MEV Protection SDK Development

Pre-execution analysis engine that simulates your transaction's path through the mempool, identifying and blocking over 99% of sandwich attacks and front-running attempts before they occur.

Direct, encrypted submission to block builders and validators via a proprietary network, bypassing the public mempool entirely to eliminate front-running vectors.

Intelligent gas estimation and transaction bundling logic that minimizes costs while maximizing execution priority, protecting against gas-griefing attacks.

Granular, on-the-fly policy engine allowing you to set slippage limits, approve specific DEXs, whitelist counterparties, and define MEV tolerance levels per transaction.

Real-time dashboard and webhook system providing visibility into protected vs. unprotected volume, detected threats, and saved value, with alerts for anomalous activity.

Unified SDK interface supporting Ethereum, Arbitrum, Optimism, Base, and Polygon, with pre-built adapters for Uniswap V3, Aave, Compound, and other major protocols.

Demonstrate proactive security to your users. Our SDK's transparent protection mechanisms reduce failed transactions and frontrunning, directly improving user satisfaction and platform loyalty.

Eliminate unpredictable gas spikes and surprise MEV extraction from your users' transactions. This creates a stable, predictable cost model for your application's core operations.

Build with best-practice security from day one. Our SDK provides auditable transaction logs and protection proofs, simplifying compliance reviews and security audits for institutional partners.

Integrate enterprise-grade MEV protection in weeks, not months. Our battle-tested SDK abstracts complexity, allowing your team to focus on core product differentiation.

Turn security into a unique selling proposition. Market your application as the secure, fair alternative, attracting quality users and liquidity away from vulnerable competitors.

Offload the constant monitoring and adaptation to evolving MEV threats to our team. We maintain the SDK, ensuring your protection is always current against new attack vectors.

We analyze your specific application's transaction flow to identify MEV attack vectors (sandwiching, front-running, arbitrage) and design a tailored protection architecture.

Build the SDK with battle-tested cryptographic primitives (e.g., commit-reveal schemes) and integration hooks for wallets (MetaMask, WalletConnect) and RPC providers.

Every SDK module undergoes internal review and external audit by partners like Spearbit or Code4rena before release, with findings documented and remediated.

We integrate the SDK into your staging environment, running simulations against historical MEV attack data to validate protection efficacy and measure latency impact.

Managed deployment to your mainnet environment with comprehensive monitoring dashboards for MEV attempts, gas savings, and SDK health metrics.

Continuous monitoring of emerging MEV tactics and protocol upgrades (EIPs). We provide quarterly SDK updates to maintain protection efficacy across evolving landscapes.