Provides six MCP tools for AI agents to compute post-quantum cryptography migration facts, such as credential sizes, fragment counts, and failure taxonomy, enabling accurate migration decisions without estimation.
Provides tools to sign and verify post-quantum attestations of AI agent actions (mint, trajectory, coherence) using ML-DSA-65 signatures, with offline verification always free.
Defense-grade cryptographic compliance and analysis tools for MCP, including FIPS 140-3 validation, CNSA 2.0 analysis, post-quantum readiness assessment, and classical cipher utilities.
Enables AI agents to sign and verify actions with ML-DSA-65 digital signatures, providing tamper-proof receipts that can be verified offline without any secrets.
Post-quantum document anchoring for AI agents. Anchor any SHA-256 hash to
Algorand mainnet with ML-DSA-65 (NIST FIPS-204) signatures and receive a
self-contained proof bundle verifiable offline — decades from now, without
trusting any vendor.
Enables AI agents to create, validate, evaluate, and score quantum circuits with support for multiple hardware platforms. Provides tools for generating quantum algorithms (Bell states, Grover's, VQE), simulating circuits, checking hardware compatibility, and assessing circuit quality metrics.
