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Two releases ago, Fedora 21 introduced its namesake project's "Fedora Next" plan. The goal was simple—bring the massive, sprawling entity that is Fedora into some neatly organized categories that would clearly define the project's aims. And since Next launched, Fedora has been busy doing just that. The results are impressive, and it feels like the distro has found a renewed sense of purpose.
A very interesting discussion started earlier today, October 6, on the Ubuntu Snappy Core mailing list about a method of adding kernel modules to a Snappy-based operating system.
Geoffrey J. Teale started the discussion asking Ubuntu Snappy developers if he could add Linux kernel modules to a system based on Snappy Core via a framework. The current method of adding kernel modules to an Ubuntu Snappy system would be by packaging them in a standard snap, which can be manually injected into the kernel packages using the "sudo insmod" command.
The latest release of the immensely popular Linux distribution designed for penetration testing, Kali Linux 2.0 launched at DefCon 23 in Las Vegas last week.
Kali is the successor to BackTrack, and is a Debian-based Linux distribution that includes hundreds of penetration-testing tools pre-installed and ready to go. Just boot it from a USB drive or live DVD and you’ll have a penetration-testing—or “hacking”—environment with all the tools you might want just waiting for you to fire them up.
The surprise guest at LinuxCon in Seattle this morning was none other than Linus Torvalds, the driving force behind the Linux kernel and a central figure in the open-source movement. Torvalds wasn’t on stage for long, speaking for less than 15 minutes in a Q&A with Linux Foundation executive director Jim Zemlin, but he touched on several key topics, including the Internet of Things, security issues, and his ongoing role in overseeing the Linux kernel.
So the latest iteration of Windows has now been unleashed, and as has become tradition at Linux Format, we pit the Redmond-ian OS mano-a-mano with Linux to determine the ultimate operating system.
Of course, in reality this is comparing apples and oranges: One is a free codebase which can run on most any hardware imaginable, the other is a proprietary product with an undecouple-able GUI that, until recently, has run only on x86 PCs. Our approach will be to consider features from Windows 10 and compare them with like-for-like equivalents from various Linux distributions.