QuantumTPM: Architecture TPM 2.0 Post-Quantique Conforme TCG et Attestation Distante

QuantumTPM définit les spécifications matérielles, extensions de micrologiciel et normes TCG pour mettre à niveau les modules TPM 2.0 avec FIPS 203 ML-KEM et FIPS 204 ML-DSA, sécurisant démarrage fiable, stockage scellé et attestation distante.

QuantumTPM Hardware Architecture & PCR Measurement Topology

TCG 2.0 PQC command processor, crypto-accelerated NVRAM, and quantum PCR banks

Central System: Quantum TPM Core - TCG PQC Command Processor

Cryptographic Nodes

  • Lattice Accelerator
  • Quantum PCR Bank
  • Secure NVRAM
  • Encrypted Bus Interface
  • Active Shield Boundary

Architectural Layers & Protocols

  • Hardware Execution Plane (Hardened RISC-V RV32IMFD Crypto Core): Executing TCG command dispatch and constant-time lattice operations in isolated silicon.
  • Platform Measurement Subsystem (SHAKE-256 & SHA3-384 Hash Banks): Extending Platform Configuration Registers (PCRs 0-23) during measured boot phases.
  • Sealed Storage & Policy Engine (TPM2_PolicyAuthorize with ML-DSA Signatures): Releasing cryptographic secrets only when platform PCRs match authorized golden measurements.
  • Remote Attestation Engine (ML-DSA-65 Attestation Identity Keys (AIK)): Signing quote payloads to prove firmware integrity to remote verifier servers.

Key Metrics: TCG 2.0 PQC (Target Specification) | 24 PCRs (Quantum Extended Registers) | < 18 ms (ML-DSA Firmware Quote Time) | Level 4 (Common Criteria EAL5+ Target)

Architecture d'extension PQC du TPM 2.0 TCG, extension PCR Kyber/ML-KEM et attestation de firmware de plateforme résiliente au quantique

Authoritative technical engineering reference for tcg tpm 2.0 pqc extension architecture, kyber/ml-kem pcr extension & quantum-resilient platform firmware attestation in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications