Current online transactions and data storage methods expose sensitive information, leading to identity theft, fraud, and privacy breaches. Generating and verifying zero-knowledge proofs, which allow for privacy-preserving computations, remains resource-intensive and inaccessible for many applications.

Zerobase offers a real-time zero-knowledge (ZK) prover network that leverages trusted execution environments (TEEs) to enable fast and secure generation of privacy-preserving proofs. This technology allows organizations to perform confidential computations and compliant transactions across various sectors, including finance, artificial intelligence, and biotechnology. The network supports decryption-enabled zero-knowledge applications, such as privacy-preserving authentication (zkLogin), confidential trading (zkDarkPool), private governance (zkGovernance), and secure identity verification (zkKYC). Zerobase's composable compliance framework allows organizations to interact with Web3 applications while adhering to regulatory standards.

Real-time proof generation in milliseconds

Confidential computing with TEEs to protect data privacy during proof generation

Support for all major proof systems, ensuring composability

API and smart contracts for on-demand proof generation

zkLogin for privacy-preserving authentication

zkDarkPool for confidential, compliant, and MEV-resistant trading

zkGovernance to protect voting integrity and privacy

zkKYC for secure and private identity verification

Zerobase targets projects needing on-demand ZK proof generation, circuit developers requiring end-to-end custom circuit development, and ecosystems seeking priority sequence for ZK proof generation.