In my overview of Desktop as a Service (DaaS) delivery models last month, I touched on availability services, an emerging market that shows strong potential for future growth, and on DaaS services specifically tailored to disaster recovery. Now, fresh from witnessing the slightly embarrassing spectacle of San Francisco grinding to a halt after a little light…
Recently at Dell World, I was part of a conversation about what would be utopian disaster recovery and where we are today in the state of the industry. But where we are today is transforming, with a new name that encompasses many technologies. We are now using the term “data protection” (DP) to mean much…
The next generation of data protection is not just about backup or replication into and out of the cloud, but about inexpensive recovery directly into a cloud in a hypervisor agnostic manner. Recovery is the key to backup and while we spend many hours ensuring that our backups happen in a timely manner, we spend very little time testing those backups and ensuring that recovery can happen at any time for any workload, not just those that are mission critical. Next generation data protection must also be extremely simple to use, setup, and configure. Is your data protection tool a next generation tool or lost in the past somewhere?
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A major aspect of virtualizing any business critical application is data protection which encompasses not only backup, but disaster recovery, and business continuity. It is imperative that our data be protected. While this is true of all workloads, it becomes a bigger concern when virtualizing business critical applications. Not only do we need backups, but we need to protect the business, which is where business continuity comes into play.
Data Protection is not just about backup these days, but instead concentrates on two all important concepts for a business: disaster recovery and business continuity. While backup is a part of Disaster Recovery, restoration is all important. If it is not possible to restore your data in a timely fashion the backup has failed. So technologies that allow us to access our data immediately provides a level of business continuity. But how is this achieved? So where do you save your critical data is is readily restorable? Is your backup integrated into your monitoring software? Have you tested your restore today?
The Virtualization Practice was recently offline for two days, we thank you for coming back to us after this failure. The reason, a simple fibre cut that would have taken the proper people no more than 15 minutes to fix, but we were way down on the list due to the nature of the storm that hit New England and took 3M people off the grid. Even our backup mechanisms were out of power. While our datacenter had power, the rest of the area in our immediate vicinity did not. So not only were we isolated from reaching any clouds, but we were isolated from being reached from outside our own datacenter. The solution to such isolation is usually remote sites and location of services in other regions of a county, this gets relatively expensive for small and medium business, can the Hybrid Cloud help here?
Whether you use replication as a means of disaster avoidance or disaster recovery, replication of your virtual environment between hot sites has always been a win. With current technology it is even possible to replicate to a replication receiver cloud which could provide a measure of business continuity as well. So who are the players and who provides what service, and how do they do it?