It starts with a surprise version number: Linux Mint 27 instead of 24. But the next release brings far more changes than that.

It starts with a surprise version number: Linux Mint 27 instead of 24. But the next release brings far more changes than that.

"On a Git commit basis, the Linux 7.4 merge window has been the busiest on record," writes Phoronix," with 19,671 commits since Linux 7.3: As of this morning in Linux Git ahead of v7.4-rc1, the kernel source tree is up to 41,605,120 lines. That's from 5,193,578 blank lines, 4,993,604 lines of comments, and 31,417,938 lines of detected code. Or nearly half a million lines of code added during the Linux 7.4 merge window, ignoring comments and blank lines [as detected by cloc ]. A historical graph of commits shows a clear spike for Linux 7.4, which Phoronix argues shows the definite recent uptick due to AI/LLM activity." With Linux kernel maintainers being "completely overwhelmed" due to both AI generated bug reports and patches/fixes, the Git commit activity has been surging as a result... The upward trend has continued building the past several kernel releases. Typically the merge windows saw 13~14k commits or less and now we are pushing 20k.... Linux 6.14: 10,034 Linux 6.15: 13,568 Linux 6.16: 13,805 Linux 6.17: 12,289 Linux 6.18: 12,910 Linux 6.19: 13,229 Linux 7.0: 12,468 Linux 7.1: 13,963 Linux 7.2: 14,395 Linux 7.3: 16,267 Linux 7.4: 19,671 And "we could still see a few more trickle in today for Linux 7.4 ahead of the expected Linux 7.4-rc1 kernel release later in the day." UPDATE: "People are expecting 7.4 to be the next long-term support release," Linus Torvalds wrote today in his weekly state of the kernel update, saying that's also "another independent reason why some releases tend larger than others. So it may not *just* be the flood of AI patches." The Register reports: Torvalds also seems not to be completely convinced that all AI submissions are entirely helpful, by describing this release as "Large, and full of fixes for issues found by AI (and more and more the patches have been suggested by AI too, although they often get rewritten)."

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"As of today in systemd Git it's now possible for the systemd programs to be written in the Rust programming language as an alternative to C," reports Phoronix: Core systemd code like the systemd library doesn't yet support Rust code, but for the various systemd programs / leaf components there is now support for using Rust... The new systemd-keyring-setup utility in Rust is used for provisioning keyrings and enrolling X.509 certificates into the kernel's dm-verity / fs-verity / BPF keyrings during the boot process while dealing them afterward. This systemd-keyring-setup code hasn't been merged yet but is expected soon now that the Rust infrastructure has landed. Originally it was all part of a single big commit before being split-up for the Rust enablement, systemd-keyring-setup, and other preparations for this new component. Systemd developers aren't planning on porting existing C code to Rust, all the Rust code is built with Meson [no Cargo usage], and C linkage only is mandated. Systemd Rust components come out slightly larger than C with a test program being 32KB compared to 20KB for its C twin. For now at least the systemd Rust support is optional and toggled by the -Drust= Meson option with it being auto by default.

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The Linux creator calls vibe coding ‘a wonderful way to find joy in programming,’ but not for running Linux development. (Finding bugs is OK.)

The Linux creator calls vibe coding ‘a wonderful way to find joy in programming,’ but not for running Linux development. (Finding bugs is OK.)

Phoronix reports: Steam on Linux use in March hit an all-time high of around 5.33% marketshare. Since then it pulled back to around 4% while for September 2026 the Steam Survey results... indicate a rather steep decline of 0.85%, down to 3.05%. Meanwhile macOS is at 1.92% and Microsoft Windows at 95%... Steam's Survey reports a 7.42% increase in Chinese use, up to 31.39% overall of the Steam population. Usually those large month-over-month swings where Steam China use shoots up dramatically is a boost to Windows and a detriment to Linux. Some attribute the large increases in Simplified Chinese use to being a reporting/sampling issue. When diving into the Steam Linux data exclusively, CachyOS has spiked by another 2.65% to now account for 18.12% of the sampled Linux gaming population. That even outperforms SteamOS Holo coming in at 17.37%. Among Linux gamers on Steam, AMD CPUs still account for the high 60 percentage space thanks to the Steam Deck and Steam Machine using AMD APUs and their open-source/Linux support being popular with enthusiasts.

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One of the more secure Linux distributions has added another feature to help further lock it down.

One of the more secure Linux distributions has added another feature to help further lock it down.

Snapdragon X2 Series processors feature a neural processing unit (NPU) delivering 80 trillion operations per second and allowing advanced AI features to run locally. And Snapdragon X2 Series "is expanding to Linux," Qualcomm announced today, calling it one of their most-requested capabilities: Qualcomm Technologies is a top contributor to Linux development at a kernel level, and now we're embracing support for Snapdragon X2 Series as a platform directly. We're upstreaming core drivers for Snapdragon X2 Series — including the Hexagon NPU and Adreno GPU — to open the door to developers and partners. We are starting with support for two operating systems based on Linux... - Debian: We're kicking off with Debian by the end of this year, one of the most influential Linux distributions and the foundation behind many of the distros people use every day. - Ubuntu: Qualcomm Technologies has partnered with Canonical to bring Ubuntu, the world's most widely used Linux distro, to the platform with Snapdragon X2 Series certification targeted for the first half of 2027. ...and this is just the beginning. Our partners HP, ASUS and HUMAIN are planning Linux support in the first of 2027, so that their devices deliver the incredible experience users expect with Snapdragon X2 Series in a new operating system. Qualcomm's developer blog called it "a significant step forward" in Qualcomm's commitment to a developer-first approach, and "to the open-source community." "For developers, the important part is simple: more core hardware features are being reviewed and merged, so that laptops with Linux on Snapdragon X2 Series will be easier to build, test, and debug..." The enablement work completed so far has been validated on a Debian 13-based ("Trixie") user space and a custom kernel, so developers should treat this as the current reference environment while support continues to mature... Linux support for laptops with Snapdragon X2 Series is rolling out in stages, starting with the core pieces developers need before they can do production-level work on their device... For developers who want to try it today, the call to action is straightforward: start with Snapdragon X2 Series hardware, review the latest recipes to build Qualcomm Linux Debian Images, build available upstream sources the Debian OS image and test the peripherals that matter to you, such as graphics, AI inference, device I/O, or basic application bring-up. Early testing helps identify the gaps that matter most before support becomes broader and ready for production-level workloads... You do not have to wait for everything to be fully finished before getting hands-on. If you are comfortable working from upstream sources you can start evaluating Snapdragon X2 hardware today... Check out the step-by-step instructions, including the full build flow and deployment guidance for Snapdragon X2 Series Linux software. Put simply, this effort is less about supporting specific Linux distributions and more about empowering the developers who make Linux available on new hardware. This Developer Preview targets distribution maintainers, toolchain developers, kernel contributors, and hardware enablement engineers. It provides the upstream building blocks, including kernel patches, drivers, and reference device trees, needed to enable Snapdragon X2 Series support in their own projects and distributions. For end users looking for a turnkey "install and go" experience, that will come later as distributions adopt what lands upstream. We're encouraging the community to build on this work and help shape what comes next. The blog post notes that in the initial enablement stage, "Qualcomm Linux supports systemd-boot as the Universal extensible firmware interface (UEFI) boot manager to load and boot the Linux kernel." Hands-on demos were given at the Snapdragon Summit in Maui of Linux running on Snapdragon X2 Series hardware, which the developer's blog calls "a practical look at what works today and where Snapdragon X2 Series Linux support is headed."

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