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Cloud Desktop System

Cloud Desktop System
Server, endpoint ROM, and console fully integrated

The vDisk Converged Cloud Management Platform is a complete cloud desktop system: the backend is a multi-platform server rewritten in Go, the endpoint side is a ROM boot with a graphical interface, administrators deliver images and policies in a unified way through a Web console, and they can also inspect and handle issues on a phone via the WeChat Mini Program. Built on the IDV5 engine for centralized management and local execution, the desktop directly taps the local CPU/GPU, works offline when the network drops, restores in 30 seconds to keep the environment always clean, and offers full-stack adaptation from Windows to UOS and Kylin, from Kunpeng to Loongson.

When choosing a cloud desktop system, first check how stable the system itself is

Many cloud desktops "look usable" but reveal their flaws once scaled up: dependence on servers, downtime when the network drops, slow restoration, and inability to run on domestic machines.

System Weaknesses of Traditional Cloud Desktops

  • VDI centralizes compute with all desktops running on the server—any network jitter causes lag, and a disconnect makes it unusable
  • Heavy-load software like 3D, CAD, and simulation relies on a virtual GPU, giving an experience far inferior to a physical machine.
  • Upgrades require re-pushing the whole image; hundreds of endpoints downloading at once max out servers and switches.
  • Recovery relies on reinstalling or snapshots, each machine takes ages, and before term start or exams you simply can't keep up.
  • Each terminal brand and model needs its own image; images pile up and maintenance costs rise
  • Incomplete adaptation for domestic CPUs and UOS/Kylin systems leaves Xinchuang projects stuck on drivers.
  • Management is tied to the console in the server room—leave the room and you can't handle alerts

How to understand the vDisk cloud desktop system

  • The IDV5 engine offers centralized management and local execution—the desktop runs on the terminal itself with physical-machine performance
  • Directly leverages the local CPU/GPU for smooth professional software—usable offline even without a network.
  • V5 server with resumable transfers and use-while-downloading, BT/chained distribution—the more you deploy, the faster it gets.
  • 30-second system restore: a restart returns to a clean state, leaving no trace of accidental deletions, installed software, or viruses
  • One master image manages heterogeneous terminals, with dual BIOS/UEFI boot from the same image.
  • Full-stack Xinchuang adaptation for Kunpeng/Phytium/Loongson/Hygon + UOS/Kylin, with driver compilation provided
  • Web console plus WeChat Mini Program—remote control inside or outside the lab and from your phone.

What components make up a cloud desktop system?

Four-layer coordination across server, terminal ROM, console and Mini Program: images are managed centrally on the backend while desktops run locally on the terminal.

One system, four core modules

vDisk cloud desktop系统Not单一软件,而是从后端到终端、从桌面端到Mobile的完整体系。Server V5 用 Go 重写、跨Platform Deployment,负责Image存储与差异分发;终端侧的Graphical Interface ROM 负责引导与Cache;管理员在 Web 控制台里集中Distribute;一切还能装进WeChat Mini Program随身带。

  • Server V5Rewritten in Go for multiple platformsResumable downloads with use-while-downloading; dual BT/chained distribution modes; terminals that have finished downloading automatically seed and share with each other—the more you distribute, the faster it goes, with almost zero server load.
  • Terminal ROM · Graphical interfaceBoot ROM with a graphical interface, three startup modes — network / partial-cache / full-cache — runs even on old small hard drives, keeps updating with one-click rollback anytime.
  • Web console · Centralized managementCentrally manage the image marketplace/image pool: one-click push and instant differential updates; schedule linkage, IoT centralized control and login authentication are all configured on one platform.
  • WeChat Mini Program · Mobile O&MRemote management via Mini Program/official account—receive alerts anytime, run mobile inspections and handle issues, and dispatch tasks even while traveling
  • System restore in 30 secondsClean on reboot; smart-learning mode automatically saves each terminal's personalized drivers and settings, and recovery can restore to a personal snapshot
  • Personal Cloud Drive in the Teaching SpaceUsed just like a local system drive: virtual machines and lab environments run directly from the network disk, with data roaming across terminals and load balancing across multiple servers.
Real deployment and operation footage of the cloud desktop system

Core capabilities of the cloud desktop system

From the architecture engine to distribution, restore, and Xinchuang (domestic IT) adaptation, it supports stable large-scale operation

IDV5 Engine

Centralized management with local execution: desktops run locally on the terminal and directly call the local CPU/GPU, delivering performance on par with a physical machine.

