Post-quantum
security.
Security engineered to outlive the threat — owner-held, verifiable, patent-protected.
The cryptography protecting the world’s money and secrets today will not survive a quantum computer. I build systems that already assume it won’t.
Adversaries are harvesting encrypted data now to decrypt it later, once quantum computers arrive. Every system secured with today’s cryptography is on a countdown it cannot see. For money and national data, “later” is unacceptable.
Post-quantum cryptography, owned by whoever it protects — ML-DSA-65 signatures under the FIPS 204 standard, keys generated and held in HSMs under the owner’s control, high-value actions gated by a quorum, and a system an auditor can independently verify rather than take on trust.
ML-DSA-65 · FIPS 204
Ledger entries, settlement instructions, and model attestations signed with a NIST-standardized lattice scheme, with crypto-agility built in.
Owner holds the keys
Private keys are generated and held in HSMs, resident in-nation. No vendor backdoor, no single operator who can sign alone.
Verifiable, not trusted
An auditor can recompute the chain and re-verify signatures offline. Confidence doesn’t depend on trusting a dashboard.
Patent-protected
Six patents filed across the United States and Canada cover the security architecture.
This is not a roadmap item bolted on at the end. Harvest-now-decrypt-later is the governing threat, and the system is engineered for it from the silicon up — proven, running, and protected by filed IP.