Move-Powered Governance Arbitration for Aptos/Sui

Every module undergoes rigorous review. We combine manual audits with Move Prover for mathematical proof of correctness on critical contract invariants, providing the highest assurance for your governance layer.

Seamlessly connect your governance system to existing DeFi protocols, oracles, and cross-chain bridges. We architect for safe, permissionless upgrades using Move's package publishing model.

Engineer for sub-second transaction finality and predictable gas costs on Aptos and Sui. We optimize for parallel execution, minimizing contention to ensure governance actions are fast and cost-effective at scale.

We deploy custom Move modules on Aptos/Sui Mainnet that encode your DAO's rules into immutable, on-chain logic. This eliminates manual intervention and ensures every proposal execution is verifiable and resistant to manipulation.

Automated arbitration workflows slash the time spent resolving governance conflicts. Our systems handle common disputes programmatically, freeing your core team to focus on strategy instead of moderation.

Integrate secure, gas-optimized voting mechanisms with built-in sybil resistance. We implement best practices for delegation and vote tallying to increase engagement while protecting against common attack vectors.

Leverage our library of pre-audited, modular Move components for treasury management, role-based permissions, and multi-sig operations. Rapidly deploy and iterate on your governance framework without compromising security.

Implement programmable treasury controls with real-time, on-chain visibility. Every disbursement, budget allocation, and financial proposal is executed according to code, creating an immutable audit trail for stakeholders and regulators.

Build on Aptos/Sui's parallel execution engines to ensure your governance system scales with your community. Our designs prevent network congestion during high-volume voting periods and maintain sub-second finality.

We begin with a deep dive into your governance model, tokenomics, and dispute resolution logic. We then architect a custom Move module structure, defining clear roles, proposal types, and arbitration flows tailored to your DAO's needs.

Our certified Move developers write, test, and iterate on your custom arbitration modules. We implement formal verification patterns, leverage Aptos/Sui Framework standards, and enforce strict resource-oriented principles for maximum security and efficiency.

We deploy your system to a dedicated testnet and execute comprehensive scenario testing. This includes stress tests for high-volume voting, simulation of malicious actor behavior, and end-to-end validation of dispute escalation and resolution paths.

We prepare a complete audit package for third-party security firms like OtterSec or Zellic. Upon successful audit, we manage the mainnet deployment, including module publishing, initial configuration, and permission setup, ensuring a seamless launch.

We provide integration kits (SDK/API) and can develop a companion frontend dApp. This includes connecting your arbitration system to existing governance interfaces, wallet providers, and notification services for a complete user experience.

We offer ongoing support packages including monitoring, incident response, and governance module upgrade management. Our team ensures your system remains compatible with network upgrades and can implement new features via DAO-approved proposals.