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- Linux Kernel Could Soon Expose Every Line AI Helps Write
Linux Kernel Could Soon Expose Every Line AI Helps Write 19 Posted by BeauHD on Friday July 25, 2025 @06:50PM from the proposed-changes dept
- Linux Kernel Proposal Documents Rules For Using AI Coding . . .
Longtime Linux developer Sasha Levin of NVIDIA (and formerly of Google and Microsoft) as well as being the Linux LTS kernel co-maintainer today proposed a Linux kernel AI coding assistant configuration and documentation rules for contributing to the Linux kernel with patches that are (co)authored by AI coding utilities
- Nvidia Engineer Pushes for AI Code Disclosure in Linux Kernel . . .
Nvidia engineer Sasha Levin proposes Linux kernel rules mandating disclosure of AI-assisted code in patches to ensure transparency amid rising AI tools This addresses concerns over quality, licensing, and accountability The move could set precedents for open-source governance, fostering ethical AI integration in software development
- Linux Kernel Could Soon Expose Every Line AI Helps Write
BrianFagioli shares a report from NERDS xyz: Sasha Levin, a respected developer and engineer at Nvidia, has proposed a patch series aimed at formally integrating AI coding assistants into the Linux kernel workflow The proposal
- Linus Torvalds talks AI, Rust adoption, and why the Linux . . .
As usual, the pair talked about the current state and future of the Linux kernel In particular, their conversation touched on various aspects of Linux development, including the release process, security, Rust’s Linux integration, and the role of AI in software development
- Linux Kernel Exploitation in ksmbd (CVE-2025-37899 . . .
Overview The vulnerability, confirmed on May 20, 2025 which was uncovered through AI-assisted code analysis using OpenAI’s o3 model It affects multiple versions of the Linux kernel and may lead to arbitrary code execution with kernel privileges
- Remote Zero-day Linux Kernel Flaw Discovered Using AI
By complementing human expertise, AI makes it possible to tackle increasingly complex codebases—like the Linux kernel—with unmatched speed and accuracy However, this power comes with risks, as the same tools offer potential adversaries new opportunities to locate vulnerabilities
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