While Mesa 26.0 stable will be out soon, the belated Mesa 25.3.5 point release is now available for serving as the current latest stable point release…

MusicPod is a decent local music player but an excellent podcast and internet radio player for your Ubuntu desktop that was written in Flutter.

Calibre 9.2 has been released today as the second update to the latest Calibre 9.0 series of this powerful, free, open-source, and cross-platform ebook management software for GNU/Linux, macOS, and Windows.

There is less than two weeks to go until the official KDE Plasma 6.6 desktop release. Plasma 6.6 is still seeing bug fixes in this final stretch of development while KDE developers are also busy already on Plasma 6.7 feature work…

Raspberry Pi has raised prices on many Pi 4, Pi 5, and Compute Module models as memory costs surge in 2026, undermining its once-low-cost SBC positioning.

For those wanting more machine learning in the kernel, Viacheslav Dubeyko
has posted a
new in-kernel library for that purpose.

What is the goal of using ML models in Linux kernel? The main goal
is to employ ML models for elaboration of a logic of particular
Linux kernel subsystem based on processing data or/and an efficient
subsystem configuration based on internal state of subsystem. As a
result, it needs: (1) collect data for training, (2) execute ML
model training phase, (3) test trained ML model, (4) use ML model
for executing the inference phase. The ML model inference can be
used for recommendation of Linux kernel subsystem configuration
or/and for injecting a synthesized subsystem logic into kernel
space (for example, eBPF logic).

It is rigorously undocumented
and there are no real users, so it’s not entirely clear what the purpose
is, but there are undoubtedly interesting things that could be done with
it.

8devices has previewed the Maca 2, a compact, high-power data radio for long-range wireless communication in drone, robotics, and industrial systems. Designed and manufactured in Europe, the platform is NDAA and TAA compliant and integrates multiple interfaces for range-focused deployments. The system is built on Qualcomm’s QCS405 system-on-chip, featuring a 650 MHz 24Kc MIPS processor […]

Sent out today as a request for comments (RFC) by a Linux kernel engineer employed by IBM is a machine learning library for the Linux kernel. The intent is on plugging in running ML models to the Linux kernel that could be used for system performance optimizations and various other purposes…

Here’s what people were reading the most on FOSS Force during the month of January, 2026.

The post FOSS Force’s Top Ten for January appeared first on FOSS Force.

Discover the differences between Podman and Docker, including daemonless architecture, rootless containers, systemd integration, and more. Learn which container management tool suits your needs best.

OIN isn’t the solution, it’s not our solution; it exists to serve large American (and Japanese) companies.

Greg Kroah-Hartman has released the 6.18.9, 6.12.69, 6.6.123, 6.1.162, 5.15.199, and 5.10.249 stable kernels. As always, each
contains important fixes throughout the tree; users are advised to
upgrade.

While just missing out on the recent Mutter 50 beta release, merged today to Mutter Git ahead of next month’s GNOME 50 desktop release are some improvements to the Variable Refresh Rate (VRR) support…

The Ardour digital-audio-workstation (DAW)
project has announced the
release of version 9.0.

This is a major release for the project, seeing several substantive new features that users have asked for over a long period of time. Region FX, clip recording, a touch-sensitive GUI, pianoroll windows, clip editing and more, not to mention dozens of bug fixes, new MIDI binding maps, improved GUI performance on macOS (for most) …

We expect to get feedback on some of the major new features in this release, and plan to take that into account as we improve and refine them and the rest of Ardour going forward. We have no doubt that there will be both delight and disappointment with certain things – rather than assume that we don’t know what we’re doing, please leave us feedback on the forums so that Ardour gets better over time. Those of you new to our clip launching implementation might care to read up on the differences with Ableton Live.

In the coming weeks, we’ll begin to sketch out what we have planned next for Ardour, in addition to responding to the feedback we get on this 9.0 release.

Control-flow integrity (CFI) is a set of techniques that make it more difficult for
attackers to hijack indirect jumps to exploit a system. The Linux kernel has
supported forward-edge CFI (which protects indirect function calls)
since 2020, with the most recent implementation
of the feature introduced in 2022. That
version avoids the overhead introduced by the earlier approach by using a
compiler flag (-fsanitize=kcfi) that is present in Clang but not in
GCC. Now, Kees Cook has

a patch set adding that support to GCC that looks likely to land in GCC
17.

If you followed along with my blog, you’d have a chatbot running on your local Fedora machine. (And if not, no worries as the scripts below implement this chatbot!) Our chatbot talks, and has a refined personality, but does it know anything about the topics we’re interested in? Unless it has been trained on those […]

The Linux From
Scratch (LFS) project provides step-by-step instructions on
building a customized Linux system entirely from source. Historically,
the project has provided separate System V and systemd editions,
which gave users a choice of init systems. Bruce Dubbs has announced
the project will no longer produce the System V version:

There are two reasons for this decision. The first reason is
workload. No one working on LFS is paid. We rely completely on
volunteers. In LFS there are 88 packages. In BLFS there are over
1000. The volume of changes from upstream is overwhelming the
editors. In this release cycle that started on the 1st of September
until now, there have been 70 commits to LFS and 1155 commits to BLFS
(and counting). When making package updates, many packages need to be
checked for both System V and systemd. When preparing for release, all
packages need to be checked for each init system.

The second reason for dropping System V is that packages like GNOME
and soon KDE’s Plasma are building in requirements that require
capabilities in systemd that are not in System V. This could
potentially be worked around with another init system like OpenRC, but
beyond the transition process it still does not address the ongoing
workload problem.

[…] As a personal note, I do not like this decision. To me LFS is
about learning how a system works. Understanding the boot process is a
big part of that. systemd is about 1678 “C” files plus many data
files. System V is “22” C files plus about 50 short bash scripts and
data files. Yes, systemd provides a lot of capabilities, but we will
be losing some things I consider important.

The next version, 13.0, is expected in March and will only focus on
systemd.

Earlier this week I published the first Linux benchmarks of Intel’s much anticipated Panther Lake with the Core Ultra X7 358H 16-core 18A processor. The Panther Lake SoC showed very nice generational gains especially with much better performance-per-Watt and the Intel Arc B390 graphics are also fascinatingly fast while continuing to be backed by open-source drivers. In today’s article are more Panther Lake Linux benchmarks on the CPU side in looking at the performance potential when pushing the Core Ultra X7 358H with a higher power budget.

In addition to their ongoing AMDGPU LLVM compiler back-end work for upcoming GFX1250 and recently the GFX13 target for their graphics IP, today AMD compiler engineers introduced a new “GFX1170” target to the LLVM codebase that is also called RDNA 4m…

Sent out today as a request for comments is a new patch series for Dynamic Housekeeping and Enhanced Isolation (DHEI). DHEI aims to provide run-time adjustments to kernel behavior around CPU isolation for helping with latency-sensitive tasks. The expressed goal is for helping cloud-native orchestrators and high frequency trading platforms dynamically re-partition CPU resources without downtime…