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Omnissa App Volumes for Amazon WorkSpaces Pools

Omnissa App Volumes for Amazon WorkSpaces Pools

A Technical overview of Omnissa App Volume and how it can help simplify WorkSpaces Pools OS image and application delivery.

Published Nov 15, 2024

Introduction

In the realm of Desktop as a Service (DaaS) virtual desktop infrastructure (VDI), managing applications efficiently is crucial for maintaining performance and user satisfaction. Omnissa App Volumes offers a robust solution for application delivery and lifecycle management, particularly in non-persistent VDI environments. This article delves into the architecture, benefits, and deployment considerations of Omnissa App Volumes for Amazon WorkSpaces Pools non-persistent VDI.

Amazon WorkSpaces Pools Non-Persistent VDI

Amazon WorkSpaces Pools is a feature designed to provide non-persistent virtual desktops, offering a cost-effective and flexible solution for various user scenarios. This feature is particularly beneficial for environments such as contact centers, training labs, and other shared-user settings where users need access to a fresh desktop each time they log in.
Amazon WorkSpaces Pools is an excellent choice for organizations looking to streamline their virtual desktop infrastructure while optimizing costs and maintaining a high-quality user experience. Non-persistent VDI environments, like Amazon WorkSpaces Pools, benefit significantly from using Omnissa App Volumes. Let's take a look of some of these reasons.

Omnissa App Volumes

Omnissa App Volumes is an application packaging and delivery solution that abstracts applications from the base operating system. This separation allows for real-time application delivery and simplified management, reducing the complexity and cost associated with traditional application deployment methods.

Key Features

  1. Real-Time Application Delivery: Applications are delivered in real-time by attaching virtual disks (VMDK or VHD) to virtual machines. This method ensures that applications are available immediately upon user login.
  2. Simplified Management: By separating applications from the OS, IT administrators can manage applications centrally, reducing the need for multiple OS images and simplifying updates.
  3. Non-Persistent VDI Support: In non-persistent VDI environments, where desktops are reset after each use, App Volumes ensures that applications are consistently available without the need for reinstallation.

Demo Architecture with Amazon WorkSpaces Pools

Demo Solution Architecture - Google Chrome Package delivered by AppVolumes
The architecture of Omnissa App Volumes involves several key components:
  • App Volumes Manager: This central management component handles the assignment of applications to users and machines.
  • App Volumes Agent: Installed on each VDI desktop, the agent facilitates the attachment of application packages.
  • Application Packages: These are virtual disks containing one or more applications, which can be assigned to users or groups based on Active Directory (AD) entities.

User Experience

Amazon WorkSpaces Pools Desktop with Chrome Enterprise delivered by App Volumes

Benefits

  • Reduced Management Overhead: Centralized application management reduces the time and effort required for application updates and maintenance.
  • Improved User Experience: Users have access to the latest applications without delays, enhancing productivity.
  • Cost Efficiency: By minimizing the need for multiple OS images and reducing storage requirements, organizations can achieve significant cost savings.

Conclusion

Omnissa App Volumes provides a powerful solution for managing applications in non-persistent VDI environments. Its real-time delivery model, simplified management, and scalability make it an ideal choice for organizations looking to enhance their VDI infrastructure. By leveraging Omnissa App Volumes, IT administrators can ensure a seamless and efficient application delivery experience for their users.
 

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