Cross-DEX Arbitrage
Simultaneous price difference detection and execution across 15+ decentralized exchanges
How It Works
Our Cross-DEX Arbitrage strategy continuously monitors price differences across multiple decentralized exchanges in real-time. When a profitable opportunity is detected, our system automatically executes trades with optimized gas bidding and MEV protection.
Price Monitoring
Real-time scanning of 15+ DEXs for price discrepancies in token pairs, tracking spreads and volume across different liquidity pools.
Opportunity Analysis
AI algorithms calculate profit potential, gas costs, and execution feasibility, prioritizing opportunities with highest risk-adjusted returns.
Smart Execution
Atomic arbitrage transactions ensure both legs execute simultaneously, with optimized gas bidding and MEV protection to prevent front-running.
Supported Protocols
Risk Assessment
Low Risk Factors
- Atomic execution prevents partial fills
- Real-time price monitoring reduces slippage
- Multiple protocol support diversifies exposure
- Automated gas optimization minimizes costs
Risk Mitigations
- Maximum slippage protection (0.5%)
- Minimum profit threshold ($100+)
- Dynamic position sizing based on liquidity
- Emergency halt mechanisms for market volatility
Technical Implementation
Smart Contract Architecture
// Arbitrage Executor Contract
contract ArbitrageExecutor {
// Atomic arbitrage execution
function executeArbitrage(
address tokenA,
address tokenB,
address[] memory exchanges,
uint256 amount
) external {
// Price discovery and validation
uint256[] memory prices = getPrices(tokenA, tokenB, exchanges);
uint256 maxPrice = getMaxPrice(prices);
uint256 minPrice = getMinPrice(prices);
// Calculate profitable opportunities
uint256 spread = (maxPrice - minPrice) * 1000 / minPrice;
require(spread > MIN_SPREAD_THRESHOLD, "Insufficient spread");
// Execute atomic trades
executeAtomicTrade(tokenA, tokenB, exchanges, amount);
}
}MEV Protection
// MEV Protection Mechanism
function protectFromMEV(
bytes memory swapData,
uint256 maxGasPrice
) internal returns (bytes memory) {
// Use private mempool via Flashbots
address flashbotsTarget = FLASHBOTS_ENDPOINT;
// Bundle transaction with private relay
return flashbotsTarget.sendBundle(abi.encodePacked(swapData));
}Ready to Start Arbitrage Trading?
Deploy your first cross-DEX arbitrage bot and start capturing profit from price inefficiencies across the DeFi ecosystem.