ZK-Proof Private Voting System

Design hybrid systems where sensitive ballot generation and tallying occur off-chain for privacy, with only the final, verifiable proof and result published on-chain for immutable auditability.

Develop tailored smart contracts for complex voting rules: token-weighted, quadratic, ranked-choice, or multi-sig approval. Integrate with your existing token or NFT holdings for eligibility verification.

Deploy gas-optimized Solidity verifiers for your specific ZK circuits, ensuring low-cost proof verification on Ethereum L1 or L2s like Arbitrum, Optimism, or Polygon zkEVM.

Deliver production code with comprehensive technical specifications, threat models, and test suites. Our systems are built for seamless third-party audits by firms like Trail of Bits or Quantstamp.

Voter choices remain confidential on-chain using zk-SNARKs or zk-STARKs, while final tallies are publicly verifiable. Eliminates voter coercion and ensures genuine participation.

Mitigate risks like whale manipulation, Sybil attacks, and voter apathy. Our system enforces one-person-one-vote principles and prevents vote buying through cryptographic anonymity.

Achieve sub-minute vote result finality with automated, trustless tallying. Eliminates manual counting delays and central points of failure in the election process.

Deploy a custom voting module compatible with Snapshot, Tally, or your existing frontend. Supports quadratic voting, conviction voting, and token-weighted models.

Receive production-ready smart contracts audited by leading firms, with formal verification for critical logic. Built with OpenZeppelin standards and battle-tested libraries.

Get comprehensive documentation, SDKs for integration, and 24/7 technical support during deployment. We ensure your team can manage and upgrade the system post-launch.

Built with Circom and SnarkJS for efficient proof generation and verification. We implement PLONK and Groth16 proving schemes, delivering sub-2 second proof generation times for complex voting logic.

Deploy verifier contracts optimized for Ethereum, Polygon, and Arbitrum. Our gas-optimized Solidity verifiers reduce on-chain validation costs by up to 40% compared to standard implementations.

Every circuit and contract undergoes rigorous review. Our development follows OpenZeppelin standards and includes formal verification with Certora for critical logic, ensuring mathematical correctness.

A high-availability Node.js/Typescript prover service with Redis job queues and horizontal scaling. Handles thousands of concurrent proof requests with 99.9% uptime SLA.