A.Conduct an SQL injection attack to extract keys from the database

B.Run a brute-force attack on the private key

C.Analyze the key exchange mechanism and look for padding oracle vulnerabilities

D.Attempt to disable TLS encryption using a downgrade attack

A.Rely solely on predefined inputs from previous tests

B.Randomly generate inputs without any knowledge of the protocol

C.Use protocol-specific mutations and track coverage with dynamic analysis tools

D.Avoid any form of input mutation

A.Bash

B.PowerShell

C.SSH

D.CMD

A.Lack of encryption in Telnet sessions

B.Buffer overflow in HTTP/2

C.TLS handshake failures

D.Secure Shell (SSH) misconfigurations

A.It can lead to vulnerabilities like buffer overflows if not managed correctly.

B.It is solely controlled by the kernel without any program interaction.

C.It is managed through the use of explicit system calls like malloc and free.

D.It automatically encrypts data stored in dynamically allocated memory spaces.