Move Language ZKP Module Design

We design and implement custom zero-knowledge circuits in Rust/C++ that integrate natively with Move's bytecode verifier and resource model. This enables private transactions, confidential assets, and selective data disclosure on Aptos and Sui.

We deploy optimized, gas-efficient Move modules that act as on-chain verifiers for your ZKP proofs. This ensures the integrity of private computations is cryptographically guaranteed directly on the blockchain.

Seamless integration of industry-standard proving backends (e.g., arkworks, bellman) with the Move VM. We handle the complex bridging layer between off-chain proof generation and on-chain Move-based verification.

Extend your Move smart contracts with privacy features. We implement logic for private voting, shielded payments, and confidential DAO governance that leverages ZKPs while maintaining auditability for authorized parties.

Rigorous optimization of proof generation time and on-chain verification gas costs specific to the Move execution environment. We deliver modules that are production-ready for high-throughput applications.

Every ZKP module undergoes security review using the Move Prover for formal verification of correctness, alongside manual audits for cryptographic soundness and circuit logic, ensuring fund safety.

We manage the engagement with top-tier third-party audit firms (like OtterSec, Zellic) on your behalf. We prepare the audit scope, facilitate communication, and ensure all findings are addressed promptly, delivering a final audit report.