Arbitrage-Bot

Welcome to the Arbitrage-Bot repository — a comprehensive toolkit designed to demystify blockchain arbitrage strategies for developers. This project provides thoroughly documented code and detailed instructions to help you understand arbitrage concepts and develop your own effective strategies.

Contact

Platform	Link
📱 Telegram	t.me/novustch
📲 WhatsApp	wa.me/14105015750
💬 Discord	discordapp.com/users/985432160498491473

Feel free to reach out for implementation assistance or integration support.

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Table of Contents

• What is Arbitrage?
• Why Blockchain Arbitrage?
• Verification and Security
• Project Documentation
• Getting Started
  • Clone the Repository
  • Install Dependencies
• Configuration Setup
• Development Environment
• Deployment Process
  • Launch Hardhat Node
  • Deploy Trading Contract
  • Start the Trading Bot
  • Trigger Arbitrage Simulation
• Technical Details
  • Strategy Implementation
  • Mainnet Deployment
• Community
  • Contributions
  • Project Updates
• Support the Project
• Contact
• License

What is Arbitrage?

Arbitrage is a sophisticated trading strategy that capitalizes on price discrepancies of identical assets across different markets. By simultaneously purchasing at lower prices and selling at higher prices, traders can secure risk-free profits while promoting market efficiency.

Why Blockchain Arbitrage?

Blockchain arbitrage offers multiple advantages for developers:

• Financial Opportunity: Leverage price inefficiencies across decentralized exchanges
• Skill Enhancement: Develop advanced blockchain development expertise
• Market Efficiency: Contribute to price equilibrium across trading platforms
• Strategy Integration: Incorporate into broader algorithmic trading systems
• Liquidity Enhancement: Occasional improvement of market liquidity in emerging tokens

Verification and Security

Every code modification undergoes rigorous verification and digital signing. This ensures the absolute integrity and authenticity of our codebase. We strongly advise against using any unverified modifications, as they may contain malicious elements.

Project Documentation

Our codebase features extensive documentation with comprehensive inline comments, providing clear explanations of functionality throughout all components.

Getting Started

Clone the Repository

git clone https://github.com/novustch/Arbitrage-Bot.git

Install Dependencies

Ensure you have node.js and npm installed before running:

npm install

Configuration Setup

Create a .env file with the following parameters:

ARB_FOR=""             # Token0 address
ARB_AGAINST=""         # Token1 address
PRICE_DIFFERENCE=""    # Target price difference between DEXs
UNITS=""               # Price reporting units
GAS_LIMIT=""           # Maximum gas limit
GAS_PRICE=""           # Gwei price

For configuration examples, refer to our documentation.

IMPORTANT: Maintain strict privacy of your .env file and never share its contents.

Development Environment

1. Configure your deployment environment by forking your target network for the Hardhat node. We recommend using a personal RPC URL for optimal reliability. Create Web3 API keys at Infura.

2. Add the following to your .env file:

API_KEY=""        # Your Web3 API key
PRIVATE_KEY=""    # Hardhat wallet private key

Deployment Process

Launch Hardhat Node

npx hardhat node

Deploy Trading Contract

npx hardhat run --network localhost scripts/1_deploy.js

Copy the deployed contract address and update the ARBITRAGE_ADDRESS field in config.json.

Start the Trading Bot

node bot.js

For detailed explanations of the trading bot functions, consult our documentation.

Trigger Arbitrage Simulation

Since the forked blockchain state remains static, we must simulate price movement to trigger arbitrage:

npx hardhat run --network localhost scripts/2_manipulate.js

Note: After running this script, you may need to restart your Hardhat node and redeploy contracts for subsequent tests.

This simulation only affects your local blockchain, not the actual network. For tokens other than the provided example (LINK/WETH), you'll need to:

• Identify and use a relevant whale address from block explorers
• Adjust token manipulation amounts
• Modify profitability parameters in the executeTrade function

Technical Details

The Server script establishes and maintains a local server instance for the application.

Strategy Implementation

The current implementation demonstrates a basic strategy using the manipulate.js script to alter Uniswap prices. After price manipulation, the system:

1. Fetches reserves from Uniswap and Sushiswap
2. Determines the lower LINK amount
3. Divides this amount by half for trade execution

This division approach is provided as an example and may not be optimal for all strategies.

Mainnet Deployment

For production deployment instructions, refer to our mainnet documentation.

Community

Contributions

We welcome contributions to enhance this project. If you identify bugs, have feature suggestions, or wish to improve functionality, please open an issue or submit a pull request.

Project Updates

We continuously monitor the evolving DeFi ecosystem and will update this project to align with emerging developments and industry best practices.

Support the Project

Core Values

Our project operates on principles of open source and privacy. We maintain no social media presence, conduct no marketing activities, and receive no compensation for our GitHub contributions. We have no affiliations with other projects.

License

This project is licensed under the MIT License - see the LICENSE file for details.