"Designing UI (User Interfaces)" matching MCP servers:

Enables AI agents to interact with Microsoft Teams through Microsoft Graph API, using delegated device-code authentication to act on behalf of the user.

Enables Claude Desktop users at the University of Ghana to read their own Sakai courses through safe, read-only tools — checking deadlines, announcements, calendars, assignments, feedback and grades, and extracting text and page images from lecture slides for study, planning and revision.

Official local MCP server for Garoon, enabling AI assistants to interact with the Garoon groupware platform through tools like schedule retrieval and user management.

Enables interaction with Calendly to manage event types, scheduled events, and invitees. It provides tools for checking user availability and canceling appointments directly through the Calendly API.

Enables AI agents to read and manage Microsoft 365/Outlook email and calendar, with destructive actions (send email, create event) requiring human approval.

MCP server for the Cal.com API v2, providing 24 tools for managing bookings, event types, availability slots, schedules, calendars, user profile, and out-of-office entries.

Enables AI agents to access Microsoft Outlook mail and calendar, plus read-only Microsoft Teams message history, acting as the signed-in user via delegated permissions.

MCP server for managing appointments on the Shanghai SHDC site, handling captcha, SMS verification, patient data, and submission with user confirmation.

Enables AI agents to browse activities, calendars, and drink menus; register or cancel; initiate paid signups and venue bookings with payment completed by the user in WeChat; and manage events they host or collaborate on using a personal key.

Exposes a personal AI concierge's calendar and send_email tools over MCP, letting AI clients book Calendly meetings and send messages to the owner's inbox.

Enables AI assistants to discover availability, place expiring holds, and confirm or cancel appointments for connected booking businesses, with idempotent retries and explicit user consent.

A toolkit that enables AI assistants to directly call Feishu/Lark API interfaces for automation scenarios like document processing, conversation management, and calendar scheduling.

Enables to manage Nextcloud files, user info, sharing, calendar, and contacts through optimized MCP tools with dynamic tool selection and enterprise-grade security.

Enables Alexa+ to run a user's day: it returns the next block plus two previews, rebuilds the remaining schedule when the user reports running late without ever moving fixed events, and records completion only when a photo, file, link, or third-party reference is supplied. State persists across sessions.

This is the Feishu/Lark official OpenAPI MCP (Model Context Protocol) tool designed to help users quickly connect to the Feishu/Lark platform and enable efficient collaboration between AI Agents and Feishu/Lark. The tool encapsulates Feishu/Lark Open Platform API interfaces as MCP tools, allowing AI assistants to directly call these interfaces and implement various automation scenarios such as document processing, conversation management, calendar scheduling, and more.

Enables natural language control over Google Workspace (Gmail, Drive, Calendar, Sheets, Slides, Tasks) through secure OAuth 2.1 authentication, with vault-level security and multi-user isolation.

Simulates an Alexa+ booking assistant with MCP tools to preview, approve, change, and recover reservations, preventing duplicates and preserving user edits.

A Model Control Protocol server for integrating with DingTalk, enabling users to send messages, retrieve conversation/user information, and query calendar events through Claude.

Enables Claude and other AI agents to read and write Outlook Mail, Calendar, SharePoint, OneDrive, Contacts, OneNote, and Teams content through Microsoft Graph using per-user delegated OAuth, with deny lists, read-only switches, and enforced draft mode for administrative control.

Provides a set of MCP tools to manage Google Calendar events via natural language, allowing creation, querying, updating, and deletion of events through a local LLM (Ollama) and MCP client.