MCP Servers

firmware-attestation-mcp

Hardware trust layer for sovereign AI that attests firmware trust state and gates AI inference on verified results.

README

Firmware Attestation MCP

Hardware trust layer for sovereign AI. Persistence implants live below the OS (BIOS/UEFI, SMM, network boot ROMs, HDD HPA) and survive OS reinstalls and disk wipes. This MCP attests a host's firmware trust state and gates inference on a verified result.

Tools

Tool	What
`scan_firmware`	read-only host evidence (Secure Boot, TPM, SIP, BIOS, HPA)
`check_ant_signatures`	match to NSA-ANT-class persistence preconditions + defenses
`attest_firmware`	HMAC-signed attestation, verifiable at `proofof.ai/api/verify`
`gate_inference`	ALLOW/BLOCK AI on this host (strict by default)
`list_threat_model`	the attack surface this defends against

Honest by design

Reports indicators (preconditions implants rely on), never "clean". A BLOCK means "lacks confirmed trust anchors," not "hacked." Harden per the listed defenses, then re-gate.

pip install firmware-attestation-mcp

Configuration

Add to your claude_desktop_config.json (Claude Desktop) or your MCP client config:

{
  "mcpServers": {
    "firmware-attestation-mcp": {
      "command": "uvx",
      "args": ["firmware-attestation-mcp"]
    }
  }
}

Or: pip install firmware-attestation-mcp then run the firmware-attestation-mcp command (stdio transport).

Examples

Once configured, ask your assistant, for example:

"Use scan_firmware to …"
"Use check_ant_signatures to …"
"Use attest_firmware to …"

Part of the MEOK constellation

This MCP is one node in a connected ecosystem built by MEOK AI LABS around a single sovereign AI core — governed agents with a hash-chained audit trail, mapped to the CSOAI compliance charter.

🌐 The whole map: https://meok.ai/constellation
🛡️ AI governance & certification: https://councilof.ai · https://csoai.org
✅ Verify any signed report: https://meok.ai/verify

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