"namespace:.run.mcpize.bintu-web-reader" matching MCP servers:

Enables access to SORACOM IoT platform data including Harvest sensor data, file storage, SoraCam camera footage/events, and SIM statistics through authenticated API calls.

Enables local language models to search the live web and news, fetch weather forecasts and Bundesliga data, and query a document collection semantically. It also provides a read-only view of Home Assistant entities, including entity search, sensor history, and person detection events.

Enables control of Matter smart-home devices via REST and MCP APIs, supporting lights, sensors, and AC units with federation capabilities.

An unofficial read-only MCP server for Panasonic AiSEG2 home energy management controllers, enabling clients to read live power flow, per-circuit consumption, circuit names, daily totals, and historical energy/cost data from the device's local web interface.

Lets an MCP client read port, statistics, VLAN and PoE status from TP-Link Easy Smart switches and, when explicitly gated, power-cycle a wedged PoE camera over the LAN without opening the switch's web UI. It talks the switch's HTML/cgi protocol directly, with double-gated writes, dry-run, protected ports, and lockout-aware failure handling.

Enables controlling Amazon Alexa accounts through Alexa's private web API, including listing and controlling Echo speakers, Echo Shows and Fire TVs, making devices speak or announce, running routines, controlling smart-home devices and scenes, managing shopping and to-do lists, and viewing alarms, timers and reminders. Destructive actions are confirmation-gated, and arbitrary voice commands are deliberately excluded.

Enables interacting with MQTT brokers to publish, subscribe, and manage connections, with a real-time web UI for visual feedback.

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 AI agents to manage Keenetic routers through the same RCI API used by the router's web interface, working directly over the local network without cloud involvement. It supports reading device statuses and executing configuration changes, with confirm, dry-run, and destructive-action safeguards.

Enables AI assistants to publish and subscribe to MQTT topics with configurable transport options (STDIO, Streamable HTTP, SSE), supporting both local development and web deployments with flexible broker authentication.

Exposes 21 tools that let an AI agent read and write the configuration of an SFR NB6VAC fibre box over its reverse-engineered web interface, covering WAN status, connected devices, Wi-Fi SSIDs and WPA keys, DHCP, NAT port forwarding, DMZ, UPnP, firewall, DDNS, Wake-on-LAN and reboots.

Enables AI agents to control Digital Loggers (DLI) Web Power Switches for hardware discovery, status querying, and power operations. It features a safety-first architecture with configurable access levels to protect critical infrastructure from unauthorized or accidental power loss.

Provides a configurable web server foundation for ioBroker home automation systems to implement Model Context Protocol functionality. Features HTTP/HTTPS support, authentication, and basic REST API endpoints for adapter integration.

Enables AI assistants to control and monitor eWeLink CUBE (iHost) smart-home devices through MCP tools—covering device pairing, gateway info, device control, live events, and sensor history—plus a web dashboard.

MCP server for controlling KEF wireless speakers (LSX II, LS50 Wireless II, LS60) and playing Spotify on them via local network and Spotify Web API.

A versatile Model Context Protocol server that enables AI assistants to manage calendars, track tasks, handle emails, search the web, and control smart home devices.

Enables AI assistants to control Bluetooth Low Energy devices remotely through a WebSocket and Web Bluetooth bridge, exposing tools for vibration, suction, licking, pulsing, and status checks.

Enables AI assistants to read and control a homee smart home in natural language: listing devices and their values, switching, dimming or moving them, and viewing or editing homeegrams. Also covers backups, device swaps across all automations, device history, and the homee diary, with all writes subject to the same backups, read-only mode and audit log as the web UI.

Bridges Web of Things (WoT) devices to AI assistants via MCP, enabling discovery, monitoring, and control of IoT devices through natural language.

Enables ChatGPT to control a SVAKOM SA697A device pair through a remote MCP server that relays commands over a phone-side Web Bluetooth bridge, with all safety rules enforced in code rather than by the AI.