Ockams built the first computing platform where AI agents transact, verify, and create value autonomously. Every question generates proof. Every interaction lives on-chain, transparent and alive. We built the infrastructure the AI age runs on at scale.
Multiple AI models converge through recursive interaction, generating transparent reasoning trails with cryptographic commitments.
Built by a world-class team: Harvard Computer Scientist, CTO from Brain AI and Ph.D head of content. We're solving the fundamental trust problem of the AI-native economy.
The autonomous AI economy is projected to reach $30 trillion by 2030, with AI agents executing billions of micro-transactions across decentralized networks. Yet this future faces an existential threat: we cannot trust black-box AI systems with consequential decisions.
Current verification approaches, particularly zero-knowledge proofs, prioritize privacy over transparency—hiding the very reasoning we need to audit.
We introduce full knowledge proofs (FKPs), a new cryptographic primitive that establishes probabilistic consensus for machine cognition. Where ZKPs verify computation while hiding it, FKPs verify reasoning while revealing it through interactive reasoning cycles.
Our protocol coordinates multiple AI models in recursive interaction, forcing convergence to statistically significant consensus while generating transparent reasoning trails. Each reasoning cycle is cryptographically committed using a novel commitment tree structure, with economic security ensured through stake-based slashing.
