Ethereum MEV Bot Development
Budget: €750 – €1,500 EUR
I am looking for an experienced developer to create a MEV (Miner Extractable Value) bot that operates on the Ethereum network. The bot should automatically identify and execute profitable transactions from the mempool, such as arbitrage opportunities, front-running, sandwich attacks, and liquidations on DeFi platforms. The goal is to maximize profits by exploiting these opportunities.
Technical Requirements:
Mempool Monitoring:
The bot must monitor the mempool in real-time to identify transactions that may offer arbitrage or front-running opportunities.
Filter transactions based on specified criteria (price, gas fees, etc.).
Arbitrage and Front-running:
Implement algorithms to automatically identify and execute arbitrage transactions between different DEXs or within the same DEX.
Execute front-running and sandwich attacks where profitable and legal.
Transaction Execution:
Interface with smart contracts to automatically send transactions.
Optimize gas fees usage to ensure transactions are included in blocks.
Support for using a local Ethereum node (preferably Geth/Parity) or a service like Infura.
Testing and Security:
Test the bot on Ethereum test networks (Rinkeby, Kovan) to ensure correct functionality without risking real funds.
Implement security measures to protect the user’s private keys and funds.
Monitoring and Management:
Logging and monitoring system to track the bot's performance and executed transactions.
Automatic notifications for errors or missed opportunities.
Optimization and Scalability:
Optimize the code to run efficiently and quickly, minimizing delays.
Ability to adapt the bot for other EVM-compatible networks (e.g., Binance Smart Chain, Polygon).
Freelancer Requirements:
Strong experience in blockchain development, particularly on Ethereum.
Deep knowledge of MEV, DeFi, and decentralized financial markets.
Proficiency in programming with Python, JavaScript (Node.js), Solidity.
Portfolio of similar projects or relevant references.
Ability to meet deadlines and deliver a secure and efficient product.
Deliverables:
Complete source code for the MEV bot.
Technical documentation and usage instructions.
Detailed testing report.
Initial support for implementation and configuration.
Technical Requirements:
Mempool Monitoring:
The bot must monitor the mempool in real-time to identify transactions that may offer arbitrage or front-running opportunities.
Filter transactions based on specified criteria (price, gas fees, etc.).
Arbitrage and Front-running:
Implement algorithms to automatically identify and execute arbitrage transactions between different DEXs or within the same DEX.
Execute front-running and sandwich attacks where profitable and legal.
Transaction Execution:
Interface with smart contracts to automatically send transactions.
Optimize gas fees usage to ensure transactions are included in blocks.
Support for using a local Ethereum node (preferably Geth/Parity) or a service like Infura.
Testing and Security:
Test the bot on Ethereum test networks (Rinkeby, Kovan) to ensure correct functionality without risking real funds.
Implement security measures to protect the user’s private keys and funds.
Monitoring and Management:
Logging and monitoring system to track the bot's performance and executed transactions.
Automatic notifications for errors or missed opportunities.
Optimization and Scalability:
Optimize the code to run efficiently and quickly, minimizing delays.
Ability to adapt the bot for other EVM-compatible networks (e.g., Binance Smart Chain, Polygon).
Freelancer Requirements:
Strong experience in blockchain development, particularly on Ethereum.
Deep knowledge of MEV, DeFi, and decentralized financial markets.
Proficiency in programming with Python, JavaScript (Node.js), Solidity.
Portfolio of similar projects or relevant references.
Ability to meet deadlines and deliver a secure and efficient product.
Deliverables:
Complete source code for the MEV bot.
Technical documentation and usage instructions.
Detailed testing report.
Initial support for implementation and configuration.