Which technologies does the QFlow Collector use to capture raw network packets? Select two.

The QFlow Collector captures raw network packets primarily using technology that can directly intercept and log network traffic. One of these technologies is TAP (Test Access Point), which is used in networking to copy network traffic without interrupting the flow. TAPs are hardware devices that create a direct, passive copy of the data stream, providing a reliable means to capture packets for monitoring or analysis, making it a critical component for environments where capturing and analyzing traffic is needed.

In the context of the QFlow Collector, using TAP technology allows for efficient and non-intrusive packet capture, ensuring that the original traffic continues smoothly while providing a simultaneous data stream for analysis. This capability is essential for maintaining a secure and efficient monitoring setup.

While other technologies like QNI (QFlow Network Intelligence) may play roles within network intelligence frameworks, they do not inherently focus on the actual capturing of raw packets. Layer 7 refers to the application layer in the OSI model, which involves higher-level functions and does not directly pertain to the raw packet capture process in the same way that TAP technology does. Therefore, TAP is the correct choice for raw packet capture.