ThermiteOS fuses the memory-safe, Rust-based Redox Kernel with autonomous agentic tooling. It continuously learns, adapts, and compiles its userland dynamically through targeted, local research loops.
Interact directly with a simulated instance of ThermiteOS. Run research loops, query kernel properties, and experience auto-synthesis.
ThermiteOS redefines operating system design by utilizing self-correcting agents to discover, patch, and optimize kernel modules and userland programs.
Built directly upon the Redox kernel, featuring a microkernel architecture where drivers, filesystems, and network stacks run safely in user space. Inherently immune to classic memory corruption bugs.
Integrates autoresearch loops directly into the package manager. The OS identifies dependencies, queries developer knowledge graphs, resolves build errors, and adapts code natively for the Redox ABI.
From the bootloader to the terminal shell, every component leverages Rust's strict safety guarantees. ThermiteOS eliminates undefined behavior while retaining full bare-metal performance.
Traditional operating systems suffer from monolithic bloat and manual maintenance bottlenecks. ThermiteOS addresses this by decoupling critical components and wrapping them in automated agentic feedback loops.
Systems drivers and components are isolated processes, limiting the blast radius of any individual failure.
A background system daemon that monitors userland build failures, reads system logs, and queries local models to write source-level repairs.
Packages are continuously rebuilt and verified under test suites, creating a self-healing OS distribution that evolves without manual packager intervention.
Help us build the first self-synthesizing operating system distro. Experience Redox safety combined with next-gen automated development.