The Cloud will Crush Traditional Disaster Recovery

May 19, 2016 James Kessinger

The Cloud Will Destroy Traditional Disaster Recovery

Following are two recent interviews where I discuss cloud recovery more specifically (as a hybrid cloud use case) as well as how CloudVelox addresses complex legacy app environments with both physical and virtual workloads.

The level of automation for these mixed environments is what sets CloudVelox apart from the first generation tools developed for app environments already (100%) virtualized or requiring extensive manual processes.

Interview with David Marshall at VMblog

From the interview: “For most organizations the traditional disaster recovery model is broken: the DR environment is expensive and cumbersome, and infrequently tested.  That means should an actual outage or disaster happen, a recovery could take days or even weeks, since the DR site needs to be a close match to the protected site, and for most environments that requires extensive and complex manual processes.  In between (infrequent) tests or dry runs these steps can be inadvertently missed. A duplicate site is equipped, powered and operated for the prospect of use less than 5% of the time, if at all.  That is incredibly wasteful. Cloud DR is a superior operating model to backup and traditional warm or cold standby models: it offers better protection and often much lower costs.”

InformationWeek News Desk at Interop

“Secondary data centers are unwieldy, costly and difficult to test.”

Greg Ness of CloudVelox is interviewed at the InformationWeek news desk about CloudDR

 

Read One of the Best CIO quotes Regarding Secondary DataCenters.

 

 


Previous Article
One of the Best CIO Quotes on Secondary Data Centers
One of the Best CIO Quotes on Secondary Data Centers

Asheville CIO Jonathan Feldman calls secondary data centers a terrible waste.

Next Article
Product Update: New One Hybrid Cloud v2.5 release
Product Update: New One Hybrid Cloud v2.5 release

One Hybrid Cloud v2.5 Product Update

Read the Pilot Light DR Datasheet

Read