"World Health Organization" matching MCP servers:

MCP server for managing Homebox inventory via AI assistants, enabling item management, location organization, and label categorization.

MCP server for Blue Iris NVR, enabling camera health checks, live/historical snapshots, clip/alert search, and PTZ control via the Blue Iris JSON API.

MCP server for administering a Zigbee2MQTT estate, enabling mesh health monitoring, device management, firmware updates, pairing, binding, and reporting via natural language.

Gives PC AI agents real-world senses by connecting to an Android phone's camera, sensors, and files over local Wi-Fi without cloud relay or ADB.

Enables any AI agent to control a Pollen Robotics Microduck through MCP, including walking, sitting, picking objects, reading health, and stopping, with support for mock, simulated, or real hardware transports.

Connects a MyToyota or MyLexus Europe account to Claude and other MCP clients, enabling natural-language access to fuel, range, location, trips, health, climate, charging data, and remote commands such as lock, climate, and charging.

Enables AI assistants to read-only inspect AWS IoT Core fleets, including things, device shadows, topic rules, certificates, fleet health, connectivity, and indexing configuration, without any write path.

Enables AI assistants to interact with Ring cameras and doorbells through the official Amazon Vision API, supporting device listing, health status, event history, and live WebRTC streaming via natural language.

Enables querying your Polestar vehicle's data through plain-language MCP tools, including telemetry, charging, location, health, and charging plans via the Polestar Data Portal read-only API.

MCP server that bridges industrial IoT data with conversational AI, enabling natural language queries to machine health telemetry through ChatGPT.

Enables control and monitoring of Wyze smart home devices through AI assistants. Supports device discovery, control (on/off, brightness, color), group management, and health tracking for scales with real-time status monitoring.

Enables Claude to inspect and configure PiKVM devices through the web API and SSH, including power control, screenshots, keyboard input, virtual drives, health checks, configuration, and services, with safeguards that require confirmation for changes.

Enables Alexa+ care circles to catch medication mistakes before they happen by checking pill labels, coordinating reminders and escalations, and surfacing evidence-backed health insights. It also integrates Ring doorbell events to support older adults living alone and the people who care for them.

An MCP server that bridges the physical world and AI models by enabling natural language control of IoT hardware via the MQTT protocol. It supports real-time device monitoring, command publishing, and response handling for seamless integration between AI clients and physical devices.

Enables Claude, Claude Desktop, and Cursor to read sensor values, monitor device status, and execute real-world actions through Vento boards and agents.

MCP server for the CultivarIA platform, enabling AI assistants to query real-time and historical telemetry from cultivation modules, analyze plant health, and control actuators like irrigation and climate systems via standardized tools and resources.

Enables assistants to send smart-home commands over MCP, verify what devices report, retry or fail over, and query command status, device state, routines, health scores, and outage history.

Enables Claude to control a Samsung Tizen smart TV over the local network without cloud services, covering power on/off, launching and closing apps, casting YouTube videos, sending remote keys, adjusting volume, and checking TV status and health.

Enables capturing live images from a USB camera and checking camera health via natural language.

Enables managing UniFi networks through natural language, allowing users to monitor clients, check network health, and perform device actions like blocking or restarting access points. It securely connects UniFi Controllers to MCP clients with features like Google OAuth authentication.

Exposes standardized MCP tools over SSE and JSON-RPC that let an Alexa+ agent retrieve patient vitals and medication adherence, control Ring doorbells and smart deadbolts, dispatch emergency escalations with SBAR triage notes, and log immutable care events to a cloud ledger. This enables proactive, autonomous health monitoring and emergency response on an Echo Show for elderly people living alone.

Enables a persistent home world model with device graph, acoustic incident detection, and proactive maintenance proposals via MCP tools and server-sent events.

MCP server for EG4 solar inverters, enabling real-time monitoring, performance analysis, battery health, alerts, maintenance insights, and historical data via natural language.

Provides read-only MCP tools for checking NVR system health, listing permitted cameras and capabilities, and investigating object events with managed login, camera scoping, retries, and bounded pagination.

Home Assistant admin and debugging for AI agents: health, logs, automation traces, entities and config with capped output. Read-only by default; writes need --allow-writes plus a dry-run and --confirm.

A unified MCP bridge server that lets WorkBuddy and any MCP client control real-world hardware over MQTT and HTTP — reading device state and sending commands through natural language, with a pluggable adapter layer for adding new protocols.

MCP server for Benny the dog's health and care monitoring, allowing users to log care events like water refills, barks, movement, sausage deliveries, movie time, and wake calls, with automatic loneliness detection and Boomy robot integration.

Enables natural language control of an elderly care system on RK3588, integrating face recognition, object recognition, voice interaction, health monitoring, and IoT services through MCP tools.

Exposes real-time soil sensor metrics as MCP Resources and irrigation valve controls as MCP Tools, enabling AI-driven agronomic decisions with built-in safety guardrails.

Privacy-first events from Luxonis OAK cameras for AI agents: person enter/leave zone events, depth changes and camera health as text. Never returns pictures.