Open-source News

Planetary Annihilation: TITANS adds Galactic War Co-op  GamingOnLinux

Proton Experimental updated for ARC Raiders, DIRT 5, Kingdom Come: Deliverance II  GamingOnLinux

Linux Users Get This For Free! Brave Origin Costs $59.99 For Everyone Else  It's FOSS

Every network operations (NetOps) professional knows the anxiety of a manual configuration update. Even when you meticulously plan the change, a single unrecorded variable or an ad hoc configuration tweak can cascade into unexpected downtime. Across large enterprises, network teams are constantly fighting a losing battle against configuration drift—the gradual, undocumented departure of live network state from the intended design—caused by these sorts of errors.This problem is commonly rooted in human data entry. When network engineers must manually copy and paste details between systems,

Platform engineering, security architecture, and operations teams are being asked to support 2 realities at once: modern application platforms such as Red Hat OpenShift, and long-lived Red Hat Enterprise Linux (RHEL) fleets that still run critical automation. These parallel systems introduce risk, especially around how users, workloads, or automation identities can be authenticated across environments. But there’s also larger questions at play: What boundary exists after privileged work starts? How are exceptions approved? How can operators prove that the intended boundary was active when t

AI models are outpacing human-scale security operations. AI can surface vulnerabilities across major systems faster than teams can act, and most organizations lack the patching capacity to keep up. The solution isn't more intelligence—it's a smarter approach to remediation and risk management.The bottleneck isn’t intelligence, it’s response. IT teams must react to threats while maintaining a hardened posture, and automation makes that possible at machine speed. Before AI models, security teams, site reliability engineers, and IT operations teams were already challenged with the volume of

Proton Experimental Adds FSR 4 Support for RDNA 3 GPUs on Linux  TechPowerUp

Billion Windows PCs Face Critical Security Certificate Expiration  The Tech Buzz

The many memory management "MM" related improvements were recently merged to Git for the Linux 7.2 kernel. As typical most kernel cycles, some of the low-level improvements can yield nice efficiency wins and better performance in different areas...

MGLRU Improvement Yielding Nice Gains On Linux 7.2: MongoDB 30~100% Higher Throughput  Phoronix

The first open-source Linux driver for the ASUS ZenVision lid OLED  Adafruit

KaOS Linux 2026.06 Launches Officially as First Release with Dinit  9to5Linux

Linux Foundation prepares open standard for AI agent verification  CIO Dive

Nvidia “Blackwell-Next” GPUs mentioned in Linux kernel patch  KitGuru

AMD FSR 4 lands on RDNA3 dGPUs for Linux / SteamOS and Steam Machine via Proton Experimental  GamingOnLinux

NTFS3 Driver Sees Bug Fixes & Minor Improvements With Linux 7.2  Phoronix

While the new NTFS file-system driver merged for Linux 7.1 and has seen more improvements for Linux 7.2, for now at least the NTFS3 kernel driver continues to be maintained with new fixes and improvements. NTFS3 is the driver that was upstreamed to the Linux kernel a few years ago back during the pandemic by Paragon Software...

The Flash-Friendly File-System (F2FS) changes have landed for Linux 7.2...

5 Things You Need To Know Before Buying A Steam Machine  bgr.com

Kubuntu Focus Ar (GEN 1) is a Linux Laptop with Intel Panther Lake and Arc B390 graphics  Liliputing