A network engineer is configuring Flexible NetFlow and enters these commands. What are two results of implementing this feature instead of traditional NetFlow? (Choose two.)

Flexible NetFlow allows for highly customized flow definitions and aggregation, which can lead to more efficient resource utilization (CPU and memory) on the router compared to the fixed, broader collection of traditional NetFlow by collecting only the specific data points needed.

While Flexible NetFlow is highly customizable, exporting only top talkers requires specific configuration and is not an inherent default result of the feature itself; traditional NetFlow data can also be filtered post-collection.

The security of data export flow is primarily related to the transport protocol (e.g., using TLS with IPFIX) and not an inherent feature that makes Flexible NetFlow more secure than traditional NetFlow; both can use secure transport if configured.

Flexible NetFlow supports sampling, where only a subset of packets is analyzed to derive flow information, which significantly reduces the processing load and the number of packets that need full analysis compared to traditional NetFlow.

When sampling is used in Flexible NetFlow to reduce packet analysis, the accuracy of the data for very granular traffic analysis might actually be reduced, as not all packets are observed.