6 Launch all the way through to the present. In this post, I wanted to share some of the more meaningful IPv6 traffic data we've observed, both during the 24 hours of the World IPv6 Launch milestone and in the weeks since.
With the era of freely available IPv4 addresses nearing its end, I'm pleased to see that 2012 appears to be the year when the IPv6 Internet will finally reach maturity and launch into wide-scale commercial use. For over a decade, the groundwork for the migration to version 6 of the Internet Protocol (IPv6) has been built, with changes to operating systems, client and server software, routers, and Internet backbone networks.