TagoIO MCP - AI-Powered IoT Data Integration
This article introduces the TagoIO MCP Server and shows an example AI-powered workflow for detecting temperature spikes in greenhouse sensor data, including the resulting summary statistics from the analysis.
The TagoIO MCP Server bridges AI‑powered development tools with your TagoIO IoT platform, enabling intelligent workflows that understand and interact with your real device data, configurations, and platform resources.
What is a Model Context Protocol (MCP)?
Model Context Protocol (MCP) is an open standard that connects AI assistants to external data sources and tools. When integrated with TagoIO, it allows AI models in your development environment to directly access your IoT data, analyze patterns, generate code, and provide context‑aware assistance based on your actual platform configuration.
Core capabilities
Core capabilities of the MCP Server include:
Device Management & Data Access
The MCP server provides comprehensive access to your TagoIO environment:
- Query device configurations, metadata, and real-time sensor readings
- Retrieve user information, actions, and analysis scripts
Intelligent Development Support
Beyond data access, the integration enhances your development workflow:
- Context-Aware Code Generation: AI generates TagoIO Analysis - scripts with knowledge of your actual device structure and data formats
- Automated Documentation: Generate reports and documentation based on your platform's current state
Platform Integration
The TagoIO MCP Server works seamlessly with popular AI platforms and development environments:
- AI Platforms: Claude Desktop, ChatGPT, and other MCP-compatible assistants
The MCP Server works seamlessly with popular AI platforms such as Claude Desktop, ChatGPT, and other MCP‑compatible assistants, as well as IDEs like Cursor, Windsurf, and VS Code with AI extensions.
Installation and Setup
For complete installation instructions and configuration options, see the TagoIO MCP Server GitHub repository.