I craft unique cereal names, stories, and ridiculously cute Cereal Baby images.

pumpfun-mcp
A Model Context Protocol (MCP) server for interacting with the Pump.fun platform on Solana. This server enables AI assistants to create, buy, and sell tokens on the Pump.fun platform.

Usage
https://github.com/user-attachments/assets/0b0f1f6f-6ea6-4ca8-92a8-b4cc895814e4
To use this server with Claude or other MCP-compatible AI assistants, add the following configuration to your MCP client:
If you're on MacOS and want to run this in Claude Desktop, in your ~/Library/Application \Support/Claude/claude_desktop_config.json file, write the following:
{
"mcpServers": {
"pumpfun": {
"command": "node",
"args": ["/Users/noahsolomon/Desktop/pumpfun-mcp/build/index.js"], // note this should be YOUR absolute path to index.js, not mine.
"env": {
"HELIUS_RPC_URL": "https://your-helius-rpc-url.com"
}
}
}
}
Replace https://your-helius-rpc-url.com
with your Helius RPC URL.
Installation
-
Clone this repository:
git clone https://github.com/noahgsolomon/pumpfun-mcp.git cd pumpfun-mcp
-
Install dependencies:
npm install
-
Create a
.env
file with your Solana RPC URL:HELIUS_RPC_URL=https://your-helius-rpc-url.com
You can get a free RPC URL from Helius.
To use an existing Solana wallet, add your private key to the
.env
file:PRIVATE_KEY=your-base58-encoded-private-key
Then run the conversion script to create a keypair file:
node convert-key.js
This will create a
default.json
file in the.keys
folder with your keypair. -
Build the project:
npm run build
-
Run the MCP server:
node build/index.js
Components
Tools
-
get-token-info
- Get information about a Pump.fun token
- Input parameters:
-
tokenAddress
(string, required): The token's mint address
-
-
create-token
- Create a new Pump.fun token
- Input parameters:
-
name
(string, required): Token name -
symbol
(string, required): Token symbol -
description
(string, required): Token description -
imageUrl
(string, optional): Path to local image file -
initialBuyAmount
(number, required): Initial buy amount in SOL (min 0.0001) -
accountName
(string, optional): Name of the account to use (defaults to "default")
-
-
buy-token
- Buy a Pump.fun token
- Input parameters:
-
tokenAddress
(string, required): The token's mint address -
buyAmount
(number, required): Amount to buy in SOL (min 0.0001) -
accountName
(string, optional): Name of the account to use (defaults to "default") -
slippageBasisPoints
(number, optional): Slippage tolerance in basis points (defaults to 100)
-
-
sell-token
- Sell a Pump.fun token
- Input parameters:
-
tokenAddress
(string, required): The token's mint address -
sellAmount
(number, required): Amount of tokens to sell (use 0 to sell all) -
accountName
(string, optional): Name of the account to use (defaults to "default") -
slippageBasisPoints
(number, optional): Slippage tolerance in basis points (defaults to 100)
-
-
list-accounts
- List all accounts in the keys folder
- No input parameters required
-
get-account-balance
- Get the SOL and token balances for an account
- Input parameters:
-
accountName
(string, optional): Name of the account to check (defaults to "default") -
tokenAddress
(string, optional): Token address to check balance for
-
Account Management
The MCP automatically creates and manages Solana keypairs in the .keys
folder. Each keypair is stored as a JSON file with the account name as the filename.
When creating a token, the mint keypair is also saved in the .keys
folder with the prefix mint-
.
To use the MCP with your own account, you need to:
- Add your private key to the
.env
file and runnode convert-key.js
- Have sufficient SOL in that wallet
Standalone Scripts
The project includes several standalone scripts that can be run directly:
-
Get Token Info:
node build/get-token-info.js <token_address>
-
Create Token:
node build/create-token.js <name> <symbol> <description> <initial_buy_amount> [account_name] [image_url]
-
Buy Token:
node build/buy-token.js <token_address> <buy_amount_sol> [account_name] [slippage_basis_points]
-
Sell Token:
node build/sell-token.js <token_address> <sell_amount> [account_name] [slippage_basis_points]
-
List Accounts:
node build/list-accounts.js
-
Get Account Balance:
node build/get-token-balance.js <account_name> [token_address]
Important Notes
-
Security: The keypairs are stored unencrypted in the
.keys
folder. Make sure to secure this folder appropriately. - Fees: All transactions on Solana require SOL for transaction fees. Make sure your accounts have enough SOL.
- Slippage: The default slippage tolerance is 1% (100 basis points). You can adjust this for each transaction.
- Images: When creating tokens with images, you must provide a local file path to the image. Remote URLs are not supported.
Development
Project Structure
-
src/index.ts
: Main MCP server entry point -
src/get-token-info.ts
: Token information retrieval -
src/create-token.ts
: Token creation functionality -
src/buy-token.ts
: Token buying functionality -
src/sell-token.ts
: Token selling functionality -
src/list-accounts.ts
: Account listing functionality -
src/get-token-balance.ts
: Account balance checking -
src/utils.ts
: Shared utility functions -
convert-key.js
: Utility to convert a base58 private key to a keypair JSON file
Building
npm run build
相关推荐
I find academic articles and books for research and literature reviews.
Evaluator for marketplace product descriptions, checks for relevancy and keyword stuffing.
Confidential guide on numerology and astrology, based of GG33 Public information
Emulating Dr. Jordan B. Peterson's style in providing life advice and insights.
Your go-to expert in the Rust ecosystem, specializing in precise code interpretation, up-to-date crate version checking, and in-depth source code analysis. I offer accurate, context-aware insights for all your Rust programming questions.
Advanced software engineer GPT that excels through nailing the basics.
Converts Figma frames into front-end code for various mobile frameworks.
Discover the most comprehensive and up-to-date collection of MCP servers in the market. This repository serves as a centralized hub, offering an extensive catalog of open-source and proprietary MCP servers, complete with features, documentation links, and contributors.
The all-in-one Desktop & Docker AI application with built-in RAG, AI agents, No-code agent builder, MCP compatibility, and more.
Micropython I2C-based manipulation of the MCP series GPIO expander, derived from Adafruit_MCP230xx
Mirror ofhttps://github.com/agentience/practices_mcp_server
Fair-code workflow automation platform with native AI capabilities. Combine visual building with custom code, self-host or cloud, 400+ integrations.
A unified API gateway for integrating multiple etherscan-like blockchain explorer APIs with Model Context Protocol (MCP) support for AI assistants.
Reviews

user_TYmF04ec
I've been using @zephyr Mcp/gitlab Gql by ZephyrDeng and it's an absolute game-changer for my development workflow. The seamless integration with GitLab through GQL is incredibly efficient and user-friendly. I highly recommend this tool to anyone looking to streamline their project management and version control. Check it out at https://mcp.so/server/@zephyr-mcp/gitlab-gql/ZephyrDeng.