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The 85th meeting of the Internet Engineering Task Force (IETF) begins next week in Atlanta, Georgia, USA. Over 1000 engineers, maybe as many as 1400 or more, from all around the world will gather in various working groups to discuss and debate issues relating to the open standards that define the Internet's infrastructure. more
Couple of weeks ago I started a new initiative called "Names, Numbers and Beyond". I started this as I genuinely think we are facing big issues due to the uncontrolled and non-standard growth of the IP and Name space used today and tomorrow. To keep in control and make everything manageable, parcelling out IP address space and the use of tight naming standards/policies is necessary to make networks work better and make them achievable. more
The RIPE NCC's membership grew steadily over the course of 2012. In Q3, the RIPE NCC received 417 requests to become a Local Internet Registry (LIR); the highest number we have seen so far. This surge in membership growth exceeds the previous record set 12 years ago during the dotcom bubble in 2000. One reason for the surge is probably the anticipation of the last /8 of IPv4 addresses. more
In an earlier article, IPv4 - Business As Usual, we pointed out that the RIPE NCC will reach the last /8 of IPv4 address space (16,777,216 addresses) sometime later this year. On Friday, 14 September 2012 we reached this important milestone; we allocated the last IPv4 addresses from the unallocated pool. From now on, the RIPE NCC can only distribute IPv6 addresses and a one-time /22 IPv4 allocation from the last /8 to those Local Internet Registries (LIRs) that meet the requirements. 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
Almost every conversation I have with folks just learning about IPv6 goes about the same way; once I'm finally able to convince them that IPv6 is not going away and is needed in their network, the questions start. One of the most practical and essential early questions that needs to be asked (but often isn't) is "how do I lay out my IPv6 subnets?" The reason this is such an important question is that it's very easy to get IPv6 subnetting wrong by doing it like you do in IPv4. more
Recently, the FBI, DEA and even the Canadian Mounted Police have suggested that the switch to IPv6 is making it more difficult to track criminals online, those who would traffic in things such as drugs or child pornography, in addition to hackers, botnets, kidnappers and terrorists. Under IPv4, it wasn't very difficult to find offenders online via their IP addresses. The American Registry of Internet Numbers (ARIN) would hand out the address and internet providers would log them into the public WHOIS database. more
Reading Peter Olthoorn's book on Google (a link is found here), I ran into a passage on IP addresses. Where Google states that it does not see an IP address as privacy sensitive. An IP address could be used by more than one person, it claims. The Article 29 Working Party, the EU privacy commissioners, states that it is privacy sensitive as a unique identifier of a private person. It got me wondering whether it is this simple. Here is a blog post meant to give some food for thought and debate. I invite you to think about the question 'how private is an IP address'? more
As mentioned in Assigning 32-bit ASNs published one year ago, 16-bit Autonomous System Numbers (ASNs) are becoming a scarce resource just like 32-bit IP addresses. In 2007, the Internet Engineering Task Force (IETF) addressed this scarcity by developing a new format: 32-bit AS Numbers (RFC 4893), which increased the supply of ASNs to four billion. more
Some years ago a report was published that ranked countries by the level of penetration of broadband data services. You can find the current version of that report at the OECD web site. This ranking of national economies had an electrifying impact on this industry and upon public policies for broadband infrastructure in many countries. Perhaps this happened because there were some real surprises lurking in the numbers at the time. more
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