Let’s explore the primary methods of delivering virtual applications, starting with the technology called “desktop virtualization:” Enable the delivery of any Windows application on-demand.Extend the usable life of endpoint devices by turning them into “thin clients” that access remote desktops and applications.Since many users will use an application rarely or never, application management tools can help determine the correct number of licenses for each virtual application. Reduced software license expense: Virtual applications run on-demand, reducing overall software license expense since they are not installed on every device.Increased portability: Apps can be deployed anywhere in just minutes, meaning users can be productive wherever they happen to be.This reduces storage costs, speeds up image management, and reduces admin time spent managing images. Reduced base image size: Since OS and app are separated, the base image isn’t as big as it would be if all apps were installed in it.Simplified application management and updating translate into lower support overhead, since admins need only update a single virtual application on a server to be distributed to client devices enterprise-wide.Delivering applications remotely also allows organizations to support Bring Your Own Device scenarios since any device with a web browser can access the apps.Consider a Windows application being used on an macOS or Android device. Using desktop and application virtualization can allow apps to be accessed from devices that would not be able to run an application in normal conditions.
Some of the many benefits of virtual applications include:
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