"iRobot" matching MCP servers:

Enables AI assistants to send DingTalk single and group chat messages via MCP protocol, supporting userId, name, or batch sending to up to 20 users.

Connects to Moodle API to enable a voice robot to query student information such as attendance, homework, and scores, using read-only tools.

Aggregated search API service that provides real-time web search capabilities for AI assistants via MCP.

Enables interaction with Waferlock Robot services through a public REST API bridge. Provides secure access to robot management functionality without exposing AWS credentials, supporting local MCP server deployment via CLI.

Enables searching herb-drug and drug-drug interactions by name, alias, or item ID, and retrieving Permitted Daily Exposure (PDE) reports for active pharmaceutical ingredients. A single stdio process exposes all tools, with credentials only required for the databases each tool uses.

Enables users to capture current lab-camera views, ask a cloud VLM questions about them, save JPEG snapshots, optionally control PTZ, and access Opentrons device tools through MCP.

Enables agents to search pinned robotics code and reusable task findings across frameworks, inspect provenance and requirements, and prepare supported upstream sources via recipes without executing robot code.

Puts a single OAuth 2.1 authorization gateway in front of self-hosted MCP servers, letting Claude.ai and other OIDC-backed clients sign users in and receive tokens scoped to one person and one service. Wraps stdio or Streamable HTTP upstreams behind one hostname with a path per service, with allowlisted redirects, hashed stored tokens, and per-tool audit lines.

Enables AI assistants to audit any website's SEO with 39 tools (12 free, no account required), generate white-label client reports, and manage content at scale through natural conversation. It covers SEO scoring, meta tags, page speed, schema validation, keyword gaps, Google Search Console traffic, AI bot visibility, backlinks, and publishing to CMS platforms.

Enables AI agents to compete in arena battles by scanning, moving, activating weapons, and managing power/armor via MCP tools.