For hospital-wide informatization spanning outpatient, inpatient wards, medical technology, administration, and multiple campuses, the vDisk Converged Cloud Management Platform manages all terminals across the hospital with a single master image: the IDV-architecture desktop runs locally, imaging workstations perform on par with physical machines, HIS/LIS clients are delivered uniformly with the image at consistent versions, data is stored centrally and not retained locally on terminals, permissions are tiered by department, key operations are fully traced, and terminal faults are restored in 30 seconds without interrupting outpatient care or prescribing.
Outpatient peaks can't stop for a moment, ward terminals stay online 24/7, medical-imaging is performance-hungry, and you still have to meet classified-protection and data-security audits — the old approach of installing machines one by one and fixing them on site can no longer keep up with the hospital's pace.
IDV5 cloud-desktop core engine—centralized management, local execution; image reading stays smooth and prescriptions can still be issued even when offline
Images are delivered uniformly from the backend, yet the desktop runs locally on the endpoint and directly taps the local CPU / GPU, so PACS image retrieval, 3D reconstruction, and color-ultrasound workstations stay smooth without lag; diagnostic and treatment data is stored centrally and not retained locally on terminals, and combined with real-name login and one-click switching among "LAN-only / domestic-only / internet," it safeguards medical data security at the source. Even if the network jitters, the terminal image is local, so prescribing and billing can continue offline.
From data security and imaging performance to centralized multi-campus O&M, covering the entire hospital informatization process.
Diagnosis and treatment data is stored centrally rather than kept locally on terminals, and together with network control it safeguards patient privacy and the MLPS compliance red line.
A single master image deploys to all heterogeneous terminals hospital-wide; HIS/LIS/EMR clients are updated once and take effect via differential distribution.
Local CPU/GPU access delivers PACS image reading, 3D reconstruction, and color ultrasound workstation performance on par with a physical machine.
Outpatient billing and nurse-station terminals are clean on reboot after a fault — no service interruption, no queues, no waiting for reinstalls.
Department-role tiered authorization with real-name login, plus fully traceable audit trails of login records and system logs.
One console centrally manages outpatient, wards, medical-technical departments, and branch hospitals, with unified policy and image management.
Adapted for Kunpeng / Phytium / Loongson / Hygon, with native support for UOS / Kylin OS and driver compilation provided.
A WeChat Mini Program enables remote inspection and resolution, so cross-site faults no longer require an on-site visit each time.
One platform that flexibly delivers different desktops and policies based on department and workflow needs
For high-frequency, high-concurrency scenarios, faults are restored in 30 seconds with no long queues, and the HIS client version is consistent across the entire hospital.
Online 24/7—full-cache local execution keeps prescribing even when offline, and every reboot is clean, free from being slowed by random software installs.
Local GPU acceleration delivers smooth CT/MRI image reading and 3D reconstruction, with performance equal to a physical machine.
Centrally deploy office desktops with no local data storage and tiered permissions, leaving no residual risk during employee handovers.
Turn "secure and compliant, no service interruption, centralizable" into reality, achieving hospital-wide informatization in one step.
No data residency on endpoints + real-name login + network access control + end-to-end auditing, aligned with classified protection (MLPS) and privacy compliance requirements.
Local execution works offline and terminals restore in 30 seconds, so outpatient prescribing and billing never halt due to IT failures.
Directly accesses the local CPU/GPU, with PACS image reading and 3D reconstruction performance equal to a physical machine.
One image is compatible with multiple brands and batches; keep using old machines and small disks, saving on retrofit budget.
Manage the main hospital and its branches from a single console, distributing images, policies, and permissions centrally.
Standardized implementation process, 7×24 managed operations and remote support for long-term, worry-free stability.
Phased rollout with a parallel window, without disrupting outpatient and ward operations.
Inventory endpoint models, network, business system versions such as HIS/PACS, and departmental permissions to establish a baseline of the live environment.
Pick one outpatient or medical-technology department to build the master image and permission policies, validating business-system compatibility and imaging performance.
Roll out in batches by building/campus, keeping a parallel window with existing terminals for a smooth transition without halting services.
Set up image templates, scheduled tasks and tiered permissions, run a monitoring dashboard, and keep optimizing through weekly and monthly reviews.
Learn more and combine them into the overall solution best suited to your hospital
An all-in-one platform combining cloud desktops, no-local-data storage, tiered permission auditing, and Mini Program management.
Focused on desktop delivery, security, and stability for department terminals and clinical workstations, complementing hospital-wide construction.
Cloud desktop + IoT central control + mobile operations in one—integrated hospital IT development.
See how hospitals and healthcare institutions use vDisk to deliver data security and centralized terminal management.
Apply for a trial and run the solution through your hospital's real outpatient clinics and wards to see how data stays protected and how much O&M staff you save.