Move-Based Voting Protocol Design

Implementation of proposal creation, weighted voting, quorum logic, and automated execution. We ensure gas efficiency and support complex voting mechanisms like quadratic voting or conviction voting.

Every protocol undergoes rigorous security review. We integrate with leading audit firms and utilize Move Prover for mathematical verification of critical contract logic before mainnet deployment.

We engineer staking mechanisms, delegation rewards, and anti-sybil structures to ensure sustainable participation and secure network consensus, aligning voter incentives with protocol health.

We provide a lightweight TypeScript SDK and React hooks for seamless integration of the voting protocol into your dApp interface, enabling fast UI development and real-time state updates.

End-to-end support for testnet deployment, mainnet launch, and ongoing monitoring. We implement dashboards for tracking proposal health, voter turnout, and treasury activity.

We deliver Move modules with formal verification using the Move Prover, mathematically proving correctness for critical voting logic, eliminating entire classes of vulnerabilities.

Architectures optimized for Aptos or Sui, leveraging parallel execution and native objects to achieve vote confirmation in <1 second, enabling real-time governance.

Future-proof protocol core with separate governance and voting modules. Enables seamless upgrades to quorum models or delegation logic without disrupting the live system.

Immutable, on-chain record of all proposals, votes, and execution results. Provides full transparency for regulators and DAO members, simplifying compliance.

Move bytecode and storage patterns engineered to minimize transaction costs for voters and proposal creators, increasing participation and protocol utility.

End-to-end delivery including mainnet deployment, monitoring dashboards, and incident response playbooks. We manage the launch so your team can focus on governance.

We begin with a comprehensive threat model and formal specification of your voting logic, ensuring alignment with governance goals and security requirements from day one.

Implementation in Move, leveraging its inherent safety features (resource types, linear logic) to build tamper-proof voting modules, treasury management, and proposal execution logic.

We profile and optimize transaction costs for all voting actions (propose, vote, execute). Comprehensive unit, integration, and scenario testing simulate real-world governance events.

Managed deployment to mainnet/testnet with on-chain verification of source code. We provide a full audit report and remediation guidance for complete transparency.

Ongoing monitoring of protocol health and governance activity. We assist with secure upgrade paths for your protocol as governance needs evolve.