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I found a really quick fix today for disabling ipv6 completely on Ubuntu 7.10 (not yet tested on previous versions). This might be of interest to some of you that have had networking problems, as I’ve heard disabling ipv6 at least within the browser has been a help here. This tutorial will disable ipv6 completely on the machine.
So IPv6 has been around a while now but do we know any benefits? We may know that it is 128bits long and too difficult to type but if that is all then we do ourselves a little injustice in not knowing how easy IPv6 can make our lives. So let us take a look at some of the automation features of IPv6 including auto-address assignment, router discovery and why we do not need a broadcast address.
IPv6 is the future of IP, and it’s a good time to start learning about it. It’s very easy to put an IPv6 address on Linux. IPv6 addresses have 126 bits. This allows for an enormous address space.
A growing number of platforms implement IPv6, allowing Apache to allocate IPv6 sockets and handle requests which were sent over IPv6. This article explains how to setup dual stacked, IPv4 and IPv6 enabled Apache networking under any Linux or UNIX like operating systems. You need to update httpd.conf file with the Listen directive.
"Just before year's end, ICANN/IANA sent out a short message saying that 'on 4 February 2008, IANA will add AAAA records for the IPv6 addresses of the four root servers whose operators have requested it.' [...] That means that as of February 4, 2008, it will (theoretically) be possible for two IPv6 hosts to communicate across the IPv6 Internet without having to rely on any IPv4 infrastructure. It's been a long journey to get to this point..."
Early adopters of Microsoft’s new Vista operating system are reporting problems with its implementation of IPv6, a long-anticipated upgrade to the Internet’s primary protocol.
The purpose of this article is to discuss the basics of IPv6 implementation in Linux, and to draw a comparison between IPv6 and IPv4 implementations in Linux.