Three Boot Modes

Freely switch between network/semi-cache/full-cache: semi-cache reads on demand and full-cache works offline, adapting to all kinds of disk conditions.

Unified Image Management

A single master image manages heterogeneous terminals — multiple brands and models, with BIOS/UEFI dual-boot from the same image.

BT / Chained Distribution

Resumable transfers and use-while-downloading; downloaded terminals automatically seed to each other—the more you deploy, the faster it gets.

30-second restore

Reboot to a clean state, while the smart learning mode automatically preserves personalized drivers and settings.

Full-Stack Xinchuang

Kunpeng/Phytium/Loongson/Hygon + UnionTech UOS/Kylin, with native adaptation and driver compilation provided.

SSD Health Alerts

The V5 driver rebuild boosts 4K speed and provides real-time SSD health alerts to catch failures early.

Mini Program Control

Manage remotely via WeChat Mini Program / Official Account - inspect and resolve issues from your phone without staying in the lab.

Supported operating systems and typical scenarios

From Windows to domestic OSes, from x86 to Xinchuang chips, one system covers them all.

Windows

All Windows versions

Mainstream versions such as Win10/Win11 are deployed from a single master image, and professional software runs locally without lag.

Local ExecutionEquivalent to a Physical Machine
Domestic OS

UnionTech UOS / Kylin

Native support for UOS and Kylin—Xinchuang desktops also support restore and caching.

UnionTech UOSKylin OS
Xinchuang Chips

Kunpeng / Phytium / Loongson / Hygon

Full-stack adaptation for the four leading domestic CPUs, with driver compilation and turnkey rollout of Xinchuang labs.

ARM/MIPSDriver Compilation
Hybrid Environment

Mixed Heterogeneous Endpoint Deployment

Old and new models, different brands, and x86 mixed with Xinchuang all in one lab — centrally managed without conflicts.

Heterogeneous ManagementDual Boot

How system stability and the restore mechanism work

From image deployment to terminal restoration, every step is designed for "no downtime, rollback-ready, and always clean."

STEP 01

Use While Downloading

The server pushes images while the terminal resumes downloads and uses them on the fly; after a mid-way power loss and reboot it automatically continues downloading without damaging the current system.

STEP 02

Local Cache

Half-cache reads on demand and full-cache writes the complete image to disk; with the image stored locally on the endpoint, it can boot offline even during server/network failures.

STEP 03

30-second restore

Every reboot resets the system disk to the master image state, clean in 30 seconds; no matter what students do, the next boot is unaffected.

STEP 04

Roll Back Anytime

Keep updating with the option to roll back to the previous version at any time; the smart learning mode preserves personalized drivers and settings, so upgrades always have a safety net.

Why choose the vDisk cloud desktop system

Shanghai Chengcheng Information Technology (vDisk) has focused on cloud desktops for years, building a solid system foundation

No Compromise on Performance

Runs locally and accesses the machine's GPU directly, with performance equal to a physical machine—3D/CAD/simulation all run smoothly.

Works Offline

Images are cached locally on each terminal, so even if the server or network fails you can boot offline to teach or work.

Full Xinchuang Coverage

Full-stack adaptation for Kunpeng/Phytium/Loongson/Hygon + UnionTech UOS/Kylin, with driver compilation provided.

Distribution Without Network Congestion

Dual BT/chained mode: already-downloaded terminals seed for each other, so large-scale distribution puts almost no load on the server.

Reuse Old Machines

One image manages heterogeneous terminals, even old small drives run, saving a big chunk of the hardware upgrade budget.

Localized Service

Standardized implementation + remote support: from pilot to full rollout, someone is with you all the way, for long-term peace of mind.

Related products and solutions

Beyond the cloud desktop system, complete the picture with electronic classroom, IoT, and an end-to-end solution

Products

vDisk Cloud Desktop Platform

An all-in-one management platform integrating cloud desktops, IoT central control, timetable linkage, and Mini Program management.

Products

cc-class Interactive Digital Classroom

Teacher and student clients share one image deployed with the cloud desktop, handling screen broadcast, monitoring, and assignment handout/collection all in one go.

Solutions

Comprehensive Solution

Cloud desktop + e-classroom + IoT central control in one—integrated development of labs and classrooms.

Case Studies

Customer Cases

See how other schools and institutions deploy and accept the vDisk cloud desktop system.

Run the cloud desktop system in your real environment

Apply for a trial and verify performance, restore and Xinchuang compatibility on your own endpoints, network and software—see for yourself