IPv6 Transition

IPv6 Security Myth #5: Privacy Addresses Fix Everything!

Internet Protocol addresses fill two unique roles. They are both identifiers and locators. They both tell us which interface is which (identity) and tell us how to find that interface (location), through routing. In the last myth, about network scanning, we focused mainly on threats to IPv6 addresses as locators. That is, how to locate IPv6 nodes for exploitation. Today's myth also deals with IPv6 addresses as identifiers.

IPv6 Security Myth #4: IPv6 Networks are Too Big to Scan

Here we are, all the way up to Myth #4! That makes this the 4th installment of our 10 part series on the top IPv6 Security Myths. This myth is one of my favorite myths to bust when speaking with folks around the world. The reason for that is how many otherwise well-informed and highly experienced engineers, and others, hold this myth as truth. It's understandable, really.

Addressing 2014 - And Then There Were 2!

Time for another annual roundup from the world of IP addresses. What happened in 2014 and what is likely to happen in 2015? This is an update to the reports prepared at the same time in previous years. So lets 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.

IPv6 Security Myth #3: No IPv6 NAT Means Less Security

We're back again with part 3 in this 10 part series that seeks to bust 10 of the most common IPv6 security myths. Today's myth is a doozy. This is the only myth on our list that I have seen folks raise their voices over. For whatever reason, Network Address Translation (NAT) seems to be a polarizing force in the networking world. It also plays a role in differentiating IPv4 from IPv6.

IPv6 Security Myth #2: IPv6 Has Security Designed In

Today we continue with part 2 of the 10 part series on IPv6 Security Myths by debunking one of the myths I overhear people propagating out loud far too much: That you don't need to worry about security because IPv6 has it built into the protocol. In this post, we'll explore several of the reasons that this is in fact a myth and look at some harsh realities surrounding IPv6 security.

IPv6 Security Myth #1: I’m Not Running IPv6 so I Don’t Have to Worry

Now that IPv6 is being actively deployed around the world, security is more and more a growing concern. Unfortunately, there are still a large number of myths that plague the IPv6 security world. These are things that people state as fact but simply aren't true. While traveling the world, talking to the people who've already deployed IPv6, I've identified what I believe are the ten most common IPv6 security myths.

The Christmas Goat and IPv6 (Year 5)

This year I didn't even get a good picture of our famous Christmas goat here in the city of Gavle Sweden. The Christmas goat this year survived Christmas but were suddenly on the 28th of December dismounted. The reason for the poor goat's early leave from its own little park downtown Gavle is that it is now the year of the goat in China, and the city of Gavle has a sister-town in China -- Zhuhai.

CircleID’s Top 10 Posts of 2014

Here we are with CircleID's annual roundup of top ten most popular posts featured during 2014 (based on overall readership). Congratulations to all the participants whose posts reached top readership and best wishes for 2015.

What’s With the 32-Bit Numbers That the Internet Keeps Defying?

By now you might have read the news "How 'Gangnam Style' Broke YouTube?" What happened is that a YouTube video named 'Gangnam Style' by a South Korean singer Park Jae-sang, known by his stage name PSY, has been viewed so many times that it broke YouTube's view counter. YouTube's view counter is built on a 32-bit integer, which provides a view-tracking capability of nearly 2.15 billion views.

An Open Letter to the Prime Minister of India, from Within India, Through an Internet Blog

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...