Access mechanisms to data on encrypted USB hard drives must be implemented correctly otherwise.

The correct answer is D. the security controls on the USB drive can be bypassed.. Encrypted USB drives rely on access mechanisms - such as PINs, passwords, hardware authentication, or biometrics - to control who can decrypt and read the stored data. If these mechanisms are implemented incorrectly (e.g., weak authentication, a master password left default, or a

Security architecture

Question

Options

Auser accounts may be inadvertently locked out.
Bdata on the USB drive could be corrupted.
Cdata on the hard drive will be vulnerable to log analysis.
Dthe security controls on the USB drive can be bypassed.

How the community answered

(30 responses)

A
3% (1)
B
10% (3)
C
3% (1)
D
83% (25)

Explanation

Encrypted USB drives rely on access mechanisms - such as PINs, passwords, hardware authentication, or biometrics - to control who can decrypt and read the stored data. If these mechanisms are implemented incorrectly (e.g., weak authentication, a master password left default, or a flawed key derivation process), an attacker could bypass the encryption controls entirely and access the plaintext data without the proper credential. Incorrect implementation does not typically lock out user accounts (A), corrupt data (B), or expose logs (C). The fundamental risk of weak or improperly implemented access controls is that the encryption's protection is rendered meaningless.

Topics

#USB encryption#data security#access controls#security bypass

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