IPv6 deployment is in a chicken and egg situation. On the one hand, there is no willingness from ISPs and commodity DNS router manufacturers to include IPv6 support in their infrastructure or equipment because "there is no demand". On the other hand, there is no demand because the average Joe Blow could not care less if he accesses a web site under IPv4 or IPv6. It should just work. The equipment and infrastructure should adapt transparently... What we users can do is to stop waiting for the industry to get its act together and work around its limitations... more
Last Saturday marked the 53rd anniversary of the Internet. While the vast majority of its five billion users have been online for less than a decade, the Internet was taken into use on October 29th, 1969, when two computers connected to the ARPANET exchanged a message. Although the Internet has been around for a while, it remained below most people's radar until the late 1990s when the dot com boom started. more
IPv6 advocacy has been tainted by FUD and half-truth. CommsWorld recently interviewed Juniper's Jeff Doyle, who is a strong supporter of IPv6 -- but who also has little patience for IPv6 mythology. Forget security, half-true address crises and QoS: the best reason for the world to run with IPv6 is what's driven the Internet all along -- innovation. more
NANOG 62 was held at Baltimore from the 6th to the 9th October. These are my observations on some of the presentations that occurred at this meeting. .. One of the more memorable sides in this presentation was a reference to "map" drawn by Charles Minard in 1869 describing the statistics relating to the Napoleonic military campaign in Russia, and the subsequent retreat. more
If you are not already using OpenDNS on your home network I have one question for you. Why not? When it debuted, OpenDNS' main advantage was speed. It is a great deal faster than the DNS operated by most ISPs so, if you configure your border router/DHCP server to use OpenDNS name servers, the t'internet magically speeds up... On looking at the OpenDNS stats for my home network the other day, one item gave me cause to scratch my head a little. There was a non-trivial number of AAAA look-ups going on. In case you don't know (and I know you do), AAAA look-ups are IPv6 address look-ups... more
BT, United Kingdon's ISP, has confirmed IPv6 will finally be enabled on their network from this Autumn 2016 – but it will be early 2017 before all of their customers can use it, Mark Jackson reported today in ISPreview.co.uk. more
As the unallocated IPv4 address pool runs out, are Internet Service Providers (ISPs) actually deploying IPv6? The graph, first in a series from RIPE Labs, looks at the IPv6 "ripeness" of all ISPs registered as RIPE NCC members. We created a rating system that gives ISPs up to four "stars" for IPv6 services that they provide, based on the following criteria... more
Brokenness refers to the situation whereby a website is made accessible in dual stack, meaning both IPv4 and IP6, using records referred to as A's for IPv4 and quad A's for IPv6. Some end-users can experience slower access to the website or in some rarer instances no access at all. Brokenness is mostly attributable to older versions of the Mac Os operating system... The brokenness issue has been very well described by Eric Vyncke... more
At APNIC Labs we've been working on developing a new approach to navigating through some of our data sets the describe aspects of IPv6 deployment, the use of DNSSEC and some measurements relating to the current state of BGP. The intent of this particular set of data collections is to allow the data to be placed into a relative context, displaying comparison of the individual measurements at a level of geographic regions, individual countries, and individual networks. more
IANA's IPv4 pool was officially exhausted in early 2011; Regional Internet Registries (RIRs) are gradually eating through their remaining IPv4 reserves and, although there will always be a trickle of recycled IPv4 addresses coming through as businesses go bust or ISPs move entirely to IPv6, the bulk of RIR IPv4 activity in future will be maintenance of existing allocation records... While IPv6 is definitely the way of the future for the Internet, the sheer size of the IPv6 address pool, combined with simplified allocation policies that have deliberately reduced barriers to entry, means there are very few organizations that can't get IPv6 directly from the RIRs these days. more
Join IPv6 networking professionals from across North America, who will attend to learn the latest on IPv4 exhaustion and how to transition to IPv6. The INET Denver agenda will bring together top experts in the networking field to discuss the latest on IPv4 exhaustion in our market, and the TCO of IPv6. more
Akamai Technologies released its First Quarter, 2017 State of the Internet Report last week based on data gathered from the Akamai Intelligent Platform. more
Hon' Prime Minister, Why would India table Proposal 98 for the work of the ITU Plenipotentiary Conference? Contribution 98 wants the ITU to develop an IP address plan; wants it to be a contiguous IP address platform so as to enable the Governments to map and locate every Internet user; suggests that the ITU may coordinate the distribution of IP addresses accordingly; instructs the ITU Secretary General to develop policies for... naming, numbering and addressing which are [already] systematic, equitable... more
NetworkWorld is running an article today that talks about the announcement from ARIN (the American Registry for Internet Numbers) of the ARIN Board resolution calling upon ARIN to no longer be "neutral" in the IPv4 vs IPv6 space and instead work to actively encourage migration to IPv6... Until now, ARIN and the other RIRs have generally been fairly neutral in the IPv4 versus IPv6 debate and have not shown a preference in allocation, but this announcement from ARIN shows the first signs of change. more
My local area code (814) is running out of phone numbers. When discussing IPv6 with non-technical folks, I frequently use the hypothetical scenario of running out of phone numbers as an analogy for IPv4 address depletion. The conversation usually goes like this: "Imagine if we were running out of phone numbers. One way of solving that problem would be to make them bigger. Instead of ten digits, what if we made then thirty digits? If we did that, how many other things would we have to change? Some mundane things like business cards, letterhead, and phone books. But also more substantial things..." more