This repository contains an exploration of atomic arbitrage implementations using Huff, a low-level assembly-like language for writing highly optimized Ethereum smart contracts. The project demonstrates different approaches to performing atomic arbitrage on Ethereum mainnet, with increasing levels of complexity across three versions.
The project consists of three implementations, each building upon the previous version with additional sophistication:
- Basic two-pool atomic arbitrage implementation
- Fundamental Huff contract structure
- Basic token swap routing
- Enhanced two-pool implementation
- More sophisticated arbitrage logic
- Improved optimization
- Advanced three-pool atomic arbitrage
- Complex multi-hop swap routing
- Highly optimized implementation
- Language: Huff
- Network: Ethereum Mainnet
- Focus: Gas Optimization & MEV
This project serves as an educational exploration into:
- Writing efficient smart contracts using Huff
- Understanding MEV and atomic arbitrage opportunities
- Gas optimization techniques
- Low-level EVM operations
This code is provided for educational purposes only. Always exercise caution when deploying contracts that interact with real assets on mainnet.
MIT