A software technology, desktop virtualization distinguishes the desktop environment and the related applications software from the consumer computer used to access it. Desktop virtualization can be used to provide a robust server environment management system in tandem with device virtualization and user profile management systems, also called “user virtualization.”


With the growth in the popularity of desktop virtualization, people have started to confuse its capabilities with server virtualization. While the two have a few same features, they serve different purposes. Desktop virtualization and server virtualization both increase security, are controlled centrally, and save money, but both of them are different. Understanding the significant differences between the two of them will help you decide which one is right for COBIT 5 training.

Desktop virtualization detaches the software from then thin physical client device. This allows users to access applications and data across multiple devices and remotely, if they are unable to make it to their workplace. On the other hand, server virtualization compartmentalizes a physical server into smaller, divided virtual servers. This helps to maximize the resources of a company, and day-to-day runs smoother by storing a server virtually.

Moreover, server virtualization doesn’t add extra load to the network, while desktop virtualization works entirely on the network, slowing down development rates. Desktop virtualization needs a company to make additional changes to its IT resources. While, server virtualization requires only COBIT 2019 training.


In the following scenarios, remote desktop virtualization is commonly used:

  • In decentralized environments with high availability standards and where desk-side technical support such as branch office or retail environments is not readily available.
  • In conditions that reduce high network latency, typical client/server applications efficiency.
  • For environments in which remote access and security requirements establish contradictory conditions, with only screen, mouse, and keyboard transmitted to a remote user that all data can be stored in the data center.
  • The framework is also used to provide access to non-Windows access points to the Windows apps.
  • It’s also used as a way of providing access to Windows apps on non-Windows endpoints. This also includes non-Windows based laptops and desktop PCs, tablets and smartphones, etc.
  • Remote desktop virtualization can also provide a way to share resources and spread cost-effective desktop computing in areas whether it’s either too expensive and impractical to provide anybody with a dedicated desktop PC.


Desktop Virtualization offers many advantages, including reduced maintenance costs. With the development of cloud computing, companies have been able to discard the conventional machine based IT model and create virtual desktops that don’t require individual maintenance. Here are a couple of benefits of Desktop Virtualization :

  • Desktop virtualization allows desktop security.
  • Virtualized desktops provide hardware based GPU sharing with any device via a secure connection.
  • Since the requirements for software licensing are less, thus desktop virtualization reduces costs.

Get your desktop virtualized now!