openmathmodel/open-math-harness is the runtime for Open Math OS, an operating system for collaborative mathematical research. The latest release is v0.41.0, and the GitHub repository description introduces it as infrastructure for everyday mathematical research. It implements agents, services, and the kernel in Rust. However, the provided records do not list anything newly added or changed in v0.41.0, so the specific changes in this version cannot be confirmed.
This runtime describes a structure in which multiple agents explore mathematical problems in parallel and verify theorem proof candidates with Lean. Lean verification is the mechanical procedure of checking whether a proof satisfies formal rules. A capability-based microkernel restricts the scope of access for each agent and requires human approval for protected operations. The README also describes per-project tools and memory, and secret scanning. This design aims at a research environment where agents propose candidates and humans control critical operations.
The boundaries are clear as well. The repository alone cannot run interactive agents or proof search independently, and the full runtime depends on an Open Math OS deployment environment. No standalone local setup is provided. So this repository is closer to a foundation that assembles a research runtime inside Open Math OS than to a standalone agent package you can try right away.