datadog
remote-capable server
The server can be hosted and run remotely because it primarily relies on remote services or has no dependency on the local environment.
Integrations
Provides access to Datadog API to fetch monitoring data, including monitor states and Kubernetes logs from infrastructure
Enables extraction and formatting of error logs from Kubernetes clusters through the Datadog API
Datadog Model Context Protocol (MCP) 🔍
A Python-based tool to interact with Datadog API and fetch monitoring data from your infrastructure. This MCP provides easy access to monitor states and Kubernetes logs through a simple interface.
Datadog Features 🌟
- Monitor State Tracking: Fetch and analyze specific monitor states
- Kubernetes Log Analysis: Extract and format error logs from Kubernetes clusters
Prerequisites 📋
- Python 3.11+
- Datadog API and Application keys (with correct permissions)
- Access to Datadog site
Installation 🔧
Installing via Smithery
To install Datadog for Claude Desktop automatically via Smithery:
Required packages:
Environment Setup 🔑
Create a .env
file with your Datadog credentials:
Setup Claude Desktop Setup for MCP 🖥️
- Install Claude Desktop
- Set up Datadog MCP config:
Usage 💻
Architecture 🏗
- FastMCP Base: Utilizes FastMCP framework for tool management
- Modular Design: Separate functions for monitors and logs
- Type Safety: Full typing support with Python type hints
- API Abstraction: Wrapped Datadog API calls with error handling
I'll add a section about MCP and Claude Desktop setup:
Model Context Protocol (MCP) Introduction 🤖
What is MCP?
Model Context Protocol (MCP) is a framework allowing AI models to interact with external tools and APIs in a standardized way. It enables models like Claude to:
- Access external data
- Execute commands
- Interact with APIs
- Maintain context across conversations
some examples of MCP servers
https://github.com/punkpeye/awesome-mcp-servers?tab=readme-ov-file
Tutorial for setup MCP
How it works - Available Functions 🛠️
the LLM use provided function to get the data and use it
1. Get Monitor States
Example:
2. Get Kubernetes Logs
Example:
4. Verify Installation
In Claude chat desktop
check datadog connection in claude
5. Use Datadog MCP Tools
Security Considerations 🔒
- Store API keys in
.env
- MCP runs in isolated environment
- Each tool has defined permissions
- Rate limiting is implemented
Troubleshooting 🔧
Using MCP Inspector
The MCP Inspector provides:
- Real-time view of MCP server status
- Function call logs
- Error tracing
- API response monitoring
Common issues and solutions
- API Authentication Errors➡️ Check your DD_API_KEY and DD_APP_KEY in .envCopy
- MCP Connection Issues➡️ Verify your claude_desktop_config.json path and contentCopy
- Monitor Not Found➡️ Check monitor name spelling and case sensitivityCopy
- logs can be found here
Contributing 🤝
Feel free to:
- Open issues for bugs
- Submit PRs for improvements
- Add new features
Notes 📝
- API calls are made to Datadog EU site
- Default timeframe is 1 hour for monitor states
- Page size limits are set to handle most use cases
This server cannot be installed
provide access to monitor and cluster logs from datadog
- Datadog Features 🌟
- Prerequisites 📋
- Installation 🔧
- Environment Setup 🔑
- Setup Claude Desktop Setup for MCP 🖥️
- Usage 💻
- Architecture 🏗
- Model Context Protocol (MCP) Introduction 🤖