"Miele Appliance Connection Information" matching MCP servers:

A read-only MCP server that allows Claude Code to securely access Zulip chat messages, streams, topics, and user information without modification capabilities.

A read-only MCP server that gives LLM agents deterministic operational facts about Trello boards, including structural history, card movement, workflow flow, staleness, and due-date information.

Enables AI assistants to interact with Slack workspaces, including listing channels, posting messages, replying to threads, adding reactions, and retrieving user information.

Enables AI assistants to interact with Gmail and Google Docs, allowing them to send emails, create drafts, append content to documents, and retrieve document information.

Enables AI assistants to browse task groups, list open or completed todos, create new tasks, mark them done, and update their content or status through a token-authenticated MCP connection.

Enables interaction with the Runrun.it API for task management, including retrieving task details, listing tasks with filters, and fetching current user information.

Enables AI assistants to send and retrieve messages, access employee information, and interact with group chats via the SeaTalk API.

Enables AI agents to read and modify kanban boards whose data lives on a Nostr relay, including tasks, lanes, and people, using their own Nostr identity and a direct relay connection.

Enables AI assistants to interact with Mural visual collaboration workspaces through OAuth 2.0 authentication, allowing users to list and retrieve workspace information.

Enables interaction with Google Spreadsheets through the Model Context Protocol. Supports reading, writing, appending rows, creating sheets, and retrieving spreadsheet information with Google Cloud service account authentication.

Enables AI assistants to interact with Monday.com workspaces, allowing retrieval of board lists, board details, item content, and user information through the Monday.com API.

Enables AI assistants to interact with Trello boards, cards, lists, and more through a secure local connection, supporting search, card management, collaboration, and organization features.

Enables teams and their AI agents to publish work, review it down to individual blocks, route feedback back to the originating AI, and accrete reviewed work into a shared recallable memory through an MCP connection to Claude, Cursor, Codex, and other clients.

Enables AI agents to collect and verify customer information by creating prefilled, branded form requests for individual recipients, reading their submissions, and building, publishing, translating, and sharing forms through a hosted MCP connection.

Enables authorized users to manage calendars, availability, tasks, contacts, sync operations, and Agent Mailbox email tools through an OAuth-scoped MCP connection.

Enables Claude to read, search, send, draft, and organize email across multiple independently authenticated Gmail accounts through one local MCP connection. It supports account aliases, per-account default From addresses, dry-run sends, and draft-only replies for safer multi-account email management.

Enables transforming grounded AI answers into interactive information views such as comparisons, plans, checklists, timelines, and decision views, while preserving a plain-language fallback.

Enables Claude to interact with DingTalk workspaces to search for users, retrieve detailed employee information, and send private messages. It bridges the Model Context Protocol with DingTalk's internal enterprise APIs for seamless workspace communication.

Enables AI assistants to search recorded meetings, transcripts, and AI notes, retrieve recording details and share links, and manage recordings and team workspace information through a hosted OAuth-secured endpoint.

Enables AI assistants such as Claude Desktop and Cursor to inspect backlogs, plan sprints, and manage projects through eight tools for listing, searching, creating, updating, and deleting tickets plus project summaries. Changes made by agents are reflected in the desktop board in real time over a local stdio connection.