Cross-Chain Voting Interoperability

Deploy a single governance interface that aggregates proposals and votes from Ethereum, Polygon, Arbitrum, and other EVM chains. We handle the cross-chain messaging and state synchronization, so your DAO members vote once, from any chain.

Client Value: Eliminate chain-specific governance silos and increase voter turnout by 40-60%.

Our systems use zk-SNARK proofs to cryptographically verify vote legitimacy before bridging results. This prevents sybil attacks and double-voting, ensuring the integrity of cross-chain outcomes.

Client Value: Achieve cryptographically verifiable audit trails and meet institutional-grade security requirements.

Custom-built voting smart contracts using Solidity 0.8+ and OpenZeppelin libraries, optimized for minimal gas consumption on both source and destination chains. We implement snapshot voting and gasless meta-transaction relays.

Client Value: Reduce voter transaction costs by up to 70%, removing a key barrier to participation.

Get a unified dashboard showing live vote counts, quorum status, and voter distribution across all connected chains. We provide APIs for custom integrations and historical data analysis.

Client Value: Gain real-time visibility into governance health and make data-driven decisions with comprehensive analytics.

Implement complex voting logic like token-weighted votes, quadratic funding, conviction voting, or multi-sig delegation that works seamlessly across chains. We tailor the strategy to your DAO's specific tokenomics.

Client Value: Design sophisticated governance models that align incentives and prevent whale dominance, regardless of asset location.

Every system undergoes rigorous smart contract audits by partners like Spearbit and Code4rena, followed by continuous on-chain monitoring for anomalous activity and failed transactions.

Client Value: Deploy with confidence using battle-tested code and 24/7 operational oversight that alerts you to issues before they impact voters.

Unlock governance participation from users on Ethereum, Arbitrum, Polygon, and Base. Our system aggregates voting power across chains, increasing quorum and making your DAO more representative and decentralized.

Implement a trust-minimized bridge for vote tallying using zero-knowledge proofs or optimistic verification. Every cross-chain vote is cryptographically verifiable on the destination chain, ensuring integrity without centralized relays.

Eliminate the manual, multi-step process of snapshot voting and cross-chain execution. Proposals are created once and executed simultaneously across all connected networks, reducing governance cycle time from weeks to days.

Move away from managing separate governance contracts and voter registries on each chain. Our unified system provides a single dashboard for proposal management, voter analytics, and treasury actions across your entire ecosystem.

Enable your DAO to manage a multi-chain treasury cohesively. Pass proposals to allocate funds from an Ethereum mainnet treasury to pay contributors or fund projects on L2s, all within a single, secure governance vote.

Coordinate complex, multi-contract upgrades across your deployed protocol instances on various networks. Ensure synchronized deployments and eliminate version drift, a critical capability for DeFi protocols and infrastructure projects.

We design a custom cross-chain voting architecture, selecting optimal bridges (Axelar, LayerZero, Wormhole) and governance standards (OpenZeppelin Governor). This ensures a secure, scalable foundation tailored to your tokenomics.

Our team builds and optimizes Solidity/Vyper smart contracts for voting, delegation, and cross-chain messaging. We implement gas-efficient patterns and conduct internal security reviews before external audits.

Every system undergoes rigorous third-party audits from firms like Spearbit or Code4rena. We integrate findings, perform formal verification for critical logic, and provide a public audit report for community trust.

We deploy the full system on testnets (Sepolia, Arbitrum Goerli) and conduct end-to-end simulations of governance proposals and cross-chain vote aggregation. This validates all failure modes and user flows.

We manage the phased mainnet deployment with multi-sig controls, establish real-time monitoring for bridge states and contract health, and provide 24/7 incident response for the first 30 days post-launch.

We deliver comprehensive technical documentation, admin guides, and integration SDKs. The final handover includes a knowledge transfer session with your engineering team for full operational ownership.