MagicMirrorOrg/MagicMirror
MagicMirror
MagicMirror is an open source framework for creating personalized information dashboards, specifically designed for use as a modular smart mirror platform and a plugin-based dashboard framework. It functions as a system for aggregating data feeds and modular components to create a centralized information hub.
The platform utilizes a module-based plugin architecture that allows for the development and integration of custom third-party plugins through a standardized interface. This extensibility enables the creation of personalized displays and custom data widgets.
The system supports a headless server mode and client-server decoupling, allowing a server to stream content to standalone remote client devices across a network. Access to the server is managed via IP-based restriction to control which network interfaces can connect.
Deployment options include containerized images for environment consistency in home automation setups.
Features
- Plugin-Based Architectures - Features a modular architecture allowing third-party plugins to extend functionality and render data through a standardized interface.
- Personal Dashboards - Provides a centralized interface for aggregating personal data feeds and modular widgets into a personalized hub.
- Plugin-Based Dashboard Frameworks - Implements a modular system for building custom data displays through a standardized plugin interface.
- Modular Smart Mirror Platforms - An open source framework for creating personalized information dashboards displayed behind a one-way mirror.
- Smart Mirror Frameworks - Provides the core framework for converting a physical mirror into a digital dashboard with real-time data feeds.
- Custom Module Implementations - Provides a standardized interface and structure for developers to implement and integrate custom functional modules.
- Plugin Development Frameworks - Provides a developer framework for building third-party modules to extend the display platform's visual and functional capabilities.
- Configuration-Driven Layouts - Provides a JSON configuration system to define the spatial arrangement and visibility of modular dashboard components.
- Headless Execution Modes - Includes an operational mode that runs without a local GUI to serve dashboard content to remote network devices.
- Remote Display Management - Enables a headless server to push dashboard content to standalone client devices across a local network.
- Client-Server Architecture - Implements a system where a central server manages the dashboard state and remote clients render the interface.
- Smart Home Dashboards - Provides a customizable user interface specifically designed for smart home monitoring and information display.
- Real-Time State Synchronization - Synchronizes the user interface in real-time by broadcasting state changes from the server to connected clients via sockets.
- Home Automation Interfaces - Serves as a comprehensive user interface system for controlling and monitoring smart home environments.
- Remote Display Connections - Allows standalone display devices to connect to a remote server to render content without hosting the application.
- Headless Information Servers - Functions as a headless server that renders dashboard content and streams it to remote standalone clients.
