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Slop and Rust in Kernel Space (Linux)
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It's FOSS ☛ AI Code Gets Approved in the Linux Kernel… But With Strings Attached
The kernel's stance on AI-assisted patches is now official.
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Linux kernel now allows AI-generated code, as long as you take “full responsibility” for any bugs
Recently updated guidelines for the Linux kernel tell us that AI-generated code is now being accepted into the open-source project, provided it is properly reviewed and certified by a human. This means the submitter takes full responsibility for the content – if it’s causing problems, then you may expect some backlash coming your way, and rightfully so.
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TechRadar ☛ Linux rules on using AI-generated code - Copilot is OK, but humans must take 'full responsibility for the contribution'
Linux has confirmed the use of generative AI to support coding is acceptable, but has established several requirements to ensure high-quality output.
For example, code must be compatible with GPL-2.0-only and it must include proper SPDX identifiers.
More importantly, though, while AI assistants like Microsoft Copilot may be accepted in the development process, human developers ultimately remain responsible for the output, reviewing code, ensuring licence compliance and taking full accountability (as before).
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Extreme Tech ☛ Linux Kernel Will Accommodate AI-Assisted Code, But Humans Are Still Liable
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Dolphin Publications B V ☛ Rust enters the Linux kernel, but its adoption is leveling off
A milestone for Rust: version 7.0 of the Linux kernel has been released with official support for the programming language. At the same time, Rust’s popularity appears to be leveling off somewhat, according to the CEO of the TIOBE Index.
Rust was designed to be suitable for kernel development. It is memory-safe, unlike venerable languages such as C, but has a smaller community and has only been available in a stable form for just over a decade.
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WCCF Tech ☛ Linux 7.1 Kernel Starts Enabling Intel FRED, Expands AMD GPU Defaults, And Dropping Of Intel 486 CPU Support
Early Linux 7.1 Patches Reveal a Major Cleanup and Modern CPU Enablement, and Driver Improvements for AMD, Intel, and NVIDIA Hardware
With the Linux 7.0 release, the merge window for Linux Kernel 7.1 has opened, and the new kernel is already getting readied through subsystem pull requests and feature-branch activity. The patches show that there will be another substantial update for the desktop and server users. While Linux 7.0 is just landing, developers are quickly moving toward the next merge window with changes that bring various optimizations for the CPUs, GPUs, and networking.
More on the sloppiness:
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ZDNet ☛ The new rules for AI-assisted code in the Linux kernel: What every dev needs to know
Linus Torvalds and maintainers just finalized the Linux kernel's new AI policy - but it might not address the biggest challenge with AI-generated code. Here's why.
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Open Source For U ☛ Linux Open Source Greenlights AI Code With Human Liability Rules - Open Source For You
The Linux kernel has formally allowed AI-assisted code submissions, introducing a mandatory ‘Assisted-by’ disclosure tag while keeping full legal and technical accountability with human developers. The move sets a major open-source governance precedent for AI-era contributions.
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Has the world changed and Linus compromised? AI-generated code can be included in the Linux kernel, but humans will be held accountable if something goes wrong.
After months of debate, Linus Torvalds and Linux kernel maintainers have finally established the first set of rules for AI-assisted code in the Linux kernel. This new set of regulations aligns with Torvalds' consistent pragmatic style: AI tools can be used, but the Linux kernel's high requirements for code quality will not be relaxed in the slightest.
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After months of debate, Linus has finally made a decision. Linux has officially "legislated" for AI code: using AI is allowed, but humans must take the blame.
If in the past two years, the attitude of the open - source community towards AI was still stuck in the debate of "whether to use it or not"; then now, this question has been completely rewritten by reality into - how to minimize the risks on the premise of the inevitable use of AI?
Recently, the long - standing controversy surrounding AI - generated code finally came to an end in the Linux kernel community: Linus Torvalds and the Linux kernel maintainers officially formulated a set of project - level AI code usage specifications.