Zero-Knowledge Enterprise Circuit Development

We architect and implement ZK circuits (zk-SNARKs, zk-STARKs, PLONK) tailored to your specific use case—from private transactions and identity proofs to verifiable machine learning. Our team translates your business logic into efficient, secure constraint systems.

We specialize in circuit optimization to minimize proof generation time, verification cost, and on-chain gas consumption. This includes constraint reduction, custom gate design, and strategic use of lookup arguments and recursive proofs for scalability.

We manage secure, multi-party computation (MPC) ceremonies for circuits requiring trusted setup (e.g., Groth16). This includes ceremony design, participant coordination, and verifiable contribution proofs to ensure the integrity of your proving keys.

We deploy and manage high-performance proving infrastructure (CPU/GPU) with load balancing and monitoring. We provide SDKs and APIs for seamless integration with your backend, supporting both centralized provers and decentralized proving networks.

We design circuits that enable regulatory compliance (e.g., selective disclosure for AML, proof-of-solvency) without sacrificing user privacy. This allows enterprises to leverage ZK proofs for audit trails and reporting mandates.

Prove compliance with AML, KYC, or financial regulations without revealing sensitive customer data. Our circuits enable on-chain verification of off-chain credentials, satisfying auditors while preserving user privacy.

Verify the authenticity and ethical sourcing of goods end-to-end. Our ZK circuits allow suppliers to prove claims (organic, fair-trade, conflict-free) to retailers and consumers without disclosing proprietary supplier networks or pricing.

Enable dark pools and confidential trading strategies on-chain. Execute large orders with proof of solvency and trade correctness, visible only to counterparties, eliminating front-running and information leakage.

Implement board votes, shareholder proposals, or DAO governance with guaranteed ballot secrecy and verifiable tallying. Our circuits ensure each vote is counted correctly without revealing individual choices, ensuring integrity and participation.

Build systems where users prove attributes (age, accreditation, membership) without revealing underlying documents. Our circuits create reusable, privacy-preserving proofs for access control, reducing friction and liability.

Enable enterprises to provide proof of reserves, profitability, or audit trails to regulators and partners without exposing full transaction histories or balance sheets. Maintain competitive advantage while building trust.

Prove regulatory compliance (KYC/AML, transaction limits) without exposing sensitive user data. Our circuits enable privacy-preserving audits for financial institutions and regulated DeFi protocols.

Key Deliverables: Custom ZK circuits for specific jurisdiction rules, integration with existing compliance APIs, and verifier contracts for on-chain proof validation.

Secure asset transfers with hidden amounts and destinations. Our circuits allow enterprises to move value between chains while protecting sensitive financial data from public ledger exposure, a critical requirement for institutional adoption.

Key Deliverables: Optimized circuits for Merkle tree inclusion proofs and balance commitments, reducing bridge operator trust assumptions.

Implement decentralized identity (DID) and verifiable credentials at scale using zkSNARKs. Issue, hold, and verify claims (e.g., accreditation, membership) with maximal privacy and minimal on-chain footprint.

Key Deliverables: ZK circuits for selective disclosure of credentials, integration with W3C standards, and gas-optimized verifier smart contracts.

Enable dark pool functionality and confidential order matching on public blockchains. Prove trade execution and settlement correctness without revealing counterparty identities or trade sizes until necessary.

Key Deliverables: Circuits for order book operations, trade validity proofs, and integration with existing institutional trading infrastructure.

Cryptographically prove ethical sourcing, authenticity, and compliance across a supply chain while keeping sensitive commercial data (prices, volumes, specific partners) confidential.

Key Deliverables: ZK circuits for tracking asset transformations and custody changes, providing auditable proofs without data leakage for partners.

Build platforms where companies can monetize or utilize datasets (e.g., financial trends, IoT data) by allowing queries via ZK proofs. Data owners maintain control; users get verified answers without seeing raw data.

Key Deliverables: Custom circuits for specific query types (averages, sums, thresholds), high-performance proving systems, and marketplace smart contract suites.