Custom ZK Circuit Library Development

We architect circuits with minimal constraints using techniques like custom gates and lookup tables, reducing on-chain verification costs by up to 40% compared to generic implementations.

Critical cryptographic components like hash functions (Poseidon, SHA) and signature schemes are formally verified for correctness, providing mathematical guarantees against logical bugs.

Our libraries are built as reusable, well-documented modules (e.g., Merkle trees, range proofs) that you can snap together, accelerating development of complex protocols like rollups or private DeFi.

We benchmark and optimize for your specific requirements: faster proof generation for user-facing apps or smaller proofs for cost-sensitive on-chain verification.

Every library includes detailed technical specifications, threat models, and passes rigorous internal review. We provide the clarity needed for external audits and team onboarding.

Leverage our pre-verified, modular circuit components to bypass months of foundational R&D. We deliver production-ready libraries, enabling you to launch your ZK-powered L2 or feature in 6-8 weeks.

Every circuit library undergoes formal verification and peer review by our in-house cryptographers. We implement industry-standard security patterns and provide comprehensive audit trails, mitigating critical risks before mainnet deployment.

Optimize for performance with circuits designed for minimal proof generation time and verification gas costs. Achieve sub-second finality and scale to 2,000+ TPS on your custom L2 stack.

Reduce operational costs with gas-optimized verification circuits and efficient proof systems. Our libraries can lower on-chain verification costs by up to 40% compared to generic implementations.

Build on a flexible, upgradeable circuit architecture. Our libraries are designed for easy integration of new ZK innovations (e.g., recursion, custom gates) without requiring full rewrites.

Get direct access to our team of ZK researchers and engineers. We provide end-to-end support from design to deployment, including integration guidance and performance tuning.

We begin with a deep technical discovery to define circuit logic, constraints, and performance targets. We deliver a formal specification document and a high-level architecture diagram for stakeholder alignment.

Our cryptographers implement the logic in Circom or Halo2, focusing on constraint efficiency and proof generation speed. We follow best practices for zero-knowledge circuit security from day one.

We benchmark and optimize for prover time, verifier gas costs, and proof size. This phase ensures your application remains cost-effective and responsive at scale.

We deliver a clean, documented TypeScript/Go SDK with examples, enabling your engineering team to generate and verify proofs with minimal friction. We provide direct support during integration.

We offer ongoing support packages for circuit maintenance, dependency updates (e.g., for new proving backends), and performance tuning as your application scales.