Nobulex introduces a cryptographic framework for enforcing AI agent accountability through behavioral commitments. The open-source protocol enables autonomous agents to declare what they will and won't do, prove compliance, and face economic consequences for violations. Built on MIT license, it provides deterministic verification that actions align with stated commitments.

At its core, Nobulex implements a six-primitive architecture: identity management with W3C DIDs, a Cedar-inspired covenant DSL for specifying permissions, verifiable credentials, tamper-evident action logs, deterministic verification, and on-chain staking/slashing. The covenant language uses permit/ forbid/require statements with conditions, where forbid rules take precedence. Developers can enforce policies through middleware that blocks forbidden actions before execution.

The protocol offers two guarantee tiers: TEE-based middleware for high-stakes scenarios like finance and healthcare, and staking/slashing contracts for general commerce. With 9 core packages and platform tools including SDKs, CLI, and ElizaOS integration, Nobulex positions itself as the trust layer for the emerging agent economy. The project has deployed Solidity contracts to Ethereum Sepolia testnet and provides comprehensive documentation including a white paper and developer guides.