Desktop virtualisation can be an asset to an organisation, but what happens when something goes wrong? In a conventional non-virtualised desktop system, users with a downed network or crippled server could perhaps still work on something locally. But when that same downtime means that your whole desktop vanishes, high …
If you manage the desktops properly, and have appropriate policies in place, data can be stored centrally even if the OS and apps are local. Likewise, OS and app deployment etc can become solved problems (App-V has its place, but tends to only help with the apps that are easy enough to deploy by other means - try it with ArcGIS sometime).
You then have the benefits of interchangeable client devices, but also have the benefits of local processing power (including local GPU if appropriate), local storage of the app itself, and less dependence on network bandwidth and latency. A room full of users all starting ProEngineer at the same time only thrash the local disks in each machine, and don't thrash the network, the central storage, or any central VDI servers. Laptop users can use offline files and the like. Other routes (citrix, etc) can be provided for remote users to access their apps and data. (This is a far more plausible home-working scenario than VDI).
At which point, just what is the problem that VDI is trying to solve? The overheads, costs and risks are huge, but where's the benefit? Seems to me the benefit is to those people trying to sell new kit, not to the IT admins, or to the users of the services being provided.
VDI for home workers?
Sure, right after FTTH is rolled out everywhere.
- Suffering SPITZER! Boffins reveal Milky Way's MISSING ARMS
- Android antivirus apps CAN'T kill nasties on sight like normal AV - and that's Google's fault
- Apple CEO Cook breaks YEARS OF SILENCE, finally speaks to El Reg hack
- No anon pr0n for you: BT's network-level 'smut' filters will catch proxy servers too
- Antique Code Show Sega’s Out Run: Even better than the wheel thing