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Ginux Report: Building an Independent Kernel That Runs a Linux User Space with Human-Led Agent Engineering

Hacker News TrendingUpdated Nov 9 20:57

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This report on Zenodo proposes the Human-Directed Agent Engineering (HDAE) method, in which humans define the architecture, constraints, milestones, and acceptance criteria, while agents handle the loop of implementation, execution, diagnosis, and modification. The experimental case Ginux, within eleven days, produced a Rust-first x86-64 kernel from a continuously running coding agent task; it boots via UEFI, implements its own core operating system mechanisms and a Linux compatibility layer, can run some unmodified Alpine Linux programs, and boots a Rocky Linux 10 user space with systemd into multi-user.target. The report states that Ginux remains a research prototype, with narrow compatibility and hardware coverage, has not undergone an independent security audit, and does not claim to be production-ready or equivalent to Linux.

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The report applies the approach of humans setting the architecture and agents running the implementation loop to a bootable Rust kernel, and sets out the boundaries of compatibility and security auditing.

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