The UTON stack, from P2P network to autonomous agents.
Click any layer to inspect its role.
Select a layer to inspect its technical role within the UTON stack.
Documented PQC precompiles.
Post-quantum signature verification.
Stateless hash-based signature verification.
Post-quantum key encapsulation.
What each layer is responsible for.
Peer discovery, gossip of transactions and blocks, and validator mesh connectivity. The substrate every layer above speaks over.
Proposer election, two-phase voting, instant finality, and validator-set transitions. Produces a single agreed block sequence.
Post-quantum signature verification and key encapsulation via precompiles. Authenticates transactions and validator messages.
Extended Ethereum Virtual Machine — Solidity contracts, gas model, and ABI semantics, with precompile hooks for PQC and verifiable compute.
ERC-8004-oriented on-chain identity, reputation, and validation registries for autonomous agents.
x402-oriented HTTP 402 negotiation and per-call settlement for agent-to-service commerce.
TEE attestation and zkML proof verification, so off-chain inference and computation can be proven on-chain.
Dual classical + post-quantum validation paths, enabling crypto-agile migration without a network fork.
Built for acquisition, not just operation.
UTON is engineered as an acquirable system. Every layer is documented, every interface is specified, and every cryptographic choice is traceable to a NIST standard. An acquirer's technical reviewers can read the stack end-to-end — from the gossip protocol to the precompile ABI — without reverse-engineering.