We’ve been demoing the features in this latest release for customers, and each is so clear and visual, we’ve seen eyes light up. This is yet another example – SyncVM. Well, that’s its formal name; but it’s Tintri’s ‘flux capacitor’, allowing travel back and forth through time. It’s yet another proof point that when storage works at the VM-level, it just works better.
One of the benefits of time travel is application recovery. Sometimes you need to revert to a previous snapshot (of a desktop or a database), and other storage companies will absolutely let you travel back in time. However, you’ll have to (a) recover an entire LUN or volume, and (b) drop all future snapshots once you go back in time. If you’re Michael J. Fox… you’re stuck at the clocktower in 1955; you can’t go forward again.
As per our mantra (Challenge the Storage Quo), Tintri let’s you (a) recover an individual VM, and (b) move back and forth between recovery points. You never lose any of your recovery points. You’re in the driver’s seat (VMstore = DeLorean).
SyncVM will also make your application development team sing. That team is probably cloning ‘children’ from a ‘master’ VM as part of their development and testing efforts. Now they can synchronize ‘master’ with ‘children’. When they refresh the ‘master’ they can easily refresh its ‘children’ (either the entire VM, or even component vDisks), and with Tintri’s REST API or PowerShell, they can script the process so it all happens automatically.
Application development won’t need to reconfigure their VMs when the refresh occurs; nor will they need to use weekends for planning updates to dev, test and production. Their development cycles will speed up as refreshes occur in minutes, not days.
Vineet has more than 10 years of experience in building products in the storage and virtualization space. Currently at Tintri, he is in charge of Product Management for Tintri Global Center and Ec...more
Unique control with VM-level actions for infrastructure functions including snapshots, replication and QoS make protection and performance certain in production, and accelerate test and development cycles.