"IOTA" matching MCP servers:

Enables IOTA group lookup, island search, DXCC mapping, nearby groups, and programme statistics through any MCP-compatible AI assistant.

A persistent Python REPL MCP server for AI agents with stateful execution, real timeouts, crash isolation, and an MCP bridge to call other tools in the project.

Provides read-only access to SaaS_A's management REST API, allowing users to inspect tenants, users, groups, devices, formats, and export observation data as CSV from MCP clients. It uses only GET requests, so no write operations are possible.

MCP server for Parks on the Air (POTA) providing live activator spots, park details, activator/hunter stats, and scheduled activations through any MCP-compatible AI assistant.

Enables Claude, Cursor, and other MCP clients to manage Iotamine cloud VPS accounts via the Iotamine REST API, including VPS lifecycle, monitoring, billing, and support operations.

Enables users to triage logistics, supply-chain, and commerce email, extract attachment text, fill highlighted DOCX/XLSX templates, search a knowledge folder, and draft replies, with sending gated behind explicit confirmation. It can also connect to a SaaS workspace where sending creates an approval request.

Enables registration, monitoring, and control of IoT devices via AI agents, with local storage and no cloud API key required.

MCP server for Summits on the Air (SOTA) — live spots, activation alerts, summit info, and nearby summits through any MCP-compatible AI assistant.

A sovereign, biometric-authenticated IoT security broker using the Model Context Protocol.

FastMCP server for Dota 2 match analysis using replay files and OpenDota API, with built-in coaching instructions for LLMs.

Enables interaction with Cumulocity IoT platform for device management, measurements, and alarm monitoring. Supports filtering devices, retrieving measurements with time-based queries, and accessing active alarms through natural language.

Enables MCP clients to discover homes, areas, rooms, devices, groups, and scenes, query live state, and safely preview and execute device controls or scenes with dry-run confirmation.

Enables a local assistant to inspect your own smart-home devices by capturing and analyzing network traffic, revealing who they talk to, encryption status, open ports, and an A-F grade.

Simulates a network of IoT environmental sensors and exposes their data and controls as MCP tools that any MCP client can query and act on.

Enables natural language control of ESP8266 and Raspberry Pi IoT devices via Claude Desktop using the MCP protocol.

A Model Context Protocol (MCP) server that allows AI assistants like Claude to control real smart bulbs via UDP network communication, featuring voice commands, AI reasoning, and direct hardware control.

Enables a coding agent to search the last year of papers, repositories and packages for dated evidence that the library, format reader or model its plan assumes is unavailable already exists. This lets it reuse published work instead of rebuilding it from scratch or declaring the task impossible.

MCP server that exposes hardware automation tools (build, flash, serial capture, symbolization, relay control) for ESP32-S3 boards, with board-level concurrency locks and remote access.

Enables AI agents to query airport information and calculate Great Circle distances between global airports using IATA codes, following the FFP industry standard in statute miles.

Exposes meteorological sensor data (temperature, humidity, pressure) from an IoT weather station via Supabase. Enables natural language queries for current readings, history, statistics, and alerts through MCP-compatible clients like Claude Desktop.

Enables AI assistants to read sensor data from IoT devices and dispatch data collection tasks through a unified interface supporting multiple protocols.

Enables clients to securely access their own ReNile IoT devices and sensor readings through MCP, including device listing, latest measurements, staleness flags, and OAuth-based authentication.

Provides two Model Context Protocol servers that enable controlling IoT devices and managing persistent memory storage with semantic search capabilities.

Enables management and troubleshooting of IoT devices through MCP tools, including real-time state analysis, fault case handling, knowledge ingestion, and retrieval-augmented insights.

A Multi-Agent Conversation Protocol server that provides an interface to Google's Cloud IoT API, allowing agents to interact with and manage IoT devices and registries through natural language.