What is app virtualization?
Application virtualization, or app virtualization, separates an application from the operating system, so that end users can access the apps remotely without them being physically installed on their devices. App virtualization simplifies the installation of each application, which is installed once on a server and then delivered as a virtualized app to the various end-user devices from which it is accessed. Client devices are sent as a packaged, pre-configured executable, which eases deployment. Virtualized apps can also be accessed through web browsers. App virtualization is also known as app publishing (published apps), app hosting (hosted apps), and app remoting (remote apps).
What are the benefits of app virtualization?
Because the application itself is not installed on the endpoint, organizations experience a number of benefits, including improved security and reduced local resource requirements. For end users, the experience is the same as if they were accessing a locally installed app.
- Reduced costs with centralized management: IT admins can manage, update, and safeguard apps from a single location, reducing the time and resources needed to manage apps.
- Improved security: Because apps and data remain on the central server, security can be strengthened with a firewall and security policies. Risk of breaches and unauthorized access can be reduced when devices are lost. Furthermore, IT admins can more quickly and easily manage access to apps, reducing the risk of unauthorized individuals accessing critical company data.
- Reduced local resource requirements: Virtual apps can be accessed via most devices, including thin and zero clients, which can help organizations reduce hardware and maintenance costs.
- Simplified deployment: IT admins can quickly and reliably deliver apps to users on demand. End users get near-immediate access to the updated and secure apps they need to complete their work, with less waiting and downtime.
- Support for legacy apps: Older applications that may not be compatible with modern operating systems can be virtualized and run on modern hardware.
