👾 notes and resources on blockchain's maximal extractable value: on the hope of non-predatory free markets in the metaweb

The source code for my Uniswap MEVbot. Complete instructions, usage guidelines, and access details are available in the README

MEV Uniswap Bot – A sophisticated bot built for executing MEV-based trading strategies, including sandwich attacks, on Uniswap. Maximizes profitability with high security and compatibility across EVM networks. Perfect for traders and developers looking to capitalize on Ethereum's mempool opportunities and automated trading solutions.

The source code of my MEV-bot Upgrade. Instructions and access in the Readme description and on the website

🥪🦄 Uniswap V2 but resistant to sandwich attacks

Ethereum frontrunning bot to frontrun and sandwich transactions on the eth chain.

This is an ERC20 implementation that prevents sandwich attacks (MEV) by implementing a 3 minute cooldown on all buys/transfers. There is a whitelist for Uniswap etc., allowing important contracts to bypass the cooldown. The contract owner sets the whitelist as needed.

The paper explores Salmonella Attacks in Blockchain, emphasizing the importance of security measures like node authentication to prevent disruptions, while also providing insights into detection methods and countermeasures.

Please NOTE that this contract was created using ChatGPT 4 and Google Bard - Tested it on ETH Mainnet and Sepolia

Implement a simple sandwich attack with tests to get profit

This repository contains code for a sandwich trading bot designed to operate on the Ethereum blockchain, specifically targeting Uniswap V3 transactions. The bot monitors the Ethereum mempool for potential arbitrage opportunities, analyzes transactions for profitability, and executes sandwich trades when profitable.

📚 Complete Tutorial: How to Configure, Deploy, and Operate Your ,MEVBot. for Maximum Efficiency on the Ethereum Blockchain, including Real-time Transaction Monitoring

⚡🤖Avoid sandwich attack using flashbot 🤖⚡

this application will be used to interrupt and drop pending exploit transaction on EVM networks

This project demonstrates a basic ERC20 token use case. It comes with a special modifier for the transfer and transferFrom functionality. The modifier "onlyOncePerBlock(address,address)" will make a token sender only be able to send a transfer transaction once per block. A sandwich (front- & backrun within one block) isn't possible anymore.

A sandwich bot

An open-source volume bot written in Node.JS for Raydium. Create fast and cheap volume for your token using JITO.