Linus Torvalds Blasts the Community Again: Too Many Useless Patches in the Linux Kernel

Linus Torvalds has openly expressed his dissatisfaction with the current workload overload caused by a myriad of unnecessary micro-fixes. The problem had already emerged last week when the founder of the project criticized the tendency of some developers to use AI for the automatic detection of structural flaws without then proposing concrete solutions, offloading the burden of resolution onto the main maintainers. In recent hours, the situation has worsened, resulting in a massive influx of patches sent at a completely inappropriate time.

The crux of the complaints lies in the abnormal size of the fifth release candidate (RC5). Typically, the standard cycle includes seven iterations before the final release intended for the maintainers of distributions, with a progressive reduction of changes as stability is approached. Instead, the current RC5 shows unexpected and above-average volumetric growth. Torvalds clarified that this phenomenon is not related to urgent fixes, but to a continuous churn of code driven by absolutely trivial elements. These are small, non-critical, and older bugs, probably also corrected with AI-generated code, that should have followed the ordinary channels at the beginning of the process and do not justify the risk of destabilization as the finish line approaches.

To counter this trend and preserve the integrity of the kernel, Torvalds has announced a drastic change in direction, promising to be far more inflexible in evaluating future contributions. The goal at this advanced stage of development must remain exclusively the identification and resolution of regressions, or bugs introduced directly by the latest changes to the code. Any other submission that does not present urgent characteristics must be held back by developers and deferred to the next development window.

The excess of marginal changes risks obscuring the real cleanup work that has characterized the last seven days. Beyond the background noise generated by AI tools, the code of RC5 has incorporated necessary updates in the areas of file systems, graphics, networking, memory management, and overall stability. There are also the usual targeted hardware compatibility interventions, which in this specific build resolve anomalies found on widely used commercial laptops such as the HP Pavilion Plus 14, the ASUS Armoury range, and the Lenovo Yoga 7 14AGP11.