Skip to main content

Introduction to ULedgerNET

ULedgerNET is a permissioned blockchain protocol built for verifiable, tamper-evident transaction trails. Every action taken by a human or an autonomous agent is cryptographically signed, Merkle-chained across a multi-node council, and anchored via STARK proofs that any auditor can verify without access to the live system.

The core design premise: the audit trail should be produced by the system itself, not assembled after the fact from application logs. ULedgerNET makes tamper-evidence a protocol property, not a monitoring choice.


How ULedgerNET Is Organized​

ULedgerNET is structured around a small set of interrelated primitives. Understanding them in order makes the rest of the documentation legible.

PrimitiveWhat it isDetailed reference
WalletA cryptographic keypair with an on-chain address. The signing identity for any action.Wallet reference
TransactionA signed, typed action submitted to the chain. The atomic unit of change.Transaction reference
Smart ContractA WASM program deployed on-chain and invoked by transactions.Smart contract reference
ConsensusThe BFT council of validator nodes that agree on block order and finality.Consensus reference
CryptographyThe signature algorithms and proof systems that underpin every guarantee.Cryptography reference

Agent Wallet Concepts​

The Agent Wallets section extends the core primitives to cover the autonomous identity model. If you are building integrations that involve AI agents, automated services, or governed multi-party workflows, start here after reading the core concepts above.

ConceptWhat it isReference
EntityThe organizational identity layer. Groups wallets under a governance hierarchy (ORG, DEPARTMENT, PERSONAL, AGENT).Entities
Agent WalletA wallet whose key is held by an autonomous process rather than a human.Agent Wallets
CapabilityA scoped, expirable, metered permission that bounds what an agent wallet can do.Capabilities
HelixThe Plonky3 STARK proof sidecar that produces recursive checkpoint proofs across the council.Helix
Identity and CredentialsDecentralized Identifiers (DIDs) and W3C Verifiable Credentials issued on-chain.Identity
RecoveryThreshold-based key recovery for organizational succession and key loss.Recovery
Access ListsEntity-level blacklists and trusted counterparty lists.Access Lists

Where to Go Next​