Developer creates astrology-based CPU scheduler for Linux

A developer has introduced an unconventional CPU scheduler for Linux that relies on astrological factors rather than traditional algorithms. The tool uses planetary positions, zodiac signs, lunar phases, and cosmic weather reports to make scheduling decisions within the sched_ext framework. This whimsical approach challenges conventional computing priorities by letting celestial influences guide resource allocation.

In a creative twist on Linux kernel development, an anonymous developer has built a CPU scheduler that incorporates astrology into its core functionality. Dubbed an astrology-powered scheduler, it leverages the sched_ext framework—a flexible extension for custom scheduling policies—to determine how CPU time is allocated to processes.

The scheduler's decisions are influenced by real-time astrological data, including the positions of planets and zodiac signs. It also factors in lunar phases and what the developer terms 'cosmic weather reports,' alongside dynamic time slicing techniques. This means that instead of relying solely on performance metrics or user-defined priorities, the system consults the stars to prioritize tasks.

The developer humorously justified the project with the question: “Why let mere mortals decide CPU priorities when the cosmos can guide us?” This lighthearted initiative highlights the extensibility of Linux's scheduling mechanisms, allowing for experimental and even playful implementations. While not intended for production environments, it demonstrates how developers can innovate within the open-source ecosystem.

The project was announced on January 27, 2026, sparking interest among Linux enthusiasts for its blend of technology and pseudoscience. No performance benchmarks or adoption details have been shared yet, but it underscores the community's appetite for unconventional tools.

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Illustration of Linux kernel 6.19 release with Tux penguin, scheduling enhancements, Microsoft C extensions, and collaborating tech giants for a news article.
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Linux kernel 6.19 adds scheduling enhancements and Microsoft C extensions

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The upcoming Linux kernel 6.19 introduces key improvements to the sched_ext framework for better eBPF scheduler recovery and integrates Microsoft C extensions for cleaner code compilation. These updates aim to enhance stability, performance, and developer efficiency in various computing environments. Contributions from companies like Google, Meta, and Microsoft highlight growing collaboration in open-source development.

Meta, formerly known as Facebook, has implemented Valve's low-latency Linux scheduler from the Steam Deck across its massive data centers. This technology, originally designed to prevent dropped frames in gaming, is now optimizing Meta's server workloads. The move highlights the crossover between consumer hardware innovations and enterprise computing.

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The Linux 6.19 kernel has addressed a significant scheduler performance regression, restoring efficiency after early testing revealed issues. Developers identified and patched a flaw that caused a 52.4% drop in benchmarks, ensuring smoother task management across CPU cores. This fix highlights the kernel's robust development process amid broader optimizations.

A Linux enthusiast has used the xsnow application to recreate the festive atmosphere of Christmas 1993 on their desktop. Remarkably, this longstanding app continues to receive development updates.

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Developers are proposing to enable Intel's Transactional Synchronization Extensions (TSX) by default in the upcoming Linux 7.0 kernel on supported CPUs. This change aims to improve performance without requiring manual configuration. The move targets hardware capable of utilizing TSX features.

The open-source tool auto-cpufreq has reached version 3.0, offering Linux laptop users enhanced control over CPU turbo boost and battery monitoring. This update introduces manual turbo settings, better handling of multiple batteries, and support for charge thresholds on Asus devices. Several bug fixes ensure more accurate performance monitoring and smoother installations on distributions like NixOS and Pop!_OS.

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Early tests of the Linux 6.19 development kernel on a dual AMD EPYC 9965 processor server reveal strong performance in high-performance computing workloads. Despite some scheduler issues, the kernel shows promising results for AI and HPC applications. These benchmarks compare it against the stable Linux 6.18 version.

 

 

 

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