Protecting Critical Data for SMBs
Posted by Laura Shafer on Tue, Jul 06, 2010 @ 01:04 PM
Maximizing business continuity while protecting critical data can be especially challenging for small and medium sized businesses (SMBs). Most data protection systems are designed for large enterprise environments, which do not work for SMBs. For smaller businesses, resources are especially limited, and administrators cannot afford to pay hundreds of thousands of dollars for expensive continuous data protection (CDP) solutions. But having a server out of commission isn’t an option either.
In addition, many data protection solutions overlook the critical 
component of the recovery time objective (RTO). Your RTO is the maximum amount of time your systems can be out of commission – from when a disruption occurs to the moment your system is available again. Minimizing your RTO helps you avoid the consequences of a long-term break in business continuity.
Unfortunately, most backup and recovery strategies are bound by technological limitations. When your server has many terabytes (TB) of data that must be recovered – not to mention the operating system and applications – it takes many hours to restore everything from the original volume, even at relatively rapid disk speeds.
Cloud computing and off-site replication can help address concerns about data security and help ensure that information is available following a catastrophe. But again, these types of security solutions are often unavailable to SMBs due to their complexity and their costs.
Plus, IT administrators working for SMBs rarely have the time or 
the resources to manage complex backup systems that require extensive certifications or hours of training to understand. But having a clear picture of your backup resources, knowing whether backups are successful and minimizing the resources required for ongoing data protection are imperative.
Download this white paper to learn more about each of these issues, why they are important for SMBs to address and how to resolve them while maximizing business continuity, protecting critical data and minimizing IT resources necessary to accomplish the demands of maintaining Windows servers.