An organization with a low tolerance for user inconvenience wants to protect laptop hard drives against loss or data theft.
Which of the following would be the MOST acceptable?
A.
SED B.
HSM C.
DLP D.
TPM.
A.
An organization with a low tolerance for user inconvenience wants to protect laptop hard drives against loss or data theft.
Which of the following would be the MOST acceptable?
A.
SED
B.
HSM
C.
DLP
D.
TPM.
A.
The most acceptable option for protecting laptop hard drives against loss or data theft for an organization with a low tolerance for user inconvenience is Self-Encrypting Drive (SED), option A.
Self-Encrypting Drives (SEDs) are hard drives that have built-in encryption capabilities. The encryption is performed by a chip on the drive's circuit board, which is independent of the host computer's CPU. This means that even if the laptop is lost or stolen, the data on the hard drive remains encrypted and cannot be accessed without the encryption key.
SEDs are transparent to the user, meaning that there is no performance impact, and users do not need to enter a password or perform any other action to use the encryption. This makes it an ideal choice for an organization with low tolerance for user inconvenience.
Option B, Hardware Security Module (HSM), is a device used for cryptographic processing, key management, and secure key storage. While HSMs can be used to protect data, they are typically used in large data centers or cloud environments and are not ideal for individual laptops.
Option C, Data Loss Prevention (DLP), is a software solution designed to monitor and control data leaving an organization's network. While DLP can help prevent data theft, it is not designed specifically for protecting laptop hard drives.
Option D, Trusted Platform Module (TPM), is a chip on the motherboard of a computer that provides hardware-based security functions. While TPMs can help protect against data theft, they are typically used in conjunction with other security measures and are not a standalone solution for protecting laptop hard drives.
Therefore, the most acceptable option for an organization with a low tolerance for user inconvenience to protect laptop hard drives against loss or data theft is Self-Encrypting Drive (SED).