Product Overview

OS-EASY Education Desktop Cloud is a next-generation desktop cloud product that integrates three desktop architecture technologies—VDI, VOI, and IDV—specifically designed for educational scenarios. It brings computer lab teaching to the cloud, building a multifunctional converged cloud laboratory that supports teaching, experimental training, self-directed learning, and examinations. Suitable for large-scale, complex hybrid environments such as public computer labs, training rooms, 3D labs, language classrooms, multimedia classrooms, e-reading rooms, teacher offices, and various examination settings, it meets the application needs of basic experiments, comprehensive experiments, and research-oriented exploratory experiments across all industries.

Product Architecture

Product Features

Self-Developed OEIDP Desktop Protocol for Enhancing User Performance Experience.
Self-Developed OEIDP Desktop Protocol for Enhancing User Performance Experience.

Our fully self-developed OEIDP desktop transport protocol replaces the open-source SPICE protocol, cutting cloud desktop network bandwidth usage by 50%–90%, tripling mobile storage device transfer speeds, and delivering better image/video quality, superior audio performance, and wider peripheral compatibility—all while reducing user hardware costs.

VDI/VOI/IDV Multi-Architecture Deep Integration
VDI/VOI/IDV Multi-Architecture Deep Integration

Integrating four mainstream desktop cloud architectures—VDI, VOI, IDV—this solution achieves deep convergence across six layers: interface, resources, desktops, templates, data, and clients. A single cloud covers all educational scenarios, with every scenario managed through one unified administration console, eliminating the need to switch between systems.

Unified Management of Large-Scale Heterogeneous Terminals Across Campuses and VLANs
Unified Management of Large-Scale Heterogeneous Terminals Across Campuses and VLANs

From a single console at the headquarters lab, administrators can remotely push system images, deploy software, and roll out environment updates to computer labs dispersed across different campuses and VLANs. This unified approach centralizes management of labs, endpoints, desktops, templates, and images – delivering an 80% boost in operational efficiency.

Supports Flexible Access for Any Endpoint Device
Supports Flexible Access for Any Endpoint Device

Support cloud terminals, fat clients, all-in-one PCs, laptops, repurposed PCs, and domestic chip‑based terminals – to cloud desktops, along with mobile devices (phones and tablets). It also works with Windows, Linux, and Android clients.

Stable and Reliable Business Continuity
Stable and Reliable Business Continuity

Leveraging distributed storage and multi-replica technology, a hard drive failure on a single server does not result in data loss, achieving data reliability of up to 99.99%. In the event of network interruptions or server failures, VOI (Virtual OS Infrastructure) desktops can instantly switch to the local system to continue classes, effectively preventing teaching disruptions.

Support vGPU and High-Performance Computing Scenario
Support vGPU and High-Performance Computing Scenario

Delivering powerful cloud-based graphics computing power, utilizing GPU virtualization (vGPU) technology to flexibly and securely partition physical GPU resources on servers and allocate them to multiple virtual desktops. Students on campus can access these resources over the network, enabling smooth 3D graphic design and AI model training, among other tasks.

Laboratory Desktop Operations and Maintenance Data Visualization
Laboratory Desktop Operations and Maintenance Data Visualization

OS-EASY VDI Provides a comprehensive global operations management data dashboard, displaying multi-dimensional statistics on infrastructure zones, assets, endpoint devices, desktops, and applications. It covers real-time status, utilization analysis, periodic trends, and other data insights, enabling remote O&M, improving service response timeliness and management quality, and supporting informed IT management decision-making.

Application scenarios