pumpfun-wallets-mcp

pumpfun-wallets-mcp

3.3

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Pumpfun Wallets MCP is a server that analyzes trading activity and profitability of wallets on Pump.fun and PumpSwap.

Pumpfun Wallets MCP

An MCP server that analyzes wallets’ trading activity and profitability on Pump.fun and PumpSwap.

Features

  • Total Wallets: Retrieve the total number of wallets on Pumpfun and Pumpswap.
  • Top Profitable Wallets: Fetch the top wallets by realized profit over the last 30 days, with rank, wallet address, profit, and last transaction timestamp.
  • Top Trading Wallets: Get the top wallets by all-time trading volume, including trade count and total volume in USD.
  • Wallet Distribution: View the distribution of wallets by trading volume tiers, excluding bots, for insights into trading activity.
  • Tabulated Output: Returns data in a clean, tabulated string format for easy readability.

Prerequisites

Installation

  1. Clone the Repository:

    git clone https://github.com/kukapay/pumpfun-wallets-mcp.git
    cd pumpfun-wallets-mcp
    
  2. Install Dependencies:

    uv sync
    
  3. Installing to Claude Desktop:

    Install the server as a Claude Desktop application:

    uv run mcp install main.py --name "pumpfun-wallets-mcp"
    

    Configuration file as a reference:

    {
       "mcpServers": {
           "Pumpfun Wallets": {
               "command": "uv",
               "args": [ "--directory", "/path/to/pumpfun-wallets-mcp", "run", "main.py" ],
               "env": { "DUNE_API_KEY": "dune_api_key"}               
           }
       }
    }
    

    Replace /path/to/pumpfun-wallets-mcp with your actual installation path, and dune_api_key with your API key from Dune Analytics.

Tools

The server provides the following tools, accessible via the MCP interface or API:

get_total_wallets()

  • Description: Retrieves the total number of wallets on Pumpfun and Pumpswap.
  • Returns: Integer (total wallet count, or 0 on error).
  • Example:
How many wallets are there on Pumpfun and Pumpswap?

get_alpha_wallets(limit: int = 100)

  • Description: Fetches the top profitable wallets for the last 30 days, including rank, wallet address, realized profit (USD), and last transaction timestamp.
  • Parameters: limit (optional, default: 100) - Maximum number of wallets to return.
  • Returns: Tabulated string with wallet data, or empty string on error.
  • Example:
Show me the top 5 most profitable wallets on Pumpfun and Pumpswap for the last 30 days.

Output:

Rank  Wallet                                      Realized Profit  Last Tx
----  ------------------------------------------  ---------------  --------------------
1     0x123...abc                                $50000           2025-06-10 12:34:56
2     0x456...def                                $45000           2025-06-09 09:12:34
...

get_trading_wallets(limit: int = 10)

  • Description: Retrieves the top wallets by all-time trading volume, including rank, wallet address, trade count, and total volume (USD).
  • Parameters: limit (optional, default: 10) - Maximum number of wallets to return.
  • Returns: Tabulated string with wallet data, or empty string on error.
  • Example:
Who are the top 3 wallets with the highest trading volume on Pumpfun and Pumpswap?

Output:

Rank  Wallet                                      Trade Count  Total Volume
----  ------------------------------------------  -----------  ------------
1     0x789...ghi                                1500         $1000000
2     0xabc...jkl                                1200         $950000
3     0xdef...mno                                1000         $800000

get_trading_wallet_distribution()

  • Description: Fetches the distribution of wallets by trading volume tiers (excluding bots).
  • Returns: Tabulated string with volume tiers and wallet counts, or empty string on error.
  • Example:
What is the distribution of wallets by trading volume on Pumpfun and Pumpswap, excluding bots?

Output:

Volume Tier      Number of Wallets
---------------  -----------------
$0 - $1000       5000
$1000 - $10000   2000
$10000+          500

License

This project is licensed under the MIT License. See the file for details.