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It's no secret that the supply of IPv4 addresses, on which the Internet has been based since the dawn of digital time, is rapidly running out. The official replacement is much larger IPv6 addresses, but I can report from experience that the task of switching is not trivial, and for a long time there will be a lot of the net that's only on IPv4. So once the initial supply of IPv4 addresses run out, and the only way to get some is to buy them from someone else, what will the market be like? more
In the first part of this trilogy, I discussed the importance of automatically provisioned second generation DNS in connection with Software Defined Networking (SDN) and Software Defined Data Centre (SDDC). In the second post, I talked about IP addressing, private enterprise networks, and how DHCP does not meet the requirements of multitenant Infrastructure-as-a-Service (IaaS) cloud environments. I will now wrap up this trilogy by putting these two thesis into real-life context. more
The 7th African Peering and Interconnection Forum (AfPIF) took place in Dar es Salaam, Tanzania, from 30 August - 1 September 2016. AfPIF is the annual conference organised by the Internet Society to specifically address interconnection challenges together with the wide-ranging opportunities the African continent offers. Tanzania is well-known for its safari, Mount Kilimanjaro and beautiful Zanzibar beaches, but not only that... more
On 14 September 2012, the RIPE NCC began allocating IPv4 address space from the last /8 we received from the Internet Assigned Numbers Authority (IANA). Nobody was entirely sure what would happen when we reached this point. Would there be a "run on the bank" for this final block of addresses? more
For the past few decades, there's been a relatively straightforward narrative on the economics behind the IPv6 transition that goes something like this: sooner or later, IPv4 scarcity will drive costs up until they exceed those of deploying IPv6. A competitive market will then make the rational choice and transition to a more efficient mode of production and deploy IPv6. This is textbook economics, and - with the disclaimer that I'm not a trained economist - it appears to be incorrect. more
World IPv6 Launch kicked off 6 June 2012 at 00:00 UTC. On this day, multitudes of website operators, network operators and home router vendors from all over the world have joined thousands of companies and millions of websites in permanently enabling the next generation Internet. They have done this by turning IPv6 support on by default in (at least some of) their products and services. This is a major milestone in the history of the Internet. more
A factual paper prepared in October 2009 for and endorsed by the Chief Executive Officers of ICANN and all the Regional Internet Registries that provides answers to commonly asked questions about IPv6 such as: How are allocations made, and to whom? How are IPv6 addresses actually being allocated? And why did such large IPv4 address allocations go to US organizations, including the US Government, and its Department of Defense? more
It's January again, and being the start of another year, it's as good a time as any to look at the last 12 months and see what the Internet was up to in 2010. This is an update to the report prepared 12 months ago when looking at 2009, so lets see what has changed in the past 12 months in addressing the Internet, and look at how address allocation information can inform us of the changing nature of the network itself. more
The IPv4 market has grown significantly in the last four years. It finished particularly strong in 2017, both in terms of the total volume of addresses traded and overall number of intra- and inter-RIR transactions in the ARIN region. Over the last four years, the steady and sometimes substantial growth in the number of transactions has been mostly attributable to a dramatic increase in small block trades of fewer than 4,000 addresses. more
Time for another annual roundup from the world of IP addresses. Let's see what has changed in the past 12 months in addressing the Internet and look at how IP address allocation information can inform us of the changing nature of the network itself. Back around 1992, the IETF gazed into their crystal ball and tried to understand how the Internet was going to evolve and what demands would be placed on the addressing system as part of the "IP Next Generation" study. more
The cloud computing paradigm has been making steady progress in 2016. With the DevOps model making its way from cloud to networking, the business upside of fully automated service architectures is finally beginning to materialize. The associated service agility is expected to unleash new business models that transform the ways in which applications and connectivity can be consumed. more
I've already shared my thoughts following a session of the IPv4 Sunset Working Group at IETF 95 that considered whether to declare IPv4 an "Historic" specification. Of course, as one would expect for a meeting of a Standards Development Organization (SDO), that wasn't the only standards process discussion through the week. Another session, this time in the IPv6 Maintenance Working Group, considered the related topic of whether to make the IPv6 specification a full Internet Standard. Let's look at that proposal. more
APNIC Labs, the research arm of Asia-Pacific Network Information Centre, is partnering with Cloudflare for a joint research project relating to the operation of the DNS, reports Geoff Huston, APNIC's Chief Scientist. more
As the first semester of 2010 comes to a close, the IPv4 address pool has dropped to 6%. Another year and we will probably celebrate (mourn?) the end of the IANA IPv4 pool. As Vint Cerf commented on the topic of depletion in an e-mail to Bob Hinden: 'Sic transit Gloria Mundi'. The view of an abyss or the fear of judgment day always focuses attention and as a result IPv6 adoption is finally picking up speed. The Google invitational IPv6 Conference in Mountain View clearly illustrated the point. more
We regularly check the status of IPv6 deployment in the RIPE NCC service region, and in other service regions as well. One way to measure IPv6 deployment is to look at the percentage of networks announcing IPv6 prefixes and follow the developments over time. The RIPE NCC's IPv6-ASN graph shows the percentage of networks that announce one or more IPv6 prefixes in the global routing system. Having an IPv6 prefix visible in the global routing system is a required step for a network to actually start exchanging IPv6 traffic with other networks. more
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