VMDK files that contain data and the OS as well as both structured (database) and unstructured data (files). In a virtual server environment, a backup could include. Backup UsesĪ backup of a desktop or mobile device might include just the user data so that a previous version of a file is recoverable if necessary, while the OS and applications can quickly be restored from original sources if necessary (although you should know that restoring an OS to a new device could lead to significant corruption issues). Backups can include data, operating systems (OS), and application files, or a combination of these depending on your backup approach. All the files all safe in the cloud.Īny machine that stores valuable data-like computers, servers, VMs, and mobile devices-should be backed up. The original file is preserved, while older backups (iterations) are deleted in favor of newer backups. Typically, backups are made regularly or when the original data changes. The goal of a backup is to make a copy of any file that you currently use and cannot afford to lose. Kept current according to your requirements.Structured or tagged for locating specific data.Able to be restored or retrieved when needed.Protected from loss or unauthorized access.In this blog post, we cover how each of these data storage methods help to ensure that data is: So, if you are eyeing your own ever-expanding data footprint and wondering where and how to securely store it all, we have a few things to tell you about the difference between archiving and backup functions. ![]() Here’s the short story on the difference between these two concepts.īackups provide for recovering data from hardware failure, data corruption, or other loss.Īrchive helps you manage space limitations and long-term data retention. ![]() To the uninitiated, archiving may sound like another form of data storage: by backing up your files, you are also archiving them. This alone should underscore why being savvy about your online data storage will only become more important in coming years. That’s more or less as much data as one million storage pods. By 2025, the world will generate 463 exabytes of data every day.
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