DragonFly BSD, the FreeBSD fork, has been updated to version 2.6.1 and incorporates a added a number of new features whilst updating the components of the clustering oriented operating system

Developer Matthew Dillon has announced the release of version 2.4 of DragonFly BSD, originally created as a fork from FreeBSD 4.x. The major release includes several bug fixes, performance improvements and a new 64-bit port.

Matthew Dillon has announced the release of DragonFly BSD 1.10: "DragonFly 1.10 has been released!"

DragonFly, like the other BSDs, imports code from other members of the family when it makes sense, such as the malloc() security features from OpenBSD, parts of the WiFi subsystem from FreeBSD, and USB code from NetBSD. In spite of this, development has been pushed in some unique directions.

Opera has freed its first open source project, moving code for its Dragonfly debug tool onto the popular BitBucket hosting service. Dragonfly - a website debug tool similar to Mozilla's Firebug - was always intended as an open source project. From its inception in 2008, it carried an open source BSD license. But until this month, the code repository sat on Opera servers.

The FreeBSD Release Engineering Team this week put out the FreeBSD 7.3 release which is about four months after FreeBSD 8 was released.

FreeBSD 7.0 has already been released. If you are a real hacker, the best way to jump in and learn it is hacking together an introductory kernel module. In this article I’ll implement a very basic module that prints a message when it is loaded, and another when it is unloaded. I’ll also cover the mechanics of compiling our module using standard tools and rebuilding the stock FreeBSD kernel.

The browser maker moves the Dragonfly debugging toolkit to publicly hosted servers, setting up the BSD-licensed software as an open project.

The FreeBSD developers have released new updates to their operating system to close three vulnerabilities. Users with restricted privileges can reportedly exploit all three holes to elevate their privileges. One of the vulnerabilities is caused by a design flaw recently also discovered and fixed in the kernel. It allows programming flaws to cause a NULL pointer dereference.