The AppArmor Linux kernel security module used notably by Ubuntu Linux and currently maintained by Canonical has been affected by several vulnerabilities made public today...
The cpupower tool that lives within the Linux kernel source tree has squeezed in a few improvements today for the ongoing Linux 7.0 development cycle...
The company behind Rocky Linux is rolling out an AI‑optimized edition that promises better GPU utilization, a validated CUDA stack, and less hand‑rolled tuning. The post CIQ Ships RLC Pro AI, a GPU‑First Take on Rocky Linux appeared first on FOSS Force.
This article is part of a continuing series about data collection today. The previous articles discussed collection by devices and then started to look at institutions, notably retailers and banks. We’ve seen that the retailers you visit (in the store ... Read more The post What Everybody Knows About You: Your Church appeared first on Linux Professional Institute (LPI).
by George Whittaker Google has officially announced that Chrome is coming to ARM64 Linux systems, marking a major milestone for both the Linux and ARM ecosystems. The native browser is expected to launch in Q2 2026, finally closing a long-standing gap for users running Linux on ARM-based hardware. For years, ARM Linux users have relied on Chromium builds or workarounds to access a Chrome-like experience. That’s about to change. Why This Announcement Matters Until now, Google Chrome on Linux was limited to x86_64 systems, leaving ARM-based devices without an official build. That meant users had to: Use Chromium instead of Chrome Run emulated versions of Chrome Miss out on proprietary features like sync, DRM support, and Google services With this new release, ARM Linux users will finally get the full Chrome experience, including seamless integration with Google’s ecosystem. What Users Can Expect The upcoming ARM64 version of Chrome will bring the same features users expect on other platf
One of the first changes merged for the upcoming 7.0 release was nullfs, an empty filesystem that cannot actually contain any files. One might logically wonder why the kernel would need such a thing. It turns out, though, that there are places where a null filesystem can come in handy. For 7.0, nullfs will be used to make life a bit easier for init programs; future releases will likely use nullfs to increase the isolation of kernel threads from the init process.
The first release candidate of systemd 260 arrived in late February with the new mstack feature, dropping System V service scripts support, and other changes. A week after that systemd 260-rc2 released with a few more changes and now another week later is systemd 260-rc3...