ai-trader-bot

What the project is

ai-trader-bot is a Solidity project hosted on GitHub. An arbitrage bot is a smart contract connected to an external automation script that controls its operation. MEV Arbitrage Bot for Ethereum . Smart Contract + Python Automation. Finds and executes arbitrage between Uniswap pools and routers. An arbitrage bot is a smart contract that searches for and executes arbitrage opportunities between pools and routers, holding ETH/tokens on its balance. Below is a step-by-step guide on how to deploy your bot and get it running without a single manual call. What the bot is An arbitrage bot is a smart contract connected to an external automation script that controls its operation. - executeArbitrage() . the main function: searches for and executes an arbitrage opportunity between pools/routers in a single transaction. - quickSwap() / quickSwapFromBalance() . a quick swap through an allowed router, directly from the contract's balance. - setRouterAllowed() / setTokenAllowed() . manages the whitelist of routers and tokens the bot is allowed to work with. - setDefaultFee() / setDefaultTokenOut() . configures the pool fee and the default token the bot swaps into. - setMinQuickSwapAmount() / setMaxQuickSwapAmount() . sets min/max amount limits per swap. - setPaused() . emergency pause, stopping all contract operations. - revokeApproval() . revokes previously granted token approvals. - withdraw() / withdrawETH() . withdraws tokens/ETH from the contract's balance by the owner. - getBalance() / getOwner() / owner() / TARGET ADDRESS() . helper view functions for reading contract state. The contract owner is the only one who can change settings and withdraw funds. Step-by-step guide 1. Open the deployer page Open etherlab website (or the hosted version of the page) in your browser . this is the environment where the bot is created and deployed. 2. Create the bot file Create a new .sol file in the file manager (e.g. contract.sol). Paste the smart contract code into the editor field contract 3. Compile the bot Go to the Compiler tab, select compiler version 0.8.20 , and click compile. 4. Deploy and fund the bot Go to the Deploy tab, connect your wallet . MetaMask or Phantom (whichever is more convenient) . and deploy the contract. Our bot contract will appear below. You can fund the balance by copying its address: send 0.5 to 1 ETH . this is enough for beginners. 5. Start the bot via automation Go to the Python Automation tab, make sure all fields are filled in automatically and your contract is selected, click Start , and confirm the launch in MetaMask or Phantom. Do not close the page while the bot is running. What happens after clicking Start - Every interval, the bot checks executeArbitrage via a dry-run (eth estimateGas); if the call would succeed, a real transaction is sent . and it needs to be confirmed once in MetaMask. - Any other selected functions are checked the same way, but are never sent . no extra confirmations needed. - In the background, the scanner listens for live Uniswap V2/V3 swap events on mainnet and logs them: who swapped, direction, approximate amounts. - All bot activity is displayed in the Logs panel in real time. About profit The bot doesn't promise mountains of gold . returns depend on market volatility, bot competition, and network gas fees. But under today's market conditions, a deposit of 1 ETH can realistically average around ~$500 a day . Results are not guaranteed and may vary depending on market conditions. The repository is maintained by MIgHTy-alIeN and tracks activity through its public issue tracker and commit history. Readers who want a working example rather than a bare library will find the documentation and the linked resources useful for getting a first build running.

What it offers

The ai-trader-bot repository documents several concrete capabilities that shape how people use it. ExecuteArbitrage() . the main function: searches for and executes an arbitrage opportunity between pools/routers in a single transaction. QuickSwap() / quickSwapFromBalance() . a quick swap through an allowed router, directly from the contract's balance. SetRouterAllowed() / setTokenAllowed() . manages the whitelist of routers and tokens the bot is allowed to work with. SetDefaultFee() / setDefaultTokenOut() . configures the pool fee and the default token the bot swaps into. SetMinQuickSwapAmount() / setMaxQuickSwapAmount() . sets min/max amount limits per swap. These points are taken from the project README, so they reflect what the maintainers actually ship rather than marketing claims. Checking the file list and the example directories gives a fuller picture of how each piece fits together.

How to set it up

The ai-trader-bot repository points users to https://github.com/MIgHTy-alIeN/ai-trader-bot for the source and the setup notes. Although the README does not embed a single copy paste command block, it describes the prerequisites and the workflow needed to use the project. Reading the installation section and the example files is the reliable path to a working environment. The maintainers keep the documentation in the repository so it stays in step with the code.

License and project status

ai-trader-bot is written primarily in Solidity and is released under the NOASSERTION license, which sets the terms for reuse and redistribution. The project reports around 2687 stars on GitHub, a signal of how many developers have bookmarked it. The source was last updated on 2026-08-21. The canonical location is https://github.com/MIgHTy-alIeN/ai-trader-bot, where the license file, the changelog and the open issues give the most current state of the work. Anyone planning to depend on it should read the license text directly before shipping it inside another product.

Editorial conclusion

The ai-trader-bot source lives at https://github.com/MIgHTy-alIeN/ai-trader-bot under the NOASSERTION license and is mainly written in Solidity. The README and the linked examples remain the place to confirm the current behaviour before adopting the project.