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Phoronix

More Intel Open-Source Projects Formally Sunset: BigDL Time Series Toolkit & Others

Yet more open-source Intel software projects have been formally archived. Over the past year Intel has formally discontinued a number of open-source projects it formally maintained. Many of them were already dormant and not too noteworthy but there were also some more notable ones discontinued like their legendary Clear Linux, Software Defined Silicon, Optane Memory software projects, and then other efforts like open ecosystem community/evangelism. This past week yet more Intel software projects were formally disbanded...

Foss Force

CEO Zach Lloyd on the Benefits of Open Sourcing Warp

How Warp built an agent-first open source contribution workflow that actually works. 56K GitHub stars, 500 contributors, and one clear signal: Agents and humans build better open source software together. The post CEO Zach Lloyd on the Benefits of Open Sourcing Warp appeared first on FOSS Force.

LWN.net

[$] Swap tables, flash-friendly swap, swap_ops, and more

The kernel's swap subsystem is charged with managing anonymous pages in secondary storage when those pages are (hopefully) not being used and the memory they occupy is needed elsewhere. This long-unloved subsystem has seen a resurgence of developer interest in recent times, so it is not surprising that it was the topic of three separate sessions in the memory-management track at the 2026 Linux Storage, Filesystem, Memory Management, and BPF Summit. Two of those sessions were concerned with improving the performance and maintainability of the swap code, while one (shared with the storage track) was about how swapping could be friendlier to solid-state storage devices.

LWN.net

Security updates for Monday

Security updates have been issued by AlmaLinux (freerdp, gimp:2.8, jq, kernel, and rsync), Debian (chromium, ffmpeg, firewalld, kernel, nginx, openjpeg2, openssh, php7.4, and redis), Fedora (apptainer, chromium, coturn, dnsmasq, firefox, kernel, libgit2_1.8, libmetal, nginx, nginx-mod-brotli, nginx-mod-fancyindex, nginx-mod-headers-more, nginx-mod-js-challenge, nginx-mod-modsecurity, nginx-mod-naxsi, nginx-mod-vts, open-amp, perl-Net-CIDR-Lite, pgbouncer, pypy, python-jupytext, python-uv-build, rsync, rust-astral-tokio-tar, uriparser, uv, valkey, and yelp), Mageia (dpkg, firefox, thunderbird, golang, haproxy, and samba), Slackware (dnsmasq and kernel), and SUSE (apache-commons-configuration2, apache2, apptainer, chromedriver, cups-filters, curl, dnsmasq, expat, ffmpeg-4, ffmpeg-7, firebird, firewalld, flux2-cli, glibc, go1.25, go1.26, gosec, grub2, ImageMagick, java-11-openj9, java-17-openj9, java-1_8_0-openj9, java-1_8_0-openjdk, java-21-openj9, java-25-openj9, kdenlive, kernel, kerne

Phoronix

Linux 6.6 LTS To Linux 7.1 Bechmarks: Performance Up 13% On AMD Threadripper Over Three Years

The Linux 7.1 kernel performance has been looking quite good on the various Intel/AMD systems I have tested over the past three weeks. Linux 7.1 does bring some solid improvements over Linux 7.0 prior in different workloads and haven't encountered any worrisome regressions compared to the current Linux 7.0 stable kernel. For those wondering the longer-term picture, here are benchmarks of Linux 7.1 Git compared to recent Linux LTS kernel series going back to 2023 for providing a picture at how the upstream Linux kernel has netted 13% faster performance (geo mean) on the same hardware in less than three years.