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Inspur Virtual Desktop
Inspur virtual desktop (cloud desktop) uses virtualization technology to migrate all the desktops, applications and data originally stored locally on traditional PCs to the data center for unified bearer management, and uses hyper-converged technology to release desktop virtual machines for server CPU, memory and storage resources according to the needs of different users, and transmits the operating system interface to the user’s access device in the form of images through the desktop protocol, providing users with the same desktop environment as traditional PCs.
Inspur virtual desktop (cloud desktop) uses virtualization technology to migrate all the desktops, applications and data originally stored locally on traditional PCs to the data center for unified bearer management, and uses hyper-converged technology to release desktop virtual machines for server CPU, memory and storage resources according to the needs of different users, and transmits the operating system interface to the user’s access device in the form of images through the desktop protocol, providing users with the same desktop environment as traditional PCs.
Since the data of virtual desktops is stored in the backend server, the following effects can be achieved:
1. Zero data storage at the terminal, providing a higher level of data security.
2. The desktop runs in the backend in a unified manner, which can be maintained through a unified interface to further improve the efficiency of management and maintenance.
3. As long as the network is accessible, users can log in to the cloud desktop for office work with various terminal devices at anytime and anywhere.
Migrate desktops, applications, and data running on traditional PCs to the data center for centralized management, and use hyper-converged technology to create desktop virtual machines based on user needs. Through the desktop protocol, the operating system interface is transmitted to the user’s access device in the form of images, providing users with the same desktop environment as PCs.
A cloud desktop consists of two parts: the hardware layer and the software layer.
Hardware layer: server clusters, thin clients, or thick clients;
Software layer: virtualization platform, client software.
1. Scalability and elasticity: Elastic computing power can be provided according to user needs.
2. High security: Cloud desktops store data and applications on cloud servers, reducing the risk of data loss, theft, or leakage.
3. Efficient management and maintenance: Unified management improves the efficiency of management and operation and maintenance
1. Controllable information security
Because all the data is stored on the server side, there will be no traces locally; Ports and devices such as USB can be fully controlled, which promotes information security.
2. Controllable disaster recovery
The cloud desktop system records the changes of the operating system in the form of snapshots, which can be traced back to the previous process at any time, which can avoid the consequences of system crashes caused by vulnerabilities and viruses.
1. Ordinary office scenarios
Virtual desktop provides flexibility and cost-effectiveness for the workplace, allowing employees to access desktops at anytime and anywhere, enabling data sharing and efficient collaboration
2. Safe office scenarios
With centralized management and access control, virtual desktop ensures data security, isolates risks, and reduces the likelihood of malware infection
3. Education industry scenarios
With unified management of teaching desktops and quick switching of course content, virtual desktop can be used in multimedia classrooms, lesson preparation and teaching at anytime and anywhere
4. Medical industry scenarios
Virtual desktop supports healthcare workers’ mobile work, ensures the security and privacy of medical data, and facilitates remote consultations and training.
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