What is one benefit of employing honeypots in cybersecurity?

What is one benefit of employing honeypots in cybersecurity?

• A. They secure data by encryption
• B. They provide an opportunity to study attackers' methods
• C. They prevent all types of attacks
• D. They automatically patch vulnerabilities

Answer: (B)

The option indicating that honeypots provide an opportunity to study attackers' methods is correct because honeypots are intentionally designed to be vulnerable or appear as attractive targets for cybercriminals. By monitoring the activities within a honeypot, cybersecurity professionals can gain valuable insights into the tactics, techniques, and procedures (TTPs) employed by attackers. This information is crucial for understanding emerging threats and developing more effective security measures. Studying how attackers interact with the honeypot allows organizations to identify weaknesses in their systems and reinforce defenses more intelligently, improving overall security posture. The ability to analyze real-world data from cyber threats in a controlled environment makes honeypots a useful tool for both research and defensive strategies in cybersecurity. In contrast, the other options do not accurately represent the capabilities of honeypots. While encryption secures data effectively, it is not a function of honeypots. Honeypots are not designed to prevent all types of attacks; instead, they attract them to gather information. Additionally, honeypots do not automatically patch vulnerabilities, as their primary function is to observe and analyze malicious behavior rather than actively participate in system defense.

The option indicating that honeypots provide an opportunity to study attackers' methods is correct because honeypots are intentionally designed to be vulnerable or appear as attractive targets for cybercriminals. By monitoring the activities within a honeypot, cybersecurity professionals can gain valuable insights into the tactics, techniques, and procedures (TTPs) employed by attackers. This information is crucial for understanding emerging threats and developing more effective security measures.

Studying how attackers interact with the honeypot allows organizations to identify weaknesses in their systems and reinforce defenses more intelligently, improving overall security posture. The ability to analyze real-world data from cyber threats in a controlled environment makes honeypots a useful tool for both research and defensive strategies in cybersecurity.

In contrast, the other options do not accurately represent the capabilities of honeypots. While encryption secures data effectively, it is not a function of honeypots. Honeypots are not designed to prevent all types of attacks; instead, they attract them to gather information. Additionally, honeypots do not automatically patch vulnerabilities, as their primary function is to observe and analyze malicious behavior rather than actively participate in system defense.