Thinfinity VirtualUI vs Microsoft Application Virtualization

Struggling to choose between Thinfinity VirtualUI and Microsoft Application Virtualization? Both products offer unique advantages, making it a tough decision.

Thinfinity VirtualUI is a Remote Work & Education solution with tags like virtualization, remote-desktop, html5, cloud-computing.

It boasts features such as Allows delivering Windows applications to any device with an HTML5 compatible web browser, Converts traditional Windows software into cloud-based, browser-accessible apps, Supports hosting apps on premises or in the cloud, Includes remote desktop protocol for full desktop access, Provides native experience on iOS and Android, Offers single sign-on and active directory integration and pros including Easy deployment to many devices and platforms, No need to rewrite or recompile existing Windows apps, Centralized app delivery and management, High performance even over low bandwidth, Strong security with encryption and access controls.

On the other hand, Microsoft Application Virtualization is a Office & Productivity product tagged with virtualization, app-streaming, application-delivery.

Its standout features include Application isolation, Dynamic application delivery, Centralized management, Layered virtual applications, Application streaming, Integration with System Center Configuration Manager, Integration with AppLocker, Role-based access control, Usage reporting and analytics, and it shines with pros like Improves compatibility between apps, Simplifies app deployment and management, Enables fast app delivery, Reduces conflicts between apps, Allows app access control, Lowers costs by reducing app installs.

To help you make an informed decision, we've compiled a comprehensive comparison of these two products, delving into their features, pros, cons, pricing, and more. Get ready to explore the nuances that set them apart and determine which one is the perfect fit for your requirements.

Thinfinity VirtualUI

Thinfinity VirtualUI

Thinfinity VirtualUI is a software that allows delivering Windows applications to any device with an HTML5 compatible web browser. It converts traditional Windows software into cloud-based, browser-accessible apps.

Categories:
virtualization remote-desktop html5 cloud-computing

Thinfinity VirtualUI Features

  1. Allows delivering Windows applications to any device with an HTML5 compatible web browser
  2. Converts traditional Windows software into cloud-based, browser-accessible apps
  3. Supports hosting apps on premises or in the cloud
  4. Includes remote desktop protocol for full desktop access
  5. Provides native experience on iOS and Android
  6. Offers single sign-on and active directory integration

Pricing

  • Subscription-Based

Pros

Easy deployment to many devices and platforms

No need to rewrite or recompile existing Windows apps

Centralized app delivery and management

High performance even over low bandwidth

Strong security with encryption and access controls

Cons

Requires Windows apps to be virtualized first

Limitations of web vs native apps

Can be complex to set up and manage

Additional infrastructure required for cloud hosting


Microsoft Application Virtualization

Microsoft Application Virtualization

Microsoft Application Virtualization (App-V) is a software solution that enables organizations to deliver applications to end users without installing them directly on devices. It works by virtualizing and streaming applications on-demand to users.

Categories:
virtualization app-streaming application-delivery

Microsoft Application Virtualization Features

  1. Application isolation
  2. Dynamic application delivery
  3. Centralized management
  4. Layered virtual applications
  5. Application streaming
  6. Integration with System Center Configuration Manager
  7. Integration with AppLocker
  8. Role-based access control
  9. Usage reporting and analytics

Pricing

  • Subscription-Based

Pros

Improves compatibility between apps

Simplifies app deployment and management

Enables fast app delivery

Reduces conflicts between apps

Allows app access control

Lowers costs by reducing app installs

Cons

Can increase hardware requirements

Adds complexity for app troubleshooting

Requires updated clients/agents

Limited customization options