Desktop Cloud Solution

Government agencies, healthcare institutions, and financial organizations often operate across multiple network environments, necessitating secure isolation between internal and external networks. By deploying two physically isolated desktop cloud server clusters to independently host internal and external desktops, the platform ensures total network separation. Each employee is assigned a dual-port thin client with a built-in dual-network switch. By toggling the switch, a single endpoint can interface with multiple networks while strictly ensuring that only one network is active at any given time. This seamlessly satisfies stringent internal and external network isolation requirements.

Large and medium-sized enterprises often operate multiple branch offices across different geographic locations, with endpoints distributed across various physical sites. In traditional environments, handling endpoint failures and business deployments requires O&M personnel to travel on-site for troubleshooting, which is time-consuming and inefficient. By adopting desktop cloud technology, enterprises only need to deploy a server cluster and desktop cloud platform at the central data center, while thin clients are deployed at branch offices. Branch users can seamlessly access virtual desktops via public Internet mapping or VPN connections. A central administrator then manages and allocates virtual desktops and thin clients in a unified manner, significantly improving O&M efficiency and data security.

Primary and secondary schools, training institutions, and other organizations commonly establish training classrooms for knowledge transfer, software training, and hands-on practical exercises. Traditional PCs are highly prone to hardware component damage, blue screen errors, and system crashes. Furthermore, switching between different courses is slow and manual deployment is complex, creating massive overhead for O&M personnel. By deploying a desktop cloud server cluster in the central data center, student virtual desktop pools and course templates are hosted centrally, while thin clients, monitors, keyboards, and mice are deployed in classrooms. Upon class completion, desktops automatically revert to their baseline state after shutdown. Additionally, the solution integrates seamlessly with instructional software to enable interactive features such as screen broadcasting, assignment collection, student demonstrations, and digital roll calls.

For demanding workloads such as 3D graphics rendering, 3D modeling, drawing instruction, and multi-track video editing, the Topsec Desktop Cloud provides robust GPU virtualization and GPU passthrough solutions to ensure fluid responsiveness and high-fidelity rendering for graphics-intensive applications. By slicing a physical NVIDIA GPU into multiple virtual GPUs (vGPUs) and binding them to multiple virtual desktops, or by granting virtual machines direct, dedicated access to the full hardware capabilities of the physical GPU, the platform effortlessly meets the varied rendering requirements of diverse 3D applications.

Critical environments such as bank call centers, hospital operating rooms, and medical imaging centers require maximum business continuity—ensuring that users can work seamlessly even if the network connection to the management server is lost. By deploying the Topsec VOI (Virtual OS Infrastructure) Desktop Cloud, an entry-level server is all that is required to provision and manage hundreds of thick clients, allowing users to operate within a local area network (LAN) or remotely via the Internet. Topsec VOI desktops feature seamless account roaming, dynamic data mobility, and rapid image deployment—fully meeting the stringent demands of offline operations, ultra-low latency, and reliable peripheral stability.