Which two choices are use cases for Distributed Intrusion Detection?

Identifying security vulnerabilities in workloads is a significant use case for Distributed Intrusion Detection within VMware NSX-T. This capability allows organizations to monitor their workloads and detect any anomalous behavior that may suggest a security vulnerability or exploitation attempt. By leveraging the distributed architecture of NSX-T, which integrates security directly into the virtualization layer, security teams can gain deeper visibility into the state of their workloads and promptly respond to potential threats.

In this context, the value of identifying vulnerabilities becomes clear. It enables proactive measures to secure systems before they are exploited or compromised. Organizations can manage risks more effectively, ensuring the integrity of their data and applications.

Other choices involve different aspects of security management and may not directly relate to the primary function of Distributed Intrusion Detection. For example, using agentless antivirus with Guest Introspection pertains to malware detection rather than vulnerability exploitation. Similarly, quarantining workloads based on vulnerabilities focuses on response actions rather than the detection capabilities, while identifying risk and reputation of accessed websites relates more to web security and user activity rather than the core functions of an intrusion detection system.