"iCloud" matching MCP servers:

A self-hosted MCP server that provides secure access to iCloud Mail, Calendar, and Contacts, enabling agents to read and send email, manage calendar events, and search contacts with safety controls like approval for outgoing messages.

Enables LLMs to read, search, file, and send iCloud Mail via IMAP and SMTP, with local-only credential handling and read-only tools by default.

MCP server for iCloud integration, providing tools for managing calendars, contacts, and email.

Enables local AI agents to search and read iCloud Mail, draft and send reviewed replies, and manage calendar events via a local MCP connection.

MCP server for iCloud integration, enabling management of calendars (CalDAV), contacts (CardDAV), and email (IMAP/SMTP) through natural language.

Enables agents to browse, read, write, upload, download, move, rename, trash and restore files in iCloud Drive by talking to iCloud directly, so it works whether or not files are synced locally. Reads prefer a hydrated local copy when one exists, while every write goes straight to iCloud so all devices see changes at once.

Provides AI assistants with read-only access to iCloud mail and calendar via IMAP and CalDAV, with opt-in write support for sending mail, managing events, and contacts.

Enables agents to read, create, update, and delete iCloud Calendar events, including recurring events, via CalDAV.

Gives AI agents read and write access to Apple Reminders via iCloud CalDAV, syncing with iPhone/iPad and supporting lists shared via Family Sharing.

Remote MCP server for managing iCloud calendar events via CalDAV, supporting CRUD operations, ICS import, and deployment on Prefect Horizon.

A cross-platform MCP server for managing Apple Reminders, enabling creation, updating, completion, deletion, and listing of reminders with timezone and child-task support.

Enables read-only iCloud Drive access over MCP, allowing users to browse folders, search filenames, download files, and extract document text.

Enables users to connect a self-hosted MCP server to their own personal iCloud mail and calendars, supporting folder discovery, search, message and attachment reading, sending and replying, verified moves and flag changes, plus calendar recurrence-aware reads and conflict-checked event writes. Read-only is the default profile, with full access and permanent expunge enabled only through explicit operator configuration, granular restrictions, and client approval.

Provides AI calendar operators full iCloud Calendar access through CalDAV, with two-factor authentication and app-specific passwords.

Enables remote MCP clients such as ChatGPT to read and search calendars, fetch events, and perform controlled writes to Apple iCloud calendars through CalDAV, with OAuth and server-enforced write policies.

Enables users to view and create events in their iCloud Calendar using natural language through supported LLMs. It integrates with Apple's infrastructure via app-specific passwords to provide secure calendar management.

An HTTP Model Context Protocol (MCP) server exposing iCloud Calendar (CalDAV) tools so MCP-aware clients can list calendars, read events, and create/update/delete events using an iCloud app-specific password.

A Model Context Protocol (MCP) server that enables Claude Desktop to interact with iCloud email accounts. This server provides full email functionality including reading, sending, and managing emails through your iCloud account.

An MCP server that enables interaction with iCloud Calendars via the CalDAV protocol using an app-specific password. It allows users to list, create, update, and delete calendar events through MCP-aware clients like ChatGPT.

A local server that lets Claude Desktop or Claude Code read, search, triage and draft messages, view and add calendar events, and look up or create contacts, all signing in with a single Apple app-specific password. It defaults to drafting rather than sending and offers a read-only mode, plus recipient allowlists, so nothing changes or leaves your account unless you explicitly allow it.