Learn how the Linux kernel's planned removal of the legacy crypto_rng API aims to simplify the Crypto API and improve long-term maintainability by encouraging use of modern random number generation interfaces.
A great article about how Linux Kernel 7.1.4 delivers important bug fixes, hardware compatibility improvements, and reliability updates to strengthen the stability of the Linux 7.1 series.
In this article, we learn how the AI-discovered GhostLock vulnerability exposed a 15-year-old Linux kernel privilege escalation flaw, highlighting both the importance of timely kernel updates and AI's growing role in cybersecurity research.
A great article about Linux Kernel 7.1, highlighting its new NTFS driver, Intel FRED support, graphics improvements, enhanced security features, and major code cleanup efforts that continue modernizing the Linux platform.
A great article about Linux kernel 6.19 reaching end of life, explaining why users should upgrade to newer or LTS kernels to maintain security and stability.
A great article about how the Linux kernel community is adopting advanced fuzzing and AI-driven tools to detect bugs earlier and strengthen system security and stability.
Linux 7.0 has entered the release candidate phase, bringing incremental improvements in hardware support, performance, and stability, with a stable release expected in April 2026.
This article highlights LKRG 1.0 as a milestone release, signaling that runtime kernel protection on Linux has matured into a stable, production-ready security layer.
This article explains LKRG, a runtime security module for Linux, and why its 1.0 release is an important step toward stronger, real-time kernel protection.
This article explains what Linux 6.19-rc4 brings to the kernel development cycle, focusing on bug fixes, regression cleanup, and stability improvements ahead of the final release.
This article explains that the long-used Linux 5.4 kernel has reached end-of-life, why that matters for security and compliance, and why users should upgrade to a supported kernel version.
Linux Kernel 6.18 is out with faster memory handling, improved hardware and driver support, stronger networking and security features, and a new dm-pcache storage cache system.
In this article, we’ll walk through major examples of critical Linux Kernel breaches, explain their significance, and offer actionable guidance for defenders.
In this article we will explore what SchedCP is, how it works under the hood, the evidence of its effectiveness, real-world implications, and what caveats remain.
In this article, we’ll explore the background of bcachefs, the sequence of events leading to its removal, the technical and community dynamics involved, and implications for users, distributions, and the filesystem’s future.
This article explains how Windows 11 enhances WSL with GPU acceleration and faster Linux kernel upgrades, enabling developers to run demanding workloads like AI, media, and modern Linux tools more efficiently inside Windows.
In this article, you'll learn how Linux Kernel 6.14 enhances support for Intel and AMD CPUs, introducing performance optimizations, power efficiency improvements, and expanded hardware compatibility.
