A+ 220-1102 Book

When an email is encrypted and the recipient cannot open it, the issue typically revolves around the need for encryption keys. Encryption keys are used to encode and decode the email content, ensuring that only authorized recipients with the correct key can access the information. In this scenario, the user would need to receive the appropriate decryption key from the sender to unlock and read the encrypted email. This exchange ensures that sensitive information remains secure during transmission and is only accessible to intended recipients.

Disposing of SSDs (Solid State Drives) containing sensitive data requires methods that ensure the data cannot be recovered. SSDs store data on flash memory, which makes traditional data destruction methods like degaussing ineffective, as degaussing relies on demagnetizing the magnetic media found in traditional hard drives.

Incineration: This method ensures the complete destruction of the SSD by burning it at high temperatures. This process is effective as it physically destroys the flash memory chips, making data recovery impossible.

Shredding: Shredding involves physically breaking the SSD into small pieces. Specialized shredding machines designed for electronic media can cut the SSD into pieces small enough to render the data unrecoverable.

Other listed options such as Degaussing (A) is ineffective on SSDs because they don't use magnetic storage. Simple Deletion (B) and Formatting (E) are not secure methods for data destruction as the data can potentially be recovered using specialized software. Recycling (D) is environmentally friendly but does not guarantee data destruction if the drive is not physically destroyed first.

To troubleshoot a user's computer remotely while the user is connected, the best option is Microsoft Remote Assistance (MSRA). MSRA allows the technician to view and control the user's screen with their permission, facilitating an effective troubleshooting session without disconnecting the user.

To mitigate brute-force attacks, implementing a failed log-in lockout feature is effective. This security measure temporarily disables user accounts after a specified number of unsuccessful login attempts, preventing attackers from continuously trying different password combinations to gain unauthorized access.