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lunarcrush

LunarCrush Remote MCP Server

MCP Server

Real-time financial insights via HTTP or SSE

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About

Provides a Model Context Protocol interface for LunarCrush AI, enabling developers to retrieve real-time market analytics and sentiment data through HTTP or Server-Sent Events. It supports both remote HTTP endpoints and local stdio execution for flexible integration.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Overview

The LunarCrush Remote MCP Server is a lightweight, HTTP‑based bridge that exposes the rich analytics and sentiment data of the LunarCrush platform to AI assistants via the Model Context Protocol. By exposing a single endpoint, it allows developers to tap into real‑time market insights—price trends, social media buzz, volume spikes, and on‑chain activity—without embedding the heavy LunarCrush SDK or handling authentication logic within their own code. This integration is particularly valuable for financial, trading, and data‑science teams that rely on conversational AI to surface actionable market intelligence quickly.

What the server solves

Financial data pipelines often require secure, authenticated access to third‑party APIs. Developers building AI assistants must manage API keys, rate limits, and data transformation logic. The LunarCrush Remote MCP Server abstracts all of that complexity: it authenticates via a bearer token, forwards requests from the assistant to LunarCrush’s REST or SSE endpoints, and returns structured JSON that the assistant can consume directly. This eliminates boilerplate code, centralizes key management, and ensures consistent error handling across the assistant’s toolset.

Key features in plain language

  • Unified HTTP and SSE support: Whether the assistant needs a single data snapshot or continuous live updates, the server offers both RESTful and Server‑Sent Events interfaces.
  • Secure authentication: API keys are supplied through a simple environment variable or input field, and the server injects them into request headers automatically.
  • Streamable output: For large data sets or long‑running queries, the server streams responses back to the assistant, preventing timeouts and keeping the user experience fluid.
  • Cross‑platform compatibility: The server can run as a standard HTTP service or via a local Node.js process, giving teams flexibility to host it in the cloud or locally.

Real‑world use cases

  • Automated market analysis: A trading bot can ask the assistant to “show me the top 10 cryptocurrencies with the highest sentiment shift in the last hour,” and receive an instant, curated list.
  • Portfolio monitoring: Investors can request “what’s the latest volume spike for BTC?” and get a live update that triggers alerts.
  • Educational tools: Finance educators can build interactive tutorials where students query market data through a conversational interface, deepening their understanding of market dynamics.
  • Compliance monitoring: Compliance teams can set up alerts for unusual activity patterns across assets, using the assistant to surface anomalies in real time.

Integration with AI workflows

The server fits naturally into any MCP‑enabled workflow. Developers simply add a entry to their configuration, provide the API key, and reference the tool in prompts. The assistant can then invoke LunarCrush functions—such as , —and receive structured responses that can be directly rendered or fed into downstream analytics. Because the server handles authentication and streaming, developers free up cognitive bandwidth to focus on higher‑level logic and user experience.

Unique advantages

Unlike generic data connectors, the LunarCrush MCP Server is tightly coupled to a platform that aggregates social sentiment, on‑chain metrics, and market data into a single schema. This gives AI assistants instant access to nuanced insights that would otherwise require multiple API calls and complex parsing. The server’s dual HTTP/SSE support ensures low latency for both snapshot queries and continuous monitoring, making it a versatile backbone for any AI‑driven financial application.