Privacy-Preserving Voting Automation

Automate proposal lifecycle, voter verification, and result tabulation. Reduce manual administrative costs by up to 70% and cut typical voting cycle times from weeks to days.

Secure, private voting from any device increases participation rates. Our clients see average turnout improvements of 40-60% compared to traditional, less accessible methods.

From small token-gated communities to large-scale shareholder votes, our infrastructure scales seamlessly, handling thousands of concurrent voters with sub-second proof generation.

Leverage our battle-tested, modular voting frameworks. Deploy a custom, audited privacy-preserving voting system in under 4 weeks, not months.

We begin with a comprehensive security review, designing a zero-knowledge proof (ZKP) architecture and threat model tailored to your governance or DAO requirements. This upfront rigor prevents costly redesigns later.

Our team implements verifiable voting logic using Circom or Halo2, followed by an independent cryptographic audit. We guarantee the mathematical soundness of your privacy guarantees.

Seamless deployment of verifier contracts and voting interfaces on your chosen L1/L2 (Ethereum, Polygon, Arbitrum). We optimize for gas efficiency and finality to keep operational costs predictable.

We conduct penetration testing, load testing under simulated high-traffic votes, and user acceptance testing (UAT) to ensure system integrity and usability before mainnet launch.

Managed mainnet launch with 24/7 monitoring dashboards for vote integrity, ZKP generation latency, and contract health. We provide clear SLAs for uptime and incident response.

Complete technical documentation, operational runbooks, and developer training ensure your team has full ownership and can maintain the system long-term.