Virtual Desktops are often presented as the next best thing to sliced bread. You probably think that this is somewhat over the top. But if you look closer, Virtual Desktops can solve many of your today’s challenges.
As business owners demand a lower total cost of ownership, better security, greater mobility and a more agile IT infrastructure, the traditional desktop model is defaulting on most of these requirements.
Not identifying your exact requirements while moving towards Virtual Desktops is however your best recipe for failure.
Virtual desktop infrastructure (VDI) hasn’t replaced traditional desktops and laptops in the way that server virtualization has replaced physical servers, but most industry observers acknowledge that desktop virtualization use cases do offer a large additional value compared to traditional desktop and laptop delivery.
To help you deploy virtual desktops for the right reasons, here are some examples of common desktop virtualization use cases.
As business continuity and disaster recovery plans are gaining importance, IT managers increasingly rely on desktop virtualization to provide on-demand access at a failover site. Traditionally, businesses looking at full disaster recovery would store PC inventory at a secondary, stand-by facility where users could come and work in the event that the primary location was unavailable.
With virtualization, IT managers can provision thousands of desktops in a virtual environment, quickly providing access to applications in the event that worker access to primary endpoints is not possible.
In addition, virtual desktops and modern remote display protocols enable users to gain access to their desktops and applications remotely. Now that mobile devices provide nearly ubiquitous Internet access, workers expect to be able to connect to corporate systems anywhere, anytime via multiple consumer devices.
The increasing mobility of users and their devices makes it harder for IT managers to manage physical desktops and laptops. Viruses, to name one security treath have become more complex and difficult to detect. Pro+ Desktop virtualization can improve the security of data at rest.
Both physical and virtual machines still have the same Windows operating system, applications and network vulnerabilities. However, desktop virtualization can improve the security of data at rest. Company data on laptops or desktops is no longer stored in unsecured environments; it is now stored within the walls of the data center.
In addition, using multiple operating system instances or application virtualization technologies can isolate applications. Separate virtual desktop environments can be used to access sensitive data, providing an additional layer of separation and security.
Non-persistent desktops can revert the desktop operating system and applications back to a known-good state. IT-controlled virtual desktops in the data center can be more reliably updated with antivirus signature files, patches and updates. Data from desktops can be backed up or collected with electronic discovery systems.
Bring your own device
With bring your own device (BYOD), worker-owned, external devices are being brought into the company network, and some users prefer personal devices over corporate-provided ones. Desktop virtualization can provide an alternative path to accessing applications while relieving IT managers from having to support the endpoints themselves. Subsidizing partial costs for users who choose to bring their own devices could reduce the capital expense of user laptops and desktops.
Reducing the total cost of ownership of desktops and laptops is a key objective for IT departments. Traditional desktop and laptop management systems can add significant complexity and increase the cost of supporting users. Plus, managing those desktops and laptops can require numerous applications, including those for application deployment, inventory, OS management and antivirus protection. Virtualization makes it easier to centrally manage and support users’ desktops. Plus, you have more control over app deployment, user access and other management tasks.