Move Language Smart Contract Shield

We apply mathematical proof techniques and automated analysis to verify your Move contracts are free from critical vulnerabilities like reentrancy and arithmetic overflows before deployment.

In-depth, manual code reviews by Move language specialists. We examine business logic, access control, and asset safety on Aptos and Sui, delivering a prioritized remediation report.

We analyze and refactor your Move modules to minimize gas consumption and computational costs, ensuring your dApp remains efficient and cost-effective at scale.

Post-deployment monitoring for anomalous on-chain activity and potential exploit patterns. Receive real-time alerts for suspicious transactions targeting your verified contracts.

We ensure your application's architecture leverages Move's unique capabilities—like resource-oriented programming and linear types—correctly for maximum security and composability.

If a vulnerability is discovered, our team provides immediate forensic analysis, helps contain the issue, and guides remediation to secure user funds and restore protocol integrity.

Leverage our battle-tested Move development patterns and security-first libraries to launch your dApp in weeks, not months. We eliminate the learning curve and common pitfalls of the Move ecosystem.

Every contract undergoes rigorous formal verification and manual review against Aptos/Sui-specific attack vectors. We deliver production-ready code with a documented security model.

Our gas optimization strategies and efficient resource modeling for Aptos and Sui ensure your dApp's transaction costs remain low and predictable at scale, protecting your unit economics.

Build with the assurance of 24/7 monitoring, upgradeability patterns, and comprehensive testing suites. We ensure your smart contract layer meets the uptime demands of financial applications.