A single virtualization platform not only accelerates and simplifies provisioning of virtual desktops, but better protects data center infrastructure and workloads. Keeping track of these virtual and remote desktops and applications requires a robust management platform.
Unified management platform: The pace of business today requires IT administrators to allocate resources, such as virtual storage, virtual compute and virtual networking, as demands arise. The key components of a VDI security architecture are as follows: VDI security architecture is critical to minimizing the desktop security vulnerabilities common to virtual environments. However, VDI still faces its own unique set of security risks, which call for a robust VDI security architecture. Application software is also isolated from the operating system so that if an application in a VM becomes compromised, only one operating system on that server is impacted. Users can access their desktops remotely from a laptop or smartphone while data lives securely on the server and not on the end client device. In some ways, VDI offers its own protection. An insecure device, stolen password or compromised user desktop session can easily expose an organization to the following security threats: Users can connect to virtual desktops anywhere, anytime, from any device, making VDI an ideal solution for remote workforces.īut while VDI enhances mobility and remote access to mission-critical applications, it also raises serious security concerns. 
VDI uses virtual machines to provide and manage these virtual desktops.
Virtual desktops work by delivering a desktop image of an operating system, such as Microsoft Windows, over a network to an endpoint device, such as a smartphone, traditional PC or thin client device. Virtual Desktop Infrastructure (VDI) security encompasses the technologies and best practices employed to secure virtual desktops.
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