standards

IPv6 finally coming to root DNS servers

The current IPv4 protocol used on the Internet is running out of the addresses needed to accommodate the growing number of users online.

The American Registry for Internet Numbers (ARIN), the organization responsible for giving out IP addresses in North America, says that 19 percent of the IPv4 addresses are still available, while 68 percent have been allocated and 13 percent are “unavailable,” whatever that could mean. There are 4.3 billion IPv4 addresses, or 2^32. IPv6 has 2^128 addresses, or 16 billion-billion.

There have been efforts to get more mileage out of IPv4 by using tricks like conversions to IPv6 or using duplicate IPv4 addresses within a firewall. This has helped extend the lifespan of IPv4 but it only prolonged the inevitable.

Until now the biggest obstacle to IPv6 has been the fact that IPv6 address information is not included in most of the root DNS servers that power the Internet. DNS (Domain Name Service) is the Internet service that translates domain names such www.example.com into the numeric IP (Internet Protocol) addresses such as 198.105.232.4 that are actually used to connect computers on the Internet.

Starting on February 4th, at least one of those adoption barriers will be addressed as records for IPv6 addresses are added to four of the key root DNS servers. The inclusion of the IPv6 records could make the adoption and operation of IPv6 a more viable option for network operators.

Mozilla Labs starts new project for deeper integration with online services

Chris Beard of Mozilla Labs announced a new project for “deeper integration of the browser with online services.” The goals include:

  • provide a basic set of optional Mozilla-hosted online services
  • ensure that it is easy for people to set up their own services with freely available open standards-based tools
  • provide users with the ability to fully control and customize their online experience, including whether and how their data should be shared with their family, their friends, and third-parties
  • respect individual privacy (e.g. client-side encryption by default with the ability to delegate access rights)
  • leverage existing open standards and propose new ones as needed
  • build a extensible architecture like Firefox

This is an exciting and very necessary development for Mozilla. As personal data storage is moved from the desktop to the Net, client-side encryption is essential for privacy and security. It is inevitable that the companies offering web apps will suffer a shakeout and some will fold. And security breaches are a fact of online life.

I’m looking forward to integrating this into the ISubuntu project.

Fortune: Online chat ‘assistant’ may not be real

Fortune reports on chatbots used in online stores to talk potential customers out of abandoning their virtual shopping carts. “…A startup called UpSellit is … using live chat to act as a sales assistant …. but here’s UpSellit’s twist: That person on the other end of the live chat box isn’t a person at all. You’re chatting with software that’s designed to fool you into thinking it’s a person.” Clearly another step blurring the real and virtual that raises a few ethical and possibly legal questions. How would knowing that you’re talking to a bot change your attitude or behavior? What if you thought you were talking to a bot but it turned out be a real human being?

Flow Rate Fairness: Dismantling a Religion

Network engineer Richard Bennett’s new article for The Register: Dismantling a Religion: The EFF’s Faith-Based Internet explores the difference between the way the EFF wants to see the the Internet managed and current discussions under way in the IETF.

Bottom line: the Internet has never had a user-based fairness system, and it needs one. All networks need one. Continue reading