What is the primary function of the AI-driven malware prevention engine?

The primary function of the AI-driven malware prevention engine is to identify and quarantine suspicious files. This means that the engine continuously monitors incoming and outgoing files, analyzing their behavior and characteristics to determine if they exhibit any malicious traits. Once a file is flagged as suspicious, the engine can quarantine it to prevent potential harm to the system or network, allowing further analysis to confirm whether the file is indeed malicious.

This proactive approach is essential in cybersecurity, as it enables organizations to mitigate risks associated with undiscovered or polymorphic malware. By isolating suspicious files, the engine can effectively contain threats until they can be properly analyzed and resolved, thereby maintaining the integrity and security of systems.

The other options do not encapsulate the primary function of the engine effectively. For instance, while rescanning benign files and automatically removing malware are part of broader security practices, they do not specifically reflect the core functionality of identifying and quarantining based on suspicious behavior. Moreover, limiting detection to known threats neglects the increasingly sophisticated nature of malware, which can often evade traditional detection methods.