ZK Voting Protocol Development

We implement zk-SNARKs or zk-STARKs to enable voters to prove their vote is valid without revealing their identity or choice. This ensures compliance with regulations while maintaining the cryptographic integrity of the entire process.

Our protocols prevent vote-buying and external pressure by making it impossible for a voter to cryptographically prove how they voted after the fact, while still allowing them to verify their vote was counted.

Every vote is a cryptographic proof recorded on-chain. We deliver a complete audit trail where anyone can verify the election's correctness without trusting the organizers, eliminating central points of failure and manipulation.

Designed for DAOs and decentralized networks, our protocols handle thousands of voters with minimal gas overhead. We optimize for cost-efficiency using batch verification and layer-2 solutions like zkRollups.

We architect systems that separate identity verification (KYC) from voting logic using zero-knowledge proofs. This enables enterprises to prove participant eligibility and election fairness to regulators without exposing private data.

Eliminate lengthy manual audits and disputes. Results are cryptographically finalized at the block level, providing instant, incontestable outcomes. We reduce time-to-decision from weeks to minutes.

We provide a white-label voter dApp interface and a developer SDK (TypeScript/React) for seamless integration into your existing platform. The SDK handles ZK proof generation, wallet connectivity, and transaction management.

We implement Circom for circuit design and SnarkJS for proof generation, enabling private, verifiable votes with sub-500ms proof generation times. This ensures voter anonymity without compromising auditability.

Deployment of gas-optimized, upgradeable smart contracts using Solidity 0.8+ and OpenZeppelin libraries. Contracts are designed for multi-chain compatibility, starting with Ethereum and EVM L2s like Arbitrum and Polygon.

Integration with World ID or BrightID for unique human verification, and ENS for readable identities. This prevents ballot-stuffing and ensures one-person-one-vote integrity in decentralized governance.

We provide a React-based SDK with hooks for vote casting, proof generation, and real-time result tracking. Includes comprehensive documentation and TypeScript support for rapid integration into your dApp.

Every protocol undergoes rigorous testing with Foundry for unit/fuzz tests and formal verification where applicable. Final audit readiness for firms like Trail of Bits or CertiK is a standard deliverable.

Automated CI/CD pipelines for contract deployment using Hardhat or Foundry. We configure reliable node providers (Alchemy, Infura) and monitoring with Tenderly for production-grade uptime and observability.