At the foundation of every intelligent Web3 application lies trust, but trust in AI is broken. Today’s models operate in opaque servers, issuing predictions we cannot verify. That ends with Hubic, an Ethereum-native protocol for cryptographically verifiable AI. By fusing zero-knowledge proofs with scalable on-chain validation, Hubic turns AI outputs into auditable digital truth.
Hubic allows developers, DAOs and DeFi protocols to rely on zk-proven model results, whether for governance, credit scoring, trading strategies or agent-based execution. Every prediction is backed by a proof. Every result is verifiable. And every actor, from executor to validator, is accountable on-chain.
With Hubic, intelligent computation becomes not only scalable, but provable.
Advanced analytics are nothing without assurance. Hubic introduces Proof-of-Inference (PoI) and Proof-of-Weights (PoWg) to anchor every AI result to cryptographic truth. Inference nodes generate zk-proofs off-chain. Validators verify them on-chain through Ethereum smart contracts. No more blind reliance on black-box APIs, AI becomes deterministic, composable and tamper-proof.
This unlocks a new class of AI-enabled infrastructure. DAOs can optimize treasury strategies using zk-proven recommendations. DeFi apps can automate execution based on verifiable risk models. Autonomous agents can act based on real data, backed by zero-knowledge.
Hubic doesn’t just upgrade AI. It makes it trustless.
In the fast-paced world of Web3, decisions must be both rapid and reliable. Hubic is built for real-time inference and efficient proof validation on Ethereum. Whether adapting to market shifts or evaluating validator performance, Hubic ensures models are responsive, verifiable and accurate.
This infrastructure powers real-time use cases like:
Trading agents making zk-verified decisions.
Restaking protocols reallocating capital by inference.
Governance frameworks triggering logic from AI outputs.
With every output proven, Hubic enables smart automation with zero ambiguity.
Hubic’s modular architecture spans off-chain compute, zk-circuit registries, on-chain validators and incentive systems tied together by the HUB token. Each layer reinforces a transparent, cryptographically secure ecosystem for AI execution on Ethereum.
Supported use cases include:
AI models tokenized as Real World Assets. (RWAs)
Subscription-based autonomous agents with on-chain revenue.
zk-audited logic for DeFi risk, governance and credit markets.
DAO-native proposals powered by inference.
By combining auditability with automation, Hubic transforms Ethereum into the foundation of a trustless AI economy.
