DexScreener MCP Server
by openSVM
An MCP server implementation for accessing the DexScreener API, providing real-time access to DEX pair data, token information, and market statistics across multiple blockchains. It offers a convenient way to retrieve and utilize DexScreener data within your applications.
Last updated: N/A
What is DexScreener MCP Server?
This server is an MCP (Multi-Chain Protocol) implementation that provides access to the DexScreener API. It allows users to retrieve real-time data about DEX pairs, token information, and market statistics from multiple blockchains.
How to use DexScreener MCP Server?
The server can be installed using the provided one-line install script or manually using npm. Once installed, you can use the available tools (e.g., get_latest_token_profiles, get_pairs_by_token_addresses) by calling them with the mcpClient.callTool method, passing the tool name and any required parameters.
Key features of DexScreener MCP Server
Rate-limited API access (respects DexScreener's rate limits)
Comprehensive error handling
Type-safe interfaces
Support for all DexScreener API endpoints
Use cases of DexScreener MCP Server
Real-time price monitoring of DEX pairs
Token information retrieval for analysis
Market statistics tracking across multiple blockchains
Building decentralized applications (dApps) that require DEX data
FAQ from DexScreener MCP Server
What is DexScreener?
What is DexScreener?
DexScreener is a platform that provides real-time data on decentralized exchanges (DEXs).
What blockchains are supported?
What blockchains are supported?
The server supports all blockchains supported by the DexScreener API.
How do I handle rate limits?
How do I handle rate limits?
The server implements rate limiting to comply with DexScreener's API limits. Ensure your application handles potential rate limit errors.
Where can I find the API documentation?
Where can I find the API documentation?
Detailed API documentation can be found in the docs/api-reference.md file.
How do I contribute to the project?
How do I contribute to the project?
You can contribute by defining new types, implementing service methods, adding tool handlers, updating documentation, and adding tests.