Official description3 sourcesMCP servers3d ago
kontext-security/attestable-mcp-server
Hardware attestation for MCP server integrity
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- Source
- collected from the abordage/awesome-mcp list · type: MCP server
- Harvest history
- first seen 2026-10-14 · last seen 2026-10-16 · seen 4× · listed by 3 sources
- Score
- score 303 · 3 sources · mcp
FAQ (answers come from our records)
How do I install it?
We did not find an install command for this repository (our install coverage is only about 4%). Check its README or releases page.
Who is it for?
We filed it under these tags: MCP 服务. The tags come from the entry itself, not a taxonomy we imposed.
Who maintains it?
first catalogued 2026-10-14；last seen 2026-10-16。There is no official certification or quality rating here — we record sources and dates only.
Third-party quality signals
➡️ attestable-mcp-server
以下摘录自该仓库的 README（片段） · 在 GitHub 读完整 README →
remotely attestable MCP server
Overview
This project contains an MCP Server that is remotely attestable by MCP clients. To achieve this, a trusted execution environment is used, which generates a certificate representing the currently-running code of the attestable-mcp-server. The attestable-mcp-server sends this certificate in the TLS handshake to an MCP client before connecting that proves the code it's running is the same code built on github actions, and can be independently validated by building and running the code locally on emulated hardware or secure hardware; these values will be the same. The protocol used for client server remote attestation is RA-TLS, an extension to TLS that adds machine and code specific measurements that can be verified by an MCP client.
The most important concept behind this RA-TLS certificate is that it embeds an SGX quote in the standardized X.509 extension field with the TCG DICE "tagged evidence" OID, which in turn embeds the SGX report and the complete Intel SGX certificate chain. In addition to the SGX quote, the certificate also contains the evidence claims, with the most important one being the "pubkey-hash" claim that contains the hash of the ephemeral public key (in DER format) generated by the TEE of the memory image of the running MCP server.
Features
- MCP Clients can remotely attest the code running on any MCP Server
- MCP Servers can optionally remotely attest MCP Clients
Producing Signed Artifacts
The github action script in this repo runs on a self-hosted github runner inside of a trusted execution environment (TEE). The action script will build a docker container containing the attestable-mcp-server and generate a signed attestation of the code running inside the TEE. This docker image is then signed by github. You can independently generate the same values with or without secure hardware, and query our running server and get the same values.
Dependencies
- Intel SGX Hardware
- Gramine
- python 3.13
- Ubuntu 22.04
- Intel SGX SDK & PSW
Overview
This project contains an MCP Server that is remotely attestable by MCP clients. To achieve this, a trusted execution environment is used, which generates a certificate representing the currently-running code of the attestable-mcp-server. The attestable-mcp-server sends this certificate in the TLS handshake to an MCP client before connecting that proves the code it's running is the same code built on github actions, and can be independently validated by building and running the code locally on emulated hardware or secure hardware; these values will be the same. The protocol used for client server remote attestation is RA-TLS, an extension to TLS that adds machine and code specific measurements that can be verified by an MCP client.
The most important concept behind this RA-TLS certificate is that it embeds an SGX quote in the standardized X.509 extension field with the TCG DICE "tagged evidence" OID, which in turn embeds the SGX report and the complete Intel SGX certificate chain. In addition to the SGX quote, the certificate also contains the evidence claims, with the most important one being the "pubkey-hash" claim that contains the hash of the ephemeral public key (in DER format) generated by the TEE of the memory image of the running MCP server.
Features
- MCP Clients can remotely attest the code running on any MCP Server
- MCP Servers can optionally remotely attest MCP Clients
Producing Signed Artifacts
The github action script in this repo runs on a self-hosted github runner inside of a trusted execution environment (TEE). The action script will build a docker container containing the attestable-mcp-server and generate a signed attestation of the code running inside the TEE. This docker image is then signed by github. You can independently generate the same values with or without secure hardware, and query our running server and get the same values.
Dependencies
- Intel SGX Hardware
- Gramine
- python 3.13
- Ubuntu 22.04
- Intel SGX SDK & PSW
- Source
- awesome · https://github.com/kontext-security/attestable-mcp-server
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