Shanghai Chengcheng Information Technology Co., Ltd. · The team has been established for 20 years, dedicated to R&D.

Integrated solution for healthcare cloud desktops and endpoint centralized control

Centered on data security, printing continuity, endpoint stability and operations efficiency in healthcare scenarios, build a traceable, auditable and rapidly recoverable endpoint platform.

Project Goals

  • Standardize endpoint environments and reduce configuration drift
  • Automate high-frequency O&M actions to reduce manual workload
  • Make operational status visible, traceable, and reviewable
  • Expand to new scenarios faster and shorten go-live time

Core Software Features

Common Challenges in This Scenario

Medical data has high security requirements; local retention on endpoints poses hard-to-control risks

In restore mode, shutting down returns a clean system and wipes usage traces; business data is kept on personal network drives and data disks instead of the terminal, and the network can be set to "LAN only" so data can't leave the internal network.

Systems such as HIS/PACS/LIS demand high environmental stability

With the IDV architecture the desktop runs locally on the terminal with physical-machine performance, and HIS / PACS clients are installed once in the master image and versioned centrally; if the server or network fails, delivered desktops keep working and front-desk services continue.

With many departmental printers, driver and permission management gets complex

Printers are preset in the image, and drivers are matched to the hardware at boot; print policies go out by department group, and after a shift change one-click restore leaves no configuration behind.

Scattered campuses lead to inconsistent ops response times

Multiple campuses share one master image under unified management, and operations are pushed remotely in bulk; the mobile app handles on-the-go inspection, and remote assistance needs just one link opened in a browser to take over and fix issues.

List of deployable capabilities

Unified Delivery

Standardize the onboarding of new terminals through image pools, templated policies, and group management.

Automated Operations & Maintenance

Scheduled tasks cover actions such as updates, cleanup, power on/off, and inspections, reducing repetitive manual work.

Permissions & Auditing

Tiered authorization by department, user, and role, with audit trails for key operations to meet traceability and compliance requirements.

Visual Monitoring

The operations dashboard, screen monitoring, and statistical reports work together to pinpoint problems and support O&M reviews.

Device Linkage

Connect IoT devices to coordinate endpoint policies and environment control.

Mobile On-Duty

Handle high-priority incidents via the Mini Program and remote capabilities to boost response efficiency.

Implementation Path Recommendations

01

Inventory endpoints, network, software versions and organizational permissions to establish a baseline of the live network.

02

Define templates and policies by business priority, completing the minimum viable closed loop first.

03

Run a small-scale pilot to validate compatibility, stability, and the rollback mechanism.

04

Migrate and go live in phases, keeping a parallel window and continuously monitoring key metrics.

05

Establish weekly/monthly review cycles to continuously optimize templates, tasks and permission policies.

Recommended features to deploy first

HealthcareScenariosFAQ

Do HIS / PACS clients need special adaptation?
No. Clients are installed as usual in the master image and delivered centrally; the desktop runs locally on the terminal with physical-machine performance, and upgrading a client means changing the master image once, with differential updates taking effect across all campuses.
Will registration and billing windows stop during a network outage or server maintenance?
The terminal desktops won’t stop: with the IDV architecture the desktop runs locally on the terminal and the server only handles management and image distribution, so desktops already delivered keep working during a network outage or server maintenance. Whether registration, billing and other services can continue depends on whether the servers of the HIS and other business systems themselves are available.
How do you keep terminals clean after a shift change?
Turn on restore at boot: the system returns to baseline in about 30 seconds and the previous shift's traces are wiped; business data that needs to be kept lives on the data disk and personal network drive and isn't affected by restore.
Can multiple campuses be run by one team?
Yes. Multiple campuses share one console and one master image, and routine power on and off, updates, and restores run automatically on schedules, while on-duty staff inspect and handle issues from the mobile app without being on site.

First turn high-frequency issues into standard procedures, then expand to more scenarios

Based on your existing network conditions, you can first deploy a batch of the "highest-value" modules, then continue expanding at your business's own pace.

Page update date: 2026-06-30