Custom ZK Circuit Development

Bespoke circuits are optimized for your specific use case, dramatically reducing on-chain gas fees and operational overhead. We target a 50-80% reduction in transaction costs compared to generic or poorly-optimized implementations.

We design circuits with computational efficiency as a first principle, enabling your application to handle thousands of private transactions per second (TPS). This future-proofs your infrastructure against user growth and network congestion.

Every circuit undergoes a rigorous security review following industry standards. We provide formal verification reports and work with leading auditors like Trail of Bits to ensure your logic is bulletproof and compliant with regulatory requirements for data privacy.

Leverage our battle-tested development frameworks and reusable libraries for common primitives (e.g., Merkle trees, signature schemes). We deliver production-ready circuits in 4-8 weeks, accelerating your product launch and competitive edge.

Move beyond standard privacy features. We engineer novel cryptographic constructs—like custom proof systems or privacy-preserving oracles—that become your application's defensible moat and primary selling proposition.

Our designs are modular and upgradeable, allowing you to seamlessly integrate new proof systems (e.g., moving from Groth16 to PLONK) or scale to new chains. Avoid vendor lock-in and technical debt with forward-compatible circuit logic.

We collaborate to define the precise computational statement for your zero-knowledge proof. This includes selecting the optimal proving system (e.g., Plonk, Groth16), circuit architecture, and performance requirements.

Our engineers implement the circuit logic in Circom or Halo2, focusing on constraint efficiency and prover performance. We apply advanced optimization techniques to minimize proof generation time and verification gas costs.

Every circuit undergoes a multi-layered security review. This includes automated analysis with tools like Picus and manual review by our senior cryptographers to eliminate logical flaws and side-channel vulnerabilities.

We deploy and configure high-performance proving servers (CPU/GPU) and deliver a seamless integration package. This includes client SDKs, API endpoints, and comprehensive documentation for your engineering team.

We provide detailed benchmark reports comparing proof times, verification gas costs, and trusted setup requirements against industry standards. This data validates the economic viability of your ZK application.

We manage the final deployment to your mainnet environment, including any required trusted setup ceremonies. Post-launch, we offer ongoing support and maintenance plans to ensure long-term reliability.