# The Rise of AI-Generated Operating Systems Hobbyist developers are using AI to build functional operating systems from scratch. - **Source:** [How-To Geek](https://www.howtogeek.com) - **Published:** 2026-11-03 - **Topic:** [Software & Engineering](https://brifing.si/c/engineering) - **Original article:** - **On Brifing:** https://brifing.si/s/86e55ff4-8ea8-476e-b86c-a6a3f616d92f ## The Shift Toward Autonomy Regular users are increasingly leveraging AI tools to bypass corporate software ecosystems. By utilizing AI-powered reverse engineering and hacking utilities, individuals are stripping spyware from hardware and creating legal clones of expensive professional software. This movement marks a significant shift in how independent developers approach complex system-level software development tasks. ## VibeOS and ARM64 Innovation VibeOS represents a hobbyist operating system built for ARM64 CPUs, featuring its own kernel and graphical desktop environment. Developed through at least 64 Claude Code sessions, the project demonstrates the feasibility of creating functional systems from scratch. It currently runs on QEMU virtual machines and the Raspberry Pi Zero 2W hardware. ## The DOOM Rite of Passage Running the game DOOM has become a symbolic rite of passage within the vibe-coded OS community. While historically requiring thousands of hours from professional engineering teams, these AI-assisted projects achieve similar results with minimal resources. This milestone highlights the rapid acceleration of coding capabilities provided by modern hyper-advanced AI coding assistants. ## SlopOS Technical Achievements Despite its self-deprecating name, SlopOS is a functional operating system capable of running on bare metal hardware. The developers implemented custom Intel display drivers and a proprietary TCP stack from scratch. The system includes a unique 'Wheel of Fate' feature, which introduces intentional instability during the boot process for every session. ## Gdoct VibeOS Capabilities The Gdoct iteration of VibeOS supports UEFI booting, mirroring the standards of modern commercial operating systems. It incorporates a WAN-grade TCP stack and maintains compatibility with unmodified Linux binaries. This project stands out as a potential prototype for future open-source operating systems that prioritize modularity and community-driven development support. ## Historical Context of OS Development Creating an operating system from scratch has historically been an immense challenge, even for industry giants. Microsoft famously licensed 86-DOS, originally known as QDOS, rather than building their initial foundation entirely from scratch. The current emergence of AI-generated systems challenges this historical norm by drastically lowering the barrier to entry for developers. ## The Future of Custom Systems The rapid evolution from basic AI coding assistance to full OS generation suggests a transformative future for software engineering. Savvy developers may soon be able to generate personalized operating systems tailored to specific hardware configurations overnight. This capability could eventually lead to the creation of highly efficient, bespoke systems for individual users. ## Implications for Software Ecosystems While these current projects are buggy and not ready for serious production use, they prove that complex system architecture is now accessible to individuals. This trend signals a potential disruption to the dominance of major OS providers. As AI tools improve, the possibility of custom-built, user-centric operating systems becomes an increasingly viable reality. ## Sources covering this story - https://www.howtogeek.com/these-vibe-coded-operating-systems-could-be-another-windows-alternative-one-day/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._