This includes keeping your data encryption engine beyond the reach of unauthorized users and processes, including general system administrators and third-party providers. Who has access to the data ...

That dilemma carries over to decisions on how best to encrypt data in motion and at rest. As agencies turn increasingly to infrastructure, platform and software services that include built-in ...

If your data isn’t encrypted ... If your NAS doesn’t have a dedicated hardware encryption engine, something even the best ...

MongoDB's field-level encryption (FLE ... a DBA must be able to log and monitor the running database engine, to identify "hot spots" in the data. Those hot spots might call for restructuring ...

If encrypted data has a significant number of rows, this must be taken into account at capacity planning time. Encryption is CPU-intensive, which will vary based upon the number of CPUs, ASE engines, ...

On Tuesday, Google started offering users of its Compute Engine service the option ... keys Google itself provides. Encryption keys are used to lock data so it can not be read by other parties.

and offers functionality that makes encryption processes more efficient. As the functionality is built into the database engine itself, either as a feature offered by the database vendor or as a ...

Root of Trust technologies used to protect data-at-rest can be used to protect and manage the system keys and derive the corresponding memory encryption session key for each domain or guest. The ...