The Linux kernel powers everything from smartphones to supercomputers. Here is how thousands of developers coordinate to build and maintain the most critical open source project in history.
Ever wonder if your dusty 90s PC dreams could still sing? Linux devs are patching AMD's InterWave sound card for 2026—suspend, resume, the works.
What if an AI could roast your Linux kernel patch better than the mailing list sharks? Sashiko does just that—catching bugs humans miss while keeping the open-source peace.
Developers chasing microsecond precision in Linux have long battled scheduling chaos. One Software PLC builder's stress test flips the script: PREEMPT_RT delivers 10x better jitter control.
Your RISC-V board hums to life — then crashes. Again. That's the story of XIP support in Linux, now facing the delete key after relentless bugs.
MediaTek MT76 WiFi drivers are getting a massive overhaul in Linux 7.1. New chip support, optimizations, and fixes—finally, maybe your router won't ghost you mid-Zoom.
Picture rummaging through your garage, unearthing a dusty 486 PC that once ran Doom like a champ. Linux 7.1 just slammed the door on those relics, marking the end of an era.
Your next Linux server won't bluescreen on a whim. Greg KH's new fuzzing arsenal — dubbed 'Clanker T1000' — is already squashing kernel bugs at warp speed.
Linus Torvalds eyes an on-time Linux 7.0 drop. rc7 piles on fixes — including AI agent docs that scream 'lazy devs ahead.'
Picture this: your laptop chugs through renders without hiccups, servers hum endlessly, Android phones update flawlessly. Linux kernel 7.0-rc7 just made that everyday reality a notch closer.
Kernel panics? Fixed. Linux 6.6.133 yanks a botched backport, saving devs from crashes on extended attribute ops. Here's why this tiny tweak keeps the open-source beast roaring.
TPM chips were supposed to be the unbreakable guardians of your PC's secrets. Turns out, they're vulnerable to interposer attacks — and Linux just patched the hole.