Posts by digiadmin
What Happens to Hard Drive Materials After Shredding?
After hard drive shredding, the remaining materials are collected, secured and prepared for specialist recycling or material recovery. A shredded hard drive does not simply become general waste. It is broken into a mixture of metal, plastic, circuit-board material and other components that must be handled carefully. The first priority is data security. The second…
Read MoreHow Are Assets Tracked During On-Site Destruction?
Assets are tracked during on-site destruction by recording each data-bearing device before it enters the destruction process, maintaining control over its movement, confirming that it has been processed and reconciling the final records against the original asset list. The level of tracking can vary. Some organisations require every hard drive, SSD or tape to be…
Read MoreCan a Certificate of Destruction Prove Data Has Been Permanently Destroyed?
A certificate of data destruction provides important evidence that a storage device or batch of media was processed using a stated destruction method. However, the certificate does not independently prove that data has been permanently destroyed unless it is supported by a controlled, traceable and technically appropriate process. Its strength depends on the records behind…
Read MoreWhat Does GDPR Compliant Data Disposal Mean for Businesses?
GDPR compliant data disposal means removing personal data securely when a business no longer has a valid reason to retain it. The disposal method should prevent unauthorised access before, during and after the process, while creating enough evidence to show that the organisation followed an appropriate procedure. It does not simply mean putting an old…
Read MoreAre SSD Crushers Suitable for Data Centres and IT Departments?
SSD crushers can be suitable for data centres and IT departments, provided the equipment is designed specifically for solid-state media and produces a level of physical destruction appropriate to the sensitivity of the data. They can offer a controlled way to destroy failed, obsolete or end-of-life solid-state drives at the point of decommissioning. This may…
Read MoreWhy Do SSDs Need a Different Destruction Method from Hard Drives?
SSDs need a different destruction method from hard drives because they store data in a completely different way. Traditional hard disk drives use magnetic platters, while solid-state drives use flash memory chips. This means a destruction method that works well for one type of media may not work for the other. For businesses, this distinction…
Read MoreHow Strong Must a Degausser Be to Destroy Hard Drive Data?
A degausser must generate a magnetic field strong enough to overcome the magnetic properties of the hard drive being processed. There is no single field-strength figure that is suitable for every hard drive because magnetic storage media vary in their construction, recording density and resistance to magnetic change. For secure data destruction, the degausser should…
Read MoreHow Can Organisations Prove They Followed Secure Destruction Standards?
Organisations can prove they followed secure destruction standards by keeping clear, accurate and traceable evidence of how data-bearing assets were handled, destroyed and disposed of. This evidence should show what was collected, who handled it, where it went, which destruction method was used and when the process was completed. For businesses, proof matters because secure…
Read MoreIs Deleting Files Enough Before Disposing of a Computer?
Deleting files before disposing of a computer is not enough for most businesses. When a file is deleted, the computer usually removes the visible reference to that file rather than immediately removing every trace of the underlying data. In many cases, deleted files or fragments of information may still be recoverable from the storage device.…
Read MoreWhat Is the Best Way to Destroy Data on Flash-Based Storage?
Supporting Questions: The best way to destroy data on flash-based storage is to use a destruction method designed for the specific type of device and the level of data risk involved. For end-of-life business assets, this often means physical destruction of the data-bearing memory chips, supported by a clear audit trail and a certificate of…
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