Zero-Knowledge Proof Privacy Layer Integration

We provision and manage high-performance, auto-scaling infrastructure for proof generation and verification. Our setup uses GPU-accelerated servers to ensure sub-second proof times and 99.9% uptime for production workloads.

Implement privacy with built-in regulatory compliance. We integrate selective disclosure mechanisms and viewing keys, allowing for audit trails and sanctioned address screening without breaking user privacy—essential for institutional adoption.

We implement selective disclosure protocols (e.g., zk-SNARKs, zk-STARKs) that allow you to prove transaction validity to regulators without exposing sensitive user data. This enables compliance with frameworks like GDPR and MiCA while maintaining a fully auditable on-chain ledger.

By shielding sensitive transaction amounts and participant identities on public ledgers, we protect your users from front-running and wallet profiling. This builds critical trust for institutional DeFi, private voting, and confidential enterprise settlements.

Our integration leverages optimized proving systems (like Plonk or Groth16) to minimize on-chain verification cost and time. We deliver private transactions with finality speeds comparable to their public counterparts, preventing privacy from becoming a performance bottleneck.

Deploy features impossible on transparent blockchains: hidden bid auctions, confidential salary streams, or private DAO governance. We architect custom ZKP circuits that turn privacy into a unique selling proposition for your dApp.

Our battle-tested integration framework, built with libraries like Circom and snarkjs, undergoes rigorous security review. We mitigate the risks of circuit bugs and proving key management, delivering a production-ready system with documented rollback procedures.

We design with upgradeability in mind, using proxy patterns for your ZKP verifier contracts and modular circuit logic. This ensures your privacy layer can evolve with new proving systems (e.g., moving to STARKs for post-quantum security) without disrupting your core application.

Enable regulatory-compliant DeFi and payments by proving transaction validity without exposing user data. Our ZK circuits are built for financial audits and AML/KYC verification.

Key Deliverables: Custom ZK-SNARK circuits, integration with compliance oracles, and audit-ready documentation.

Protect sensitive commercial terms and supplier data while providing immutable proof of provenance and authenticity on-chain. Ideal for high-value assets and regulated goods.

Key Deliverables: Private state transitions, selective disclosure proofs, and integration with IoT/ERP systems.

Implement decentralized identity (DID) and verifiable credentials with privacy-preserving proofs. Users prove attributes like age or membership without revealing their full identity.

Key Deliverables: Semaphore/Circom-based circuits, integration with existing IAM, and wallet SDKs.

Conduct secure, anonymous on-chain voting for DAOs and enterprise governance. We ensure vote integrity and result verifiability while protecting individual voter choices.

Key Deliverables: Custom MACI (Minimal Anti-Collusion Infrastructure) setups, tallying circuits, and frontend integration.

Build application-specific rollups with built-in data privacy. Execute transactions off-chain and submit validity proofs to Ethereum L1, keeping sensitive logic and state confidential.

Key Deliverables: Custom zkEVM circuit design, prover/verifier optimization, and L1/L2 bridge security.

Every ZKP system undergoes rigorous security audits by firms like Trail of Bits and formal verification. We provide continuous monitoring and adversarial testing in staging environments.

Key Deliverables: Full audit reports, formal verification specs, and 24/7 incident response SLAs.