An attack vector is a path or means by which an attacker can gain access to computer or network resources in order to deliver an attack payload or cause a malicious outcome.

An attack vector is a path or means by which an attacker can gain access to computer or network resources in order to deliver an attack payload or cause a malicious outcome.

• A. True
• B. False
• C. It is a type of malware
• D. It is a hardware vulnerability

Answer: (D)

The thing being tested is what an attack vector means in cybersecurity. An attack vector is indeed the path or method an attacker uses to reach computer or network resources and to deliver a payload or cause harm. This can be through software vulnerabilities, misconfigurations, weak or stolen credentials, phishing and social engineering, or other routes that bypass defenses. It’s not itself a type of malware, nor strictly a hardware vulnerability; rather, it’s the route the attacker takes. So the statement is true because it correctly describes attack vectors as the paths or means by which access is gained, not the malware itself or a hardware flaw.

The thing being tested is what an attack vector means in cybersecurity. An attack vector is indeed the path or method an attacker uses to reach computer or network resources and to deliver a payload or cause harm. This can be through software vulnerabilities, misconfigurations, weak or stolen credentials, phishing and social engineering, or other routes that bypass defenses. It’s not itself a type of malware, nor strictly a hardware vulnerability; rather, it’s the route the attacker takes. So the statement is true because it correctly describes attack vectors as the paths or means by which access is gained, not the malware itself or a hardware flaw.