RSA and ECDSA — the algorithms securing virtually every bank, blockchain, and government system — are broken by Shor's algorithm on a sufficiently capable quantum computer. That computer isn't here yet. But the threat is active now: state actors are collecting encrypted data today, to decrypt it later. The G7, NIST, and NSA have each issued formal migration deadlines.
Every KXCO product runs on Armature L1 — a live post-quantum blockchain. Every operation generates an on-chain record. No trust in KXCO is required to verify any of it.
Every transaction, credential, and document is signed with NIST FIPS 204 (ML-DSA-65) and anchored to Armature L1.
Institutions and AI agents register identity on-chain as ML-DSA-65 key pairs, issued and verified directly on Armature L1.
Every code deployment is signed and recorded on-chain. Infrastructure is scanned continuously for quantum-vulnerable algorithms.
ML-DSA-65 document signing for agreements with multi-decade validity requirements. On-chain verification for institutions and agents where trust cannot be assumed.
All live. All running on Armature L1. Every operation generates an independently auditable on-chain record.
Post-quantum white-label banking and exchange infrastructure for licensed financial institutions. Deployed under the institution's own brand, with ML-DSA-65 signing on every operation and all activity recorded on Armature L1.
Infrastructure that stays secure, auditable, and legally defensible over long time horizons.
Every claim is independently verifiable. None require taking KXCO's word for it.
Armature L1 is running. The block explorer at chain.kxco.ai is publicly accessible. Every transaction is independently auditable — not stored on a KXCO-controlled server.
All cryptographic operations implement NIST FIPS 203 (ML-KEM), 204 (ML-DSA), and 205 (SLH-DSA) — the ratified 2024 standards to which all regulated institutions will be required to migrate.
KXCO's baseline directly addresses the G7 Cyber Expert Group's January 2026 roadmap, NIST transition guidance, and NSA CNSA 2.0 requirements. Institutions deploying KXCO build on a compliant foundation today.
The ML-DSA-65 and ML-KEM-768 implementations used in production are published as open-source libraries. Institutions can audit the cryptographic code independently before deploying.
Founded by Shayne Heffernan Ph.D. — 40 years in global capital markets, Knightsbridge Group. Advisory board from BlackRock, Fidelity Investments, DTCC, Bear Stearns, and Capgemini. Full team at kxco.ai/corporate.
Five products in production. Every on-chain record is independently auditable. No trust in KXCO required to verify any claim on this page.
Whether you're assessing migration risk, evaluating infrastructure for a regulated deployment, or building AI systems that require verifiable on-chain identity — the next step is a direct conversation.