en.Wedoany.com Reported - Sunflower Remote Control has expanded its home PC remote access solution to personal private cloud scenarios. This solution aims to address the shortcomings of public clouds in terms of speed limits, data cleanup, and privacy protection, enabling users to transform their home computers into readily accessible private servers through remote operations.

Based on its self-developed protocol and intelligent routing technology, Sunflower aims to improve connection success rates in complex domestic network environments. The solution supports users in mobile scenarios, such as in a café or on a high-speed train, to stably access file directories on their home computers via tablets or phones, providing a smooth experience close to local operations.

To address power consumption and hardware wear issues, Sunflower has launched a remote power-on hardware device, the "Sunflower Power-On Socket." Users can remotely power on and boot their home computers via a mobile app, and after completing operations, remotely shut down the system for on-demand power supply. This feature aims to integrate the remote wake-up and shutdown of home computers into a complete closed loop.

In terms of security and privacy, Sunflower employs AES-256-bit encryption transmission technology. The platform also offers a privacy screen feature that locks the home computer screen to a black screen during remote access, preventing others from viewing the accessed content.

Sunflower supports multi-platform control, including phones, tablets, and laptops. Its "Remote File" feature provides a high-speed file transfer channel, supporting direct file upload and download, along with resume capability, without needing to fully launch the desktop environment.

For advanced users, Sunflower's remote SSH function allows the home computer to be used as a background task machine for long-running tasks such as large file downloads, automated script execution, or viewing remote camera feeds. The platform's anti-packet-loss and reconnection mechanisms are designed to ensure that long-duration remote connection tasks, such as large transfers lasting several hours, can be completed stably.

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