EVM-Based ZK-SNARK Integration

Design and implement custom ZK-SNARK circuits for private transactions, identity proofs, and confidential computation using Circom and Halo2. We ensure optimal constraints and efficient proving times for your specific use case.

Deploy gas-optimized Solidity verifier contracts (Solidity 0.8+) that validate ZK proofs on-chain. Our contracts use battle-tested libraries and follow OpenZeppelin security patterns for secure integration.

Integrate performant proving backends (Groth16, PLONK) with your application stack. We handle the full pipeline from witness generation to proof submission, ensuring sub-2-second proof generation for standard circuits.

All circuits and verifiers undergo rigorous security analysis, including symbolic execution and formal verification with tools like Picus and VeriSol. Optional third-party audits from firms like Trail of Bits are available.

Deploy and manage scalable, fault-tolerant proving infrastructure in AWS/GCP. Our architecture supports horizontal scaling to handle high-throughput applications with 99.9% uptime SLAs.

We implement selective disclosure protocols, allowing users to prove credentials (e.g., KYC status, age) without revealing underlying data. This enables compliant DeFi, private voting, and confidential transactions, opening new markets while adhering to regulations like GDPR.

Our integration bundles thousands of transactions into a single ZK-SNARK proof, settling them on-chain with minimal data. This reduces L1 congestion and slashes per-user gas fees by up to 90%, making your application viable for mass adoption.

Build secure, trust-minimized bridges between EVM chains. We use ZK-SNARKs to generate cryptographic proofs of state on a source chain, enabling fast, fraud-proof asset transfers without relying on centralized multisigs or external validators.

Differentiate your DeFi, gaming, or identity product with features impossible on transparent chains. Launch private auctions, confidential DAO votes, or games with hidden state. We turn ZK from a research topic into a shipped product feature.

We analyze your use case and design the optimal ZK-SNARK circuit architecture. This includes selecting the proving system (Groth16, Plonk), defining constraints, and creating a detailed technical specification.

Client Value: A clear, auditable blueprint that aligns with your business logic and performance requirements, preventing costly rework later.

Our engineers write and optimize the circuit logic in Circom or Noir, and develop the corresponding Solidity verifier contracts. We focus on minimizing proof generation time and on-chain verification gas costs.

Client Value: Production-ready, gas-efficient code that meets your performance SLAs and is built with security-first principles.

Every circuit and smart contract undergoes rigorous internal review and formal verification. We then engage with top-tier third-party auditors like Spearbit or Code4rena for an independent security assessment.

Client Value: Enterprise-grade security assurance and a verifiable audit report to build trust with your users and stakeholders.

We deploy the verifier contracts to your target EVM network (Ethereum, Polygon, Arbitrum, etc.) and integrate the proving system into your application's backend. Includes comprehensive documentation and developer handoff.

Client Value: A fully functional, integrated system with the support needed to go live confidently and maintain the solution long-term.