MirrorX is an open-source remote desktop solution designed for enterprises, teams, and individuals. It enables users to establish fast and secure remote connections, offering full control over remote sessions. MirrorX leverages Rust and Tauri for cross-platform development, aiming to provide a high-performance remote desktop experience.
MirrorX distinguishes itself through its focus on performance, utilizing GPU acceleration and supporting high resolutions and frame rates for a near-local desktop feel. Its modular architecture with separate client, server, and relay components allows for flexible deployment. The project also emphasizes transparency with end-to-end encryption and support for both on-premise and cloud deployments.
- Cross-Platform Support: Works on macOS, Windows, and has ongoing development for Linux, Android, iOS, and Web.
- High Performance: Utilizes GPU acceleration for smooth remote desktop sessions with high resolution and frame rates.
- Security: Implements end-to-end encryption to protect data transmitted during remote connections.
- Modular Architecture: Composed of Client, Portal Server, and Relay Server for flexible deployment and scalability.
- Media Pass-through: Supports video and audio pass-through for a more immersive remote experience.
- File Transfer: Enables seamless file transfer between the local and remote machines.
- Extensible: Designed with a modular approach to facilitate future feature additions and integrations.
MirrorX is currently in its early stages of development. The project has a growing community and active development with recent commits and ongoing feature development. Documentation is available, but areas like Linux and mobile support are still in progress. Backward compatibility is not guaranteed at this stage.
MirrorX benefits individuals and teams needing a powerful and secure remote desktop solution. It addresses the need for high performance and control in remote sessions, providing value over traditional remote access methods and manual solutions. Its modular design and ongoing development make it a promising open-source alternative.