This connects Claude to host firmware security checks that run below the OS level. You get five tools: scan_firmware reads BIOS, UEFI, TPM, and Secure Boot state; check_ant_signatures looks for NSA-ANT-class persistence preconditions; attest_firmware generates an HMAC-signed report verifiable at proofof.ai; gate_inference blocks or allows AI operations based on trust state; and list_threat_model shows what attack surface you're defending against. The design philosophy is honest indicator reporting rather than binary clean/compromised verdicts. Reach for this when you need hardware trust attestation before allowing inference on a machine, especially in sovereign AI or high-assurance deployments where firmware-level persistence is part of your threat model.
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.
| 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 |
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
© CSOAI LTD (trading as MEOK AI Labs) · MIT
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).
Once configured, ask your assistant, for example:
scan_firmware to …"check_ant_signatures to …"attest_firmware to …"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.