Verified identity — KYC-backed for humans, ML-DSA-65 keypair for machines. On-chain, portable to any operator on KXCO rails. Do KYC once. Use everywhere.
ML-DSA-65 signature on every action — transactions, API calls, documents, model outputs. The signature IS the authorisation. No callback. No confirmation. No re-keying.
On-chain attestation via KXCOVerifiedRegistry — tamper-evident, permanent, independently verifiable by anyone without trusting KXCO. The block number is the timestamp. The chain is the authority.
On-chain settlement via PQCWallet — immutable, instant, ML-DSA-65 governed. Only valid post-quantum signatures move funds. Finality in 10 seconds. Not T+2.
Traditional finance compensates for absent cryptographic trust with process — callbacks, confirmations, reconciliations, T+2 windows. KXCO eliminates the need for the process by providing the proof.
| Trust checkpoint | Traditional approach | Time cost | KXCO approach | KXCO time |
|---|---|---|---|---|
| KYC / identity | Per institution, manual, siloed. $500–$2,000/customer/institution/yr. | Days to weeks | Once, on-chain credential, portable to all operators on KXCO rails | One-time |
| Trade authorisation | Phone callback, email confirmation, manual re-keying by operations staff | Hours | ML-DSA-65 signature on the instruction — the signature is the authorisation | Sub-second |
| Settlement | T+2 — counterparty trust re-established each time, nostro/vostro reconciliation | 2 days | PQCWallet executes on-chain. OTC rate locked at instruction time, applied immutably | 10 seconds |
| Compliance record | Reconstructed after the fact from email threads, logs, and call recordings | Weeks in dispute | On-chain from day one — immutable, regulator-accessible, independently verifiable | Instant |
| Document integrity | PDF signatures, wet signatures scanned as PNGs — no proof of non-modification | Disputed in litigation | ML-DSA-65 hash anchored to Armature L1 at moment of signing — tamper-evident forever | 30-year horizon |
| Machine participation | Not possible — no identity primitive exists for autonomous systems | Never | ML-DSA-65 keypair + PQCWallet — same trust primitives as human institutions | Immediate |
This is the complete flow for a human or machine moving from identity to settled transaction. No step is unsigned. No record is mutable. No human verification step is required after onboarding.
KXCO is the software layer. KnightsVault is the licensed operator layer — the white-label banking platform that sits between KXCO infrastructure and end users. KXCO holds no licences, holds no assets, holds no fiat. The licensed operator does.
The B2B2C model means KXCO's trust infrastructure can be deployed by any licensed institution without KXCO acquiring a single regulatory licence. The institution owns the customer relationship. KXCO provides the proof layer underneath it.
A trust layer built on classical cryptography has an expiry date. KXCO deploys NIST-standardised post-quantum algorithms at every layer so that records created today remain verifiable and unforgeable in 30 years.
Nation-state adversaries record encrypted traffic today for decryption when quantum capability matures. This applies to TLS sessions, inter-node traffic, and any encrypted communication. KXCO addresses this at every layer: hybrid PQ-TLS (X25519MLKEM768) for external connections, AES-256-GCM for stored data, ML-KEM-768 for payment memos.
NSA CNSS Policy 15 requires all national security systems to complete PQC migration by 2035. KXCO is production-compliant with NIST FIPS 203, 204, and 205 today — not on a roadmap. ML-DSA-65 signs every transaction. SLH-DSA provides hash-based signing with a 30-year verification horizon. The mandate deadline is less than ten years away.
Every KXCO transaction carries both ML-DSA-65 (lattice-based, FIPS 204) and SLH-DSA-SHAKE-128s (hash-based, FIPS 205). These rest on entirely different mathematical foundations. A breakthrough against lattice cryptography does not compromise hash-based cryptography. An adversary must defeat both simultaneously — providing cryptographic redundancy no other production blockchain offers.
AI agents, robots, LLMs, and large quantitative models receive the same on-chain identity, wallet, signing, and verification capability as human institutions — with no KYC requirement and no human intermediary.
Settlement rails, portable KYC credentials, ML-DSA-65 API auth replacing bearer tokens. T+10s not T+2.
For Institutions →Domain trust, document integrity, brand protection. From $99/yr. 30-year verification horizon.
For Corporates →Citizen credentials, procurement records, public authority signing. FIPS 204/205 compliant. NSA CNSA 2.0 aligned.
For Government →ML-DSA-65 keypair identity, ARMR wallet, triple-algorithm signing, on-chain proof. No human intermediary.
For Machines →KXCO infrastructure is production-deployed today — not on a roadmap. The institutions that build on the trust layer now will define the standard for everyone else.