Which feature differentiates a Nessus Agent from a traditional scanner?

Which feature differentiates a Nessus Agent from a traditional scanner?

• A. It runs scans more frequently
• B. It operates independently on endpoints
• C. It requires a constant internet connection
• D. It only scans active network devices

Answer: (B)

The feature that differentiates a Nessus Agent from a traditional scanner is its ability to operate independently on endpoints. This means that the agent can be deployed directly on the target machines, allowing it to perform scans locally without the need to communicate continuously with a central scanning server. This independence is particularly beneficial in environments with strict network segmentation or where devices may not always be connected to the network. In contrast, traditional scanners typically rely on a central server that sends out scan requests to networked devices. Because the Nessus Agent works directly on the endpoints, it can conduct scans more frequently and efficiently, even if the devices are offline at times. This capability enhances the overall security posture by allowing for more regular assessments without depending on network connectivity.

The feature that differentiates a Nessus Agent from a traditional scanner is its ability to operate independently on endpoints. This means that the agent can be deployed directly on the target machines, allowing it to perform scans locally without the need to communicate continuously with a central scanning server. This independence is particularly beneficial in environments with strict network segmentation or where devices may not always be connected to the network.

In contrast, traditional scanners typically rely on a central server that sends out scan requests to networked devices. Because the Nessus Agent works directly on the endpoints, it can conduct scans more frequently and efficiently, even if the devices are offline at times. This capability enhances the overall security posture by allowing for more regular assessments without depending on network connectivity.