Desktop AND Application Virtualization

Desktop AND Application Virtualization

1. Desktop Virtualization-> Creates a software-based (or virtual) version of an end user’s desktop environment and operating system (OS) that is decoupled from the end user’s computing device or client. Enables the user to access his or her desktop from any computing device.

   • Benifits
     • Security-> Desktop virtualization software provides IT administrators with centralized security control over which users can access which data and which applications.
     • Resource Management-> Desktop virtualization lets IT departments get the most from their hardware investments by consolidating most of their computing in a data centre.
     • Remote Work-> Desktop virtualization enables IT, administrators, to support remote employees by giving central IT power over desktop virtual implementation across an organization's devices.

2. Application Virtualization-> Encapsulates an application on which it is executed from the underlying operating system. It allows an application to be accessed without needing to install it on the target device.

   • Benifits
     • Better Portability-> Virtualized apps can be used on any endpoint, whether Windows, Android, or IOS, anywhere and anywhere.
     • Simplified Support-> If there are problems with the operation of the virtual apps, then helpdesk workers can quickly see it from a central location and centrally address the problems.
     • Independence from OS
     • Simple Installation
     • Easy Deployment
     • Easier Rollbacks
     • Improved Security
     • Easier Updates

3. Differences

   • Desktop
     • Greater virtual infrastructure versatility
     • Richer and clear experience with desktops.
     • Difficult to manage applications because simple adjustments enable the "golden image" to be redeployed in all VDI instances.
     • The cost may be a concern.
     • In the underlying OS, applications are still related to.
     • Provides users with the experience of a full desktop
   • Application
     • smaller degree of versatility by contrast.
     • Desktop experience varies between software and applications.
     • Enables faster programmer maintenance, allowing improvements to take place without even knowing that changes have taken place by the user.
     • Cost-effective cure
     • Isolates the programmer entirely from the underlying OS.
     • Provides consumers with the individualized experience to render it application-specific.