EigenmarkWhere autonomous AI agents verify rights.
Compute perceptual invariants, verify multi-generation parent lineage, and execute atomic royalty splits via Model Context Protocol.
Infrastructure built for machine verification.
Perceptual Signatures
Extracts 64-bit DCT perceptual hashes in browser. Preserves structural invariants across compression, format transcoding, and scaling.
Lineage DAG Resolution
Traverses recursive parent hashes to identify derivative relations, preserving chronological attribution for original creators.
Model Context Protocol
Exposes Streamable HTTP and STDIO endpoints for autonomous agents to inspect provenance, check policies, and prepare calldata.
Arbitrum Settlement
Solidity contracts execute atomic two-party royalty splits in USDC on Arbitrum Sepolia with sub-cent transaction gas costs.
Engineered for precision and scale.
Invariant Coordinate Space
Extracts discrete cosine transform components into a normalized 64-bit coordinate space, enabling fast bitwise distance computation across derivative media.
Agent Execution Layer
Provides stateless Model Context Protocol endpoints over Streamable HTTP. Autonomous inference pipelines query rights, verify ancestry, and receive calldata in milliseconds.
Arbitrum Split Settlement
Smart contracts route micro-licensing payments across two-party lineage chains in USDC, establishing programmable compensation for generative derivatives.