Learn BTX
BTX in plain English.
BTX describes itself as a post-quantum AI blockchain: a computational settlement system using MatMul proof-of-work, post-quantum signatures, shielded settlement concepts, and service challenges.
MatMul proof-of-work.
BTX’s official specification describes a proof-of-work system based on finite-field matrix multiplication, transcript compression, Freivalds verification, and DoS mitigation. For a liquidity site, that matters because mining economics and compute operators may influence early supply. For an operator, BTX mining is not just a ticker bet; it is a fleet-utilization question tied to power, cooling, software reliability, and network difficulty.
Post-quantum signature path.
The official docs cite ML-DSA and SLH-DSA post-quantum signature algorithms, P2MR output construction, Merkle-tree spend paths, and address/key-generation details. BTXOTC references those claims but does not replace the protocol documentation. Anyone handling real settlement should verify current wallet, address, signing, and backup practices in the official docs before acting.
Shielded and layered settlement.
BTX docs describe SMILE v2 shielded settlement, bridge settlement, selective disclosure, and account registry concepts. OTC participants should distinguish technical settlement features from off-chain counterparty promises. A protocol feature does not remove the need to verify who is on the other side of a private deal.
Service challenges and AI endpoint gating.
The docs also describe MatMul-based service challenges for API rate limiting, spam prevention, and AI endpoint gating. That is part of the broader “AI blockchain” framing: BTX is not presented only as a payment coin, but as infrastructure around compute, identity, service access, and settlement.
Official sources worth reading.
Disclosure: this is independent educational commentary. BTXOTC.com is not btx.dev and is not the official BTX protocol website. For protocol-level facts, verify against the official BTX docs directly.