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stacklok/toolhive v0.55.2 — A platform for running MCP servers in isolation

stacklok/toolhive is a Go-based open source platform that runs MCP servers in isolated containers and provides authentication, policy, and observability.

Repositorystacklok/toolhive ↗

stacklok/toolhive is a Go-based open source platform that runs MCP servers in isolated containers and provides authentication, policy, and observability.

GitHub description: ToolHive is an enterprise-grade platform for running and managing Model Context Protocol (MCP) servers.

stars
★ 2.3K
Forks
318
Language
Go
License
Apache-2.0
Latest release
v0.55.2
Read original source ↗View on GitHub ↗

stacklok/toolhive is an open source platform that runs and manages MCP servers in isolated containers. MCP here stands for Model Context Protocol. The repository description presents the project as an enterprise-grade platform for running and managing MCP servers. The latest release identified in this repository is v0.55.2.

According to the README, ToolHive runs MCP servers in isolated containers while allowing authentication sources to be configured so that identity and access policies are applied to each request. Through the ToolHive UI and CLI, you can run and observe servers in a local Docker or Podman environment, or on Kubernetes. It is not merely a tool for bringing up a single server; it is closer to a runtime platform that handles multiple MCP servers within isolation and policy. The implementation language is Go, the license is Apache-2.0, and the repository records 2301 stars. The repository was created on March 12, 2025.

That said, this record contains no performance figures or benchmarks, and no real adoption cases. The release notes and change list for v0.55.2 are also not given, so what this release changed has to be checked on the repository's release page. In the research record's evaluation items, only the momentum score remains, at 3.0 on a 10-point scale, with the rest empty. The configuration of container isolation and policy enforcement is confirmed, but it is difficult to judge from this information alone how much the security boundary actually narrows, or what the operational cost turns out to be.