Which option provides a framework for attackers to construct Trojan horses and customize them to their needs?

Which option provides a framework for attackers to construct Trojan horses and customize them to their needs?

• A. DarkHorse Trojan virus maker
• B. Trojan Horse construction kits
• C. wrapper
• D. IoT Trojans

Answer: (B)

Understanding how attackers customize malicious software often involves modular toolsets that provide templates, payload options, delivery methods, and obfuscation techniques. This kind of framework lets a attacker tailor a Trojan to a specific target or scenario, making it the best fit for describing a framework used to construct Trojan horses and adapt them to needs. The term Trojan Horse construction kits is the standard way security literature refers to these modular, customizable toolsets. The other options don’t describe a widely recognized framework for building Trojans: a vague “DarkHorse” maker isn’t a standard term; a wrapper is generally just packaging around code rather than a full construction framework; and IoT Trojans refer to Trojans aimed at Internet of Things targets, not a toolkit for building them.

Understanding how attackers customize malicious software often involves modular toolsets that provide templates, payload options, delivery methods, and obfuscation techniques. This kind of framework lets a attacker tailor a Trojan to a specific target or scenario, making it the best fit for describing a framework used to construct Trojan horses and adapt them to needs. The term Trojan Horse construction kits is the standard way security literature refers to these modular, customizable toolsets. The other options don’t describe a widely recognized framework for building Trojans: a vague “DarkHorse” maker isn’t a standard term; a wrapper is generally just packaging around code rather than a full construction framework; and IoT Trojans refer to Trojans aimed at Internet of Things targets, not a toolkit for building them.