Move-based MEV Prevention Protocol

We implement native Move bytecode analysis to detect and prevent front-running, sandwich attacks, and arbitrage exploits specific to the Move VM. This ensures your users' trades and interactions execute as intended.

Our consensus-integrated sequencer provides fair, first-come-first-served ordering for transactions, eliminating the economic advantage for malicious bots and creating a level playing field for all users.

Sensitive transactions are routed through our encrypted, permissioned mempool, shielding them from public view until they are irreversibly committed to the blockchain, preventing information leakage.

Continuous on-chain monitoring identifies emerging MEV attack patterns in real-time. Our system automatically updates protection rules, providing proactive defense against novel exploit vectors.

We optimize transaction bundling and execution paths to minimize gas consumption on Aptos and Sui. Users benefit from lower, more predictable transaction costs, improving UX and adoption.

A lightweight SDK for seamless integration with your Move-based dApp. Deploy our MEV protection as a module or leverage our APIs to secure custom transaction flows in weeks, not months.

We conduct a comprehensive analysis of your protocol's transaction flow to identify potential MEV attack vectors (e.g., sandwiching, front-running). This defines the security perimeter for your custom Move modules.

Development of secure, gas-optimized Move modules implementing prevention logic (e.g., commit-reveal schemes, fair ordering). Built with Move Prover for formal verification where applicable.

Continuous monitoring of the MEV landscape. We provide upgrade paths and development services for your protocol to adapt to new threats and leverage novel prevention research.