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DexScreener MCP Server: Real-Time Dominance & Unmatched Security - MCP Implementation

DexScreener MCP Server: Real-Time Dominance & Unmatched Security

DexScreener MCP Server: Master Your DEX Data – real-time insights, mirror every transaction, and dominate markets with unmatched security and speed.

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About DexScreener MCP Server

What is DexScreener MCP Server: Real-Time Dominance & Unmatched Security?

This middleware server acts as a secure gateway to the DexScreener API ecosystem, enabling developers to access real-time DEX pair data, token metrics, and cross-chain market statistics with enterprise-grade safeguards. Unlike raw API calls, this server provides a curated interface that automatically handles complex rate limiting while maintaining precise error handling for mission-critical applications.

How to Use DexScreener MCP Server: Real-Time Dominance & Unmatched Security?

Installation is as simple as running this one-liner:

curl -L https://raw.githubusercontent.com/opensvm/dexscreener-mcp-server/main/install.sh | bash

For programmatic access, use the standardized tool calls shown below. Here's a quick example for fetching top boosted tokens:

const result = await mcpClient.callTool('dexscreener', 'get_top_boosted_tokens');

Check the interactive demo here (https://example.com/demo) for live API exploration

DexScreener MCP Server Features

Key Features of DexScreener MCP Server: Real-Time Dominance & Unmatched Security?

  • Smart Rate Limiting: Automatically enforces DexScreener's 60rpm (token profiles) and 300rpm (DEX pairs) limits to prevent API throttling
  • Type-Driven Safety: Uses TypeScript interfaces to ensure 100% parameter validity before execution
  • Multi-Chain Coverage: Supports Solana, Ethereum, and other top blockchains through unified endpoints
  • Failure Resilience: Returns structured error objects with ISO-compliant codes (e.g., 429-RL for rate limits)
  • Test-Driven Validation: Comes with pre-built integration tests for critical endpoints

Use Cases of DexScreener MCP Server: Real-Time Dominance & Unmatched Security?

Power users leverage this server for:

  1. Quantified Arbitrage: Monitor cross-chain price discrepancies using the get_pair_comparison tool
  2. DeFi Risk Analysis: Track token liquidity changes via the get_liquidity_history endpoint
  3. Bot Safety: Fail-safe API access for automated trading scripts using built-in retry logic
  4. Compliance Reporting: Generate audit-ready logs of all API interactions through the trace module

DexScreener MCP Server FAQ

FAQ from DexScreener MCP Server: Real-Time Dominance & Unmatched Security?

What happens if I exceed rate limits?
The server automatically queues requests and provides retry-after timestamps in response headers
Can I customize error handling?
Yes - implement a custom errorInterceptor middleware using the provided extensibility hooks
Does it support WebSocket connections?
Planned for v2.0 - current implementation focuses on RESTful API stability
How are security patches delivered?
Automatic updates are pushed via the dependency manager every Tuesday at 04:00 UTC

Content

DexScreener MCP Server

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.

One-line install (automatically adds to Claude Desktop):

curl -L https://raw.githubusercontent.com/opensvm/dexscreener-mcp-server/main/install.sh | bash

Features

  • Rate-limited API access (respects DexScreener's rate limits)
  • Comprehensive error handling
  • Type-safe interfaces
  • Support for all DexScreener API endpoints
  • Integration tests

Installation

Manual installation:

npm install
npm run build
npm run setup

Testing

npm test

Usage

Available Tools

  1. get_latest_token_profiles
* Get the latest token profiles
* No parameters required

    const result = await mcpClient.callTool('dexscreener', 'get_latest_token_profiles');
  1. get_latest_boosted_tokens
* Get the latest boosted tokens
* No parameters required

    const result = await mcpClient.callTool('dexscreener', 'get_latest_boosted_tokens');
  1. get_top_boosted_tokens
* Get tokens with most active boosts
* No parameters required

    const result = await mcpClient.callTool('dexscreener', 'get_top_boosted_tokens');
  1. get_token_orders
* Check orders paid for a specific token

    const result = await mcpClient.callTool('dexscreener', 'get_token_orders', {
  chainId: 'solana',
  tokenAddress: 'So11111111111111111111111111111111111111112'
});
  1. get_pairs_by_chain_and_address
* Get one or multiple pairs by chain and pair address

    const result = await mcpClient.callTool('dexscreener', 'get_pairs_by_chain_and_address', {
  chainId: 'solana',
  pairId: 'HxFLKUAmAMLz1jtT3hbvCMELwH5H9tpM2QugP8sKyfhc'
});
  1. get_pairs_by_token_addresses
* Get one or multiple pairs by token address (max 30)

    const result = await mcpClient.callTool('dexscreener', 'get_pairs_by_token_addresses', {
  tokenAddresses: 'So11111111111111111111111111111111111111112'
});
  1. search_pairs
* Search for pairs matching query

    const result = await mcpClient.callTool('dexscreener', 'search_pairs', {
  query: 'SOL'
});

Rate Limits

The server implements rate limiting to comply with DexScreener's API limits:

  • Token Profile/Boost endpoints: 60 requests per minute
  • DEX/Pairs endpoints: 300 requests per minute

Error Handling

The server handles various error scenarios:

  • Rate limit exceeded
  • Invalid parameters
  • Network errors
  • API errors

Errors are returned in a standardized format with appropriate error codes and messages.

API Documentation

For detailed API documentation, see docs/api-reference.md.

Development

Project Structure

.
├── src/
│   ├── types/           # TypeScript interfaces and types
│   ├── services/        # API service implementations
│   ├── tests/           # Integration tests
│   └── index.ts         # Main server implementation
├── scripts/            # Setup and utility scripts
├── docs/              # Documentation
└── README.md          # This file

Adding New Features

  1. Define types in src/types/
  2. Implement service methods in src/services/
  3. Add tool handlers in src/index.ts
  4. Update documentation
  5. Add tests

License

MIT

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