An engineer needs to have visibility on TCP bandwidth usage, response time, and latency, combined with deep packet inspection to identify unknown software by its network traffic flow.
Which two features of Cisco Application Visibility and Control should the engineer use to accomplish this goal? (Choose two.)
Click on the arrows to vote for the correct answer
A. B. C. D. E.DE.
The engineer needs to have visibility on TCP bandwidth usage, response time, and latency. To accomplish this goal, the engineer should use the metrics collection and exporting feature of Cisco Application Visibility and Control (AVC). Metrics collection and exporting provides detailed information on network performance, including TCP bandwidth usage, response time, and latency. This feature allows the engineer to view historical data and track network trends over time.
In addition to metrics collection and exporting, the engineer also needs deep packet inspection to identify unknown software by its network traffic flow. For this purpose, the engineer should use the application recognition feature of Cisco AVC. Application recognition allows the engineer to identify network traffic based on application signatures, even if the traffic is using non-standard ports or protocols. With this feature, the engineer can identify unknown software and monitor its behavior on the network.
Therefore, the correct answers are D. metrics collection and exporting, and E. application recognition.
A. Management and reporting is a feature that provides a centralized view of network activity and usage across the entire organization. It allows the engineer to create customized reports and alerts, but it does not provide the detailed network performance metrics or deep packet inspection capabilities required by the engineer in this scenario.
B. Traffic filtering is a feature that allows the engineer to define policies to control the types of traffic that are allowed or blocked on the network. While this feature can help manage bandwidth usage, it does not provide the detailed performance metrics or deep packet inspection capabilities required by the engineer in this scenario.
C. Adaptive AVC is a feature that dynamically adjusts the network policies based on real-time network conditions. While this feature can improve network performance and security, it does not provide the detailed performance metrics or deep packet inspection capabilities required by the engineer in this scenario.