IPv6 Transition

IPv6… the Year NAT-Enforced IPv4 Dam Showed Seepage

We don't give enough credit to people who will sacrifice themselves trying to plug the IPv4 dam with some NAT-putty. They even dream of a NAT66 filled afterlife. The growing IPv6 traffic trickle was given evidence at the recent RIPE 57 meeting in Dubai in a number of presentations, including a most edifying Google presentation. Noteworthy to see France with a 0.65% IPv6 penetration...

IPv6: Zeno’s Paradox and Invisible Brick Walls

As we continue our ride toward the exhaustion of IPv4 addresses, Regional Internet Registries public discussion groups remain filled with endless discussions on how large swaths of allocated IPv4 addresses are unused, should be reclaimed or recycled one way or another, maybe be put on the free market and sold to the highest bidder or parsed out in more egalitarian controlled ways. Although everyone now accepts the notion of IPv4 address exhaustion, it seems to be for some an invisible glass wall and for others a gold brick wall worth the death of the internet to get a piece of it.

Which Region is Taking the Lead in IPv6 Deployment?

IPv6 is in the news because the mainstream media have started to pick up the fact that IPv4 will be fully allocated in the next two or three years. And IPv6 deployment is important if we want to keep the Internet growing sustainably. So where is IPv6 deployment most evident?

IPv6… Finally Getting Closer to Home

resentations at successive IPv6 related forums, summits and other conferences tend to become rather repetitive and some even in need of an urgent slide dust-off. Luckily some fresh perspectives emerge occasionally such as at the Taiwan IPv6 Summit early September. Being in the market for a new home router, I could not but pay attention to a presentation by D-Link extolling their IPv6 support for home routers!

IPv6’s Long March

With the thousands of IPv6 controlled lights dimming over the 2008 Olympics, the long march on the road to IPv6 continues as the Olympic IPv6 Workout enters history. The early objective of full commercial deployment for 2008 proved elusive and more realistic goals were set and met with success. Not wasting any time, the starting shot toward commercial deployment followed on the heels of the closing ceremony with the august 25th announcement...

IPv6 Considered a Problem by Some Users

I have a Google Blog Search Alert looking for posts over IPv6 in my RSS reader. What strikes me is the number of posts explaining how to disable IPv6 in Windows Vista, MacOSX, Ubuntu and other flavours of Linux. It looks like disabling IPv6 makes web browsing faster for a lot of people, independently of which operating system is being used.

IPv6… Unstoppable Road to Hyperconnectivity: Blame It On Opiates!

Some think IPv6 with its myriad addresses will accelerate the evolution of a hyperconnected world. But could a world where everything and everybody is sensed, monitored, located, to augment our quasi real-time interaction with the world outside our little selves, lead to total dependency, if not to gradual stupidity of the human race? Not surprisingly, a favourite topic for (late night) Internet Conference bar discussions...

Shim6 Host-Based IPv6 Multihoming: Ready for Testing

During the last decade, the Internet Engineering Task Force (IETF) has been designing IPv6 as a replacement for IPv4. Most of the initial benefits of IPv6 (security, QoS, autoconfiguration,...) have been ported to IPv4 and IPv6 deployment has been limited. However, thanks to the huge IPv6 addressing space, it is possible to design protocols and mechanisms that are more scalable and more powerful than with IPv4. A typical example is the multihoming problem. This problem occurs when a site is attached to several Internet Service providers...

Is It Time to Create a Market for IPv4 Addresses?

It's fascinating to watch the Internet technical community grapple with policy economics as they face the problems creating by the growing scarcity of IPv4 addresses. The Internet Governance Project (IGP) is analyzing the innovative policies that ARIN, RIPE and APNIC are considering as a response to the depletion of IPv4 addresses.

IPv6 and MEID’s… Stop Choking on 32 Bits

Both the Internet and North American cellphones are choking under a 32 bit limitation and reactions from protagonists involved in both cases offer striking similarities. 1983 saw the debut of IPv4 and North American mobile telephony started in earnest with Bell's analog AMPS (Advanced Mobile Phone Service). Responding to the need to uniquely identify the growing number of mobile devices in order to bill their owner, the FCC ordered that handsets be equipped with a unique identification number embedded on a chip. This became the 32 bit ESN...