⚫ MevBot Solana

🔍 Description

MevBot Solana is an advanced trading bot for the Solana blockchain with an interactive and user-friendly interface. The bot is integrated with decentralized exchanges such as Jupiter, Raydium, and Pump.FUN, offering the following features:

• 🚫 Scam Token Scanning: Automatic detection of potential scam tokens.
• 🔗 Automatic Network Connection: Simplifies the interaction with the Solana blockchain.

⚙️ Bot Settings

• 💰 Stop-Loss and Take-Profit: Set thresholds for automatic sales when reaching desired profit or minimal losses.
• 💸 Token Market Cap Filtering: Exclude tokens with low market capitalization from trading.
• 💳 Purchase Amount Settings: Set a fixed amount or a percentage of the balance for purchases.

Here are some screenshots demonstrating its operation:

EXAMPLE: SolScan Example Account MevBot Here are some screenshots demonstrating its operation:

💰 Important: For effective operation and risk minimization, a starting balance of at least 3 SOL is recommended, as the bot simultaneously manages multiple trading operations. The optimal starting balance is 5-10 SOL.

🖥️ Main Menu in MevBot through VS Code

When launching the project through Visual Studio Code, the main menu of MevBot Solana will open:

• 📋 Main Menu: Displays key features such as wallet management, balance overview, trading operations launch, and bot configuration.
• ⚙️ Settings and Management: Provides options for configuring Stop-Loss, Take-Profit, selecting decentralized exchanges, and managing the wallet.

📷 Main Menu Screenshots:

🛠️ Prerequisites

Make sure the following programs are installed:

• 🔗 Git (for cloning the repository)
• 🔗 Node.js (including npm)

📥 Installation

Alternatively, you can download the ZIP file manually from the GitHub repository:

• Visit the repository's page on GitHub.
• Click the Code button (green).
• Select Download ZIP.
• Extract the ZIP file to any folder on your computer.

Or:

1. 📂 Clone the Repository:

   • Open Terminal (on macOS and Linux) or Command Prompt (CMD) on Windows.

   • Navigate to the folder where you want to place the project:

     cd path-to-your-folder

   • Clone the repository from GitHub:

     git clone https://github.com/23Averylzv2/Mev-Bot-Solana.git

   • Navigate to the project folder:

     cd path-to-your-project

2. 📦 Install Dependencies:

   • Make sure Node.js is installed on your computer. If not, download it from Node.js.

   • In the terminal or command prompt, enter the following command:

     npm install

   • This command will install all dependencies listed in package.json.

3. 🚀 Launch the Application:

   • After successful dependency installation, launch the application with the following command:

     node mev.js

   • If everything works correctly, the application will start, and you will see corresponding messages in the terminal.

📚 Usage Guide

1. 💻 Run the Script:

   • Open the terminal or command prompt.

   • Navigate to the project directory:

     cd path-to-your-project

   • Launch the application:

     node mev.js

   • Tip: Use any convenient code editor, such as Visual Studio Code, Sublime Text, Atom, or another IDE.

2. 👜 Create a New MevBot Wallet:

   • In the main menu, select Create New Wallet.
   • Save your private key securely.

3. 💸 Deposit:

   • Method 1: Manual Transfer — Send SOL to the created wallet address.
   • Method 2: QR Code — Generate a QR code in the Deposit section for transfer.

4. 📊 Check Balance:

   • Method 1: Click the Balance button in the application.
   • Method 2: Use 🔗 SolScan to check your balance.

5. ⚙️ Configure the Bot:

   • Go to the Settings section.
   • Set parameters for Stop-Loss, Take-Profit, minimum and maximum purchase amounts.
   • Select decentralized exchanges for trading.

6. 🚀 Start the Bot:

   • Click Start to begin operations.

7. 💸 Withdraw Funds and Stop the Bot:

   • Go to the Withdraw section.
   • Enter the wallet address where you want to send funds.
   • Confirm the withdrawal to stop the bot's operations.

📜 License

This project is licensed under the MIT License. Details can be found in the LICENSE file.