Every assertion about GuardLattice is backed by cryptographic evidence. Every report is hash-bound to its source. Every claim is verifiable.
Each report is signed, hash-bound, and independently verifiable. No trust assumptions — only mathematical proof.
Comprehensive analysis of timing attacks, power analysis, and electromagnetic emanation resistance across all cryptographic operations.
Formal approval of cryptographic implementation correctness. Covers key generation, signing, verification, and encryption operations.
Verification of random number generation quality. QRNG integration testing, entropy pool analysis, and NIST SP 800-90B compliance.
Complete audit trail of all code refinements. Every change is traced from requirement to implementation to verification.
All cryptographic operations use NIST-approved post-quantum algorithms. Resistant to both classical and quantum attacks.
Critical paths are mathematically proven correct. 3,441 lines of formal verification logic ensure behavioral guarantees.
No external runtime dependencies. No supply chain attack surface. Every line of code is authored and audited internally.
Native integration with HSM, TEE, TPM, and QRNG hardware. Keys never exist in software memory unprotected.
Constant-time operations, power analysis resistance, and electromagnetic emanation countermeasures verified by attestation.
Every operation is sealed in the GLAT O1 ledger. Rollback-proof, tamper-evident, and independently verifiable.
221 test suites, 4,936 archived test results, 60,108 lines of test code. Every sub-system is independently verified.
| Operation | Throughput | Latency | Configuration |
|---|---|---|---|
| GLAT O1 Seal | 120,000 TPS | 6-10ms | 6 nodes, 9 ports each |
| Cross-IP (12 endpoints) | 89,000 TPS | 8-12ms | Multi-region |
| ML-KEM Key Generation | 250K ops/s | <1ms | Single core |
| STARK Proof Generation | — | 50-200ms | Circuit-dependent |
| STARK Proof Verification | — | 3ms | Any circuit |
Side-channel analysis, implementation approval, entropy verification, and refinement trace — all hash-bound and verifiable.
Federal Information Processing Standard certification for cryptographic modules. Targeting Level 3 (physical tamper resistance).
International security evaluation for sovereign deployments. Targeting EAL4+ with augmentation for formal design verification.