Therefore, providing an erasure service and a report centered on the drive makes more sense than providing an erasure report based on the machine. Erasing helps organizations achieve residual value for their drives, while physical destruction destroys the drives forever so that they can never be reused.īlancco’s Solution for Processing Loose Drivesįrom a data erasure point of view, these two examples both have a common factor: loose drives as either hard disks or SSDs, not machines at the center of the erasure. Whenever these drives reach the end of life stage, they must be securely and permanently erased before they are reused or resold. In data centers, storage drives are purchased and deployed to store data for a certain length of time and then retired. Related Article: Increase Your Enterprise's Data Protection with Remote IT Asset Erasure Data storage for laptops and tablets is often outsourced to cloud based service providers which offer large storage capacity for affordable prices therefore, a blooming digital life is possible without any data backup. Laptops and tablets are often light clients with low capacity drives and fast internet connectivity. Although enterprises are the main users of cloud storage services, the consumer segment is on the rise due to the way we use and store data. Large data centers have thousands of physical servers and data storage drives for total storage capacities calculated in petabytes.ĭata center capacity has been steadily growing. Most of the physical equipment found in a data center consists of servers, which are made up of racks containing computer components such as processors or data storage drives. In order to dispose of this information safely, the printer must be opened and the disk must physically removed and connected to a computer or server. As a result, sensitive company information, such as strategic, financial, human resources or accounting information, can end up on the hard drive that is embedded in an office printer. An office printer stores any printed documents on its hard drive. You can find data storage in virtually every electronic component used today–printers being a good example. The two examples below illustrate two instances in which you must process loose drives to achieve data security best practices. data storage drives that need to be handled outside their original computers or peripherals, no longer as components, but as individual entities. Today, those targets are expanding to include loose drives, i.e. Targets for data erasure have traditionally been PCs, servers, workstations and laptops.