Acme

Built with
Ever Works
Ever Works

Connect with us

Stay Updated

Get the latest updates and exclusive content delivered to your inbox.

Product

  • Categories
  • Tags
  • Pricing
  • Help

Clients

  • Sign In
  • Register
  • Forgot password?

Company

  • About Us
  • Admin
  • Sitemap

Resources

  • Blog
  • Submit
  • API Documentation
All product names, logos, and brands are the property of their respective owners. All company, product, and service names used in this repository, related repositories, and associated websites are for identification purposes only. The use of these names, logos, and brands does not imply endorsement, affiliation, or sponsorship. This directory may include content generated by artificial intelligence.
Copyright © 2025 Acme. All rights reserved.·Terms of Service·Privacy Policy·Cookies
  1. Home
  2. Data Access & Integration Mcp Servers
  3. google-calendar-mcp-server

google-calendar-mcp-server

This experimental MCP server exposes Google Calendar data as structured context for LLMs, enabling assistants to reason about events, schedules, and availability via MCP.

🌐Visit Website

About this tool

google-calendar-mcp-server

Category: Data Access Integration MCP Servers
Tags: mcp, google-calendar, calendar, ai-integration

Description

The google-calendar-mcp-server is an experimental MCP server that exposes Google Calendar data as structured context for large language models (LLMs). It enables AI assistants and applications to reason about events, schedules, and availability. The server integrates with the Google Calendar API, allowing AI-powered tools to create, update, and retrieve calendar events for smooth scheduling and event management. Developed by CabLate, it is implemented in TypeScript and uses the @google-cloud/local-auth library for authentication. It is designed to be easily integrated into MCP (Machine Context Protocol) ecosystems, making it suitable for scheduling assistants, productivity tools, and any application that requires calendar integration.

Features

  • Connects with the Google Calendar API
  • Enables creation, updating, and retrieval of calendar events
  • Provides structured calendar data for LLMs and AI assistants
  • Facilitates smooth scheduling and event management
  • Built using TypeScript
  • Utilizes @google-cloud/local-auth for authentication
  • Designed for easy integration into MCP-based systems
  • Suitable for productivity tools, scheduling assistants, and AI integrations

Pricing

No pricing information is provided.

Source

google-calendar-mcp-server on mcpdirectory.ai

Surveys

Loading more......

Information

Websitemcpdirectory.ai
PublishedMay 14, 2025

Categories

1 Item
Data Access & Integration Mcp Servers

Tags

4 Items
#mcp
#google-calendar
#calendar
#ai-integration

Similar Products

6 result(s)
Google Calendar MCP

A collection of MCP servers that integrate with Google Calendar, enabling AI agents to access, manage, and automate calendar events via the Model Context Protocol (MCP). These servers support scheduling, event creation, meeting retrieval, reminders, and natural language querying, often leveraging the Google Calendar API and OAuth 2.0 authentication.

agent-twitter-client-mcp

A Model Context Protocol server for AI agents to interact with Twitter, supporting tweet operations and user interactions. Demonstrates MCP server utility for social media integration.

Bonsai MCP

Connects Claude to Blender for analyzing and interacting with IFC building models via MCP, featuring specialized tools for querying and exploring BIM data. A practical BIM-focused MCP server.

cointelegraph-mcp

An MCP server offering real-time access to the latest news from Cointelegraph for AI-driven applications.

directus-server

Bridges AI tools with Directus headless CMS, enabling content operations through automatically generated MCP-compatible tools based on the instance schema.

exa-mcp-server

Model Context Protocol (MCP) server that connects to Exa AI Search API, enabling real-time web search access for AI models within the MCP framework.