AI Agent for Attestable MCP Server
Integrate powerful remote attestation into your confidential computing workflows with the Attestable MCP Server. Leverage secure, trusted execution environments to ensure your code is verifiably authentic and trusted by MCP clients. The server uses RA-TLS to provide cryptographic attestation, embedding Intel SGX quotes and public key hashes, so you can guarantee the integrity and provenance of your deployments. Enhance security, compliance, and confidence in your infrastructure.
Remote Attestation with RA-TLS
Attestable MCP Server delivers end-to-end remote attestation using RA-TLS, empowering clients to verify the server’s code and machine state before establishing trust. This ensures only authentic and unaltered code is running, strengthening data security and regulatory compliance in your confidential computing deployments.
- RA-TLS Attestation.
- Clients can verify the MCP server’s code and environment state with cryptographic proof before establishing a connection.
- Embedded SGX Quotes.
- X.509 certificates embed Intel SGX quotes for hardware-level assurance and tamper-proof validation.
- Trusted Execution Environments.
- Deployments run in secure environments, aligning with confidential computing best practices.
- Code Integrity Proof.
- Attestation proves code is identical to GitHub Actions builds, ensuring transparent and reproducible deployments.
Signed and Verifiable Artifacts
Builds are generated inside trusted execution environments, producing signed Docker images and attestation artifacts. These can be independently validated, empowering your team to ensure the exact code running in your infrastructure matches open-source origins and official releases.
- Signed Docker Images.
- Each build is signed and can be verified independently, ensuring authenticity and integrity.
- Reproducible Builds.
- Artifacts and signatures can be recreated locally, matching official releases for complete transparency.
- Secure Cloud Deployments.
- Run the attestable MCP server securely on Intel SGX hardware or in local development for versatile integration.
Confidential Computing with Intel SGX
Harness the power of confidential computing with full Intel SGX support. Elevate your compliance, data privacy, and operational trust with hardware-backed security. Attestable MCP Server is built for next-generation cloud security and verifiable infrastructure.
- Intel SGX Hardware.
- Leverage industry-leading hardware to enable secure enclaves and confidential execution.
- End-to-End Security.
- Protect sensitive data and processes from unauthorized access with robust enclave protection.
- Compliance-Ready.
- Meet stringent regulatory and data privacy standards by embedding attestation and proof of code integrity in every deployment.
Connect Your Attestable MCP Server with FlowHunt AI
Connect your Attestable MCP Server to a FlowHunt AI Agent. Book a personalized demo or try FlowHunt free today!
What is attestable-mcp-server
attestable-mcp-server, developed by co-browser, is an advanced project designed to ensure the security and integrity of any MCP (Modular Compute Platform) server by leveraging hardware attestation. This solution provides a robust mechanism to verify that the server is operating the intended, untampered code, even in remote or cloud-based environments. Using trusted execution environments (TEEs), such as Intel SGX, and secure client-server communication via RA-TLS, attestable-mcp-server allows for remote and independent verification of software authenticity. The server is especially useful for organizations requiring high assurance that their cloud infrastructure has not been compromised, supporting critical use cases in research, data, and sensitive applications.
Capabilities
What we can do with attestable-mcp-server
attestable-mcp-server enables a range of security and verification features for MCP servers, empowering users to build, verify, and operate trusted cloud infrastructure. These capabilities are centered around remote attestation, secure communication, and software authenticity in distributed environments.
- Remote Attestation
- Verify that a server is running untampered code using hardware-based attestation mechanisms.
- Trusted Execution
- Deploy servers using Trusted Execution Environments (TEEs) for enhanced security.
- Secure Communication
- Utilize RA-TLS for encrypted and authenticated client-server connections.
- Client Attestation
- Optionally allow servers to remotely attest the integrity of MCP clients.
- Independent Verification
- Build and run the server locally or on secure hardware for independent code validation.
What is attestable-mcp-server
AI agents and automated systems can greatly benefit from using attestable-mcp-server by ensuring that the compute infrastructure they interact with is secure and running the expected code. This guarantees the integrity of sensitive operations, fosters trust in automated workflows, and enables safe execution of critical AI-driven tasks in remote or cloud environments.