The team has been established for 20 years, dedicated to R&D. Cloud desktop, classroom management, IoT centralized control, and laboratory management – all in one platform.
We don't do one-time deals——The software has been continuously updated for twenty years, and the service has always followed.
Not sure about the differences? The fastest way is to run a side-by-side comparison in a computer lab for two weeks—you can conduct a pilot directly on your existing endpoints.
We have been doing Windows computer labs for twenty years. The challenge in recent years is Linux—whether the desktop can run smoothly, whether teachers have classroom management software available, and whether the graphics driver will be corrupted. We do both, and with the same backend.
Drivers are compiled and loaded on the fly based on the local kernel, without replacing the original kernel. The certified kernel remains the same; security compliance, acceptance, and system vendor support are not affected.
If a student breaks it, a restart restores it to a clean state. Install new software by modifying the master image once; it will be pushed automatically at night and take effect across the entire computer lab the next day.
linuxupload wizard-based packaging: driver compilation, partitioning, booting, and uploading in one go. Kylin, UOS, EulerOS, Anolis OS can package and upload to the cloud by themselves.
Teacher PC running Windows, student PCs running Kylin, or vice versa, can all broadcast. Mixed computer labs do not need to be split into two classes for separate management.
The teacher can take over the student's keyboard and mouse from the podium to operate directly: help one student individually, or have the whole class follow along.
Student PC list, grouping, and power on/off are all in the same backend. After installing the cloud desktop, it comes with classroom management software, without needing to deploy the server again.


The foundation of the entire computer lab. The system is centrally distributed from the server and runs locally on endpoints, with performance equivalent to physical machines, and works normally even without network.

The teacher's end for class. Screen broadcast, live streaming, group control, blocking, collecting assignments, and online exams are all included.

Equipment and people in the lab. Instrument reservation, safety access, hazardous chemical inventory, and door access control integrated into one system.

It's not a chatbot stuck in a corner—it has full console capabilities, can collect evidence and take action on its own, but asks you before doing anything serious.
"402 lab has a few machines that can't connect, let's check what's going on."
The assistant independently captures screenshots, reads logs, and checks switch ports, presenting evidence before giving action recommendations. Before taking any actual action, a confirmation card pops up clearly stating which machine, what operation, and what parameters. It only executes after you click — desktop maintenance no longer needs to be frantic.
Periodically check server disk space, key port connectivity, database health, and recent error logs; anomalies are notified via the console and mini-program.
Describe what you want, the assistant generates a console page on the spot and runs a trial; only saves if it runs successfully. No new code generated, and it can be reverted with one click.
The assistant drafts the client startup script. After reviewing the risk report and line-by-line comparison, you can publish it. If there is a problem, one-click rollback.
The assistant in the mini-program uses the same skills and the same conversation history as the management console, allowing users to continue the conversation from the console.
Before taking real action, a card pops up showing which machine, what action, and parameters; the admin clicks confirm to execute
Teach it on-site habits like 'Lab 1 = Room 1', and it will communicate using your terminology. Disabled entries will no longer be included in prompts.
From 800 to 5000 endpoints, public undergraduate universities, vocational universities, and higher vocational colleges are all using it.
First let AI manage one layer, then the original factory provides backup, and finally you can hand over the whole package to us.
When a fault occurs, you don't need to investigate first. The assistant itself captures the screen, reads logs, checks switch ports, presents the evidence and then gives disposal suggestions; for high-risk actions, it first displays a confirmation card.
Learn about AI AssistantFor issues AI cannot handle, escalate to human support 7×24. Remote takeover for troubleshooting. R&D is in Shanghai, so problems don't need to be escalated level by level.
Service policySchools without a dedicated network administrator can outsource daily computer lab maintenance to us, billed monthly, without needing to hire staff.
Managed operations and maintenanceProject registration, solution support, tender specifications and technical responses—no competition with channel partners; OEM manufacturers can do white-labeling and feature customization.
Apply for CooperationComplete online user manual is open to everyone, covering from setting up the first server to daily troubleshooting, with illustrated steps.