Linus Torvalds is Unhappy About the Continued AI Influence in Linux Kernel Development - OSTechNix

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Home Linux KernelLinus Torvalds is Unhappy About the Continued AI Influence in Linux Kernel Development<br>Linux KernelAILinuxOpensource<br>Linus Torvalds is Unhappy About the Continued AI Influence in Linux Kernel Development<br>Linus Torvalds vs. AI Noise - Why the Linux Creator Is Not Happy

By sk<br>Published: May 25, 2026

Written by sk<br>Published: May 25, 2026<br>0 views<br>4 mins read

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Quick Summary<br>Linus Torvalds is frustrated that AI tools are creating a massive volume of pointless churn and duplicate bug reports , making developer mailing lists nearly unmanageable.<br>He is unhappy that these tools are bloating release candidates, especially Linux 7.1-rc5 , with trivial fixes for old issues that should wait for a proper merge window rather than cluttering the stabilization phase.<br>Torvalds warned that high volumes of changes during the release candidate phase are "not conducive to long-term stability" .<br>To add real value, Linus advised the Kernel contributors to read the documentation and write actual fixes on top of what the AI finds rather than just sending a random report.<br>Linus Torvalds vs. AI Noise<br>Linus Torvalds recently shared some strong thoughts about Artificial Intelligence (AI) and its growing role in Linux Kernel development. While the developers often view AI as a shortcut to efficiency, the creator of Linux sees it differently. He believes the current way people use AI tools is creating a massive amount of "pointless churn" for the kernel maintainers.<br>A Flood of Duplicate Reports<br>The first major problem appeared on the kernel security mailing lists. In the Linux7.1-rc4 release announcement , Linus noted a "continued flood of AI reports" that has made these lists almost impossible to manage. Because many different people use the same AI tools to find bugs, they often find the exact same issues.<br>Consequently, kernel maintainers must spend most of their valuable time sorting through enormous amounts of duplicate reports . Some maintainers are now wasting hours just forwarding messages to the right people or explaining that a bug was already fixed weeks ago.<br>Picture 1: A Flood of Duplicate Reports in Linux Mailing Lists - Linus Torvalds<br>Linus argues that treating these AI-found bugs as "secrets" on private lists is a waste of time because the tools are public. Therefore, these reports actually make duplication worse because researchers cannot see what others have already submitted.<br>The Problem with Trivial Churn<br>As the Linux 7.1 development cycle progressed, the influence of AI became even more visible in the code itself.<br>Linus observed that Linux 7.1 release candidate 5 (rc5) was "pretty big" and much larger than usual . He attributed this size increase to a high volume of small fixes triggered by AI code reviews .<br>While these patches are technically "fixes", Linus is "not entirely happy" with them. He noted that most of these changes are trivial updates to random drivers that address old, non-critical issues.<br>Picture 2: The Problem with Trivial Churn in Linux Kernel<br>Release candidates are supposed to focus on "regressions", which are new bugs caused by recent changes. Trivial fixes for old problems do not belong in the final weeks of testing. Instead, they should stay in the "linux-next" tree and wait for a proper merge window.<br>Stability Is the Top Priority<br>The most significant concern for Linus is the long-term stability of the kernel . He warned that having such large updates during the release candidate phase is not healthy for the system.<br>Furthermore, he reminded developers that even "trivial" fixes carry a small risk . While the chance of a small change breaking something is low, "low chance" is still not "zero chance". Consequently, he plans to be more "hardnosed" and will start pushing back against pull requests that are not important enough for this late stage.<br>How to Add Real Value to Kernel Development<br>Please note that Linus is not saying that people should never use AI tools. In fact, the Kernel team has even officially shared a set of rules to follow in order to use AI in Kernel development .<br>However, Torvalds wants contributors to be more than just "drive-by" reporters. If you use AI to find a potential bug, you should take these extra steps to help the community:<br>Read the documentation to truly understand the issue.<br>Study the code so you know why the bug exists.<br>Write an actual patch to fix the problem yourself.<br>By adding human understanding on top of what the AI found, you provide real value.<br>Moving forward, Linus wants developers to ask themselves a simple question before submitting a fix: "Is this really a regression, or should it just go into the development pile for later?"<br>This change in focus will help keep the Linux kernel stable and reliable...