What are the two characteristics of the full packet captures? (Choose two.)
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A. B. C. D. E.CE.
The two characteristics of full packet captures are:
B. Troubleshooting the cause of security and performance issues: Full packet captures capture all the network traffic passing through a specific point on the network. This makes it easier to troubleshoot network issues as it provides a complete and detailed record of network traffic, including information such as source and destination IP addresses, port numbers, and the contents of each packet. It can help identify security issues such as malware infections or network intrusions, as well as performance issues such as network congestion or packet loss.
E. Providing a historical record of a network transaction: Full packet captures capture a complete record of all network traffic passing through a specific point on the network. This can provide a valuable historical record of network transactions, which can be used for forensic analysis, compliance purposes, or to reconstruct network events. It can also help identify network anomalies or unusual behavior that may be indicative of a security issue.
A. Identifying network loops and collision domains: Full packet captures do not provide direct information on network loops and collision domains. These are physical network characteristics that can be identified through network diagrams or other network documentation.
C. Reassembling fragmented traffic from raw data: While full packet captures can capture fragmented traffic, the reassembly of this traffic into its original form typically requires additional tools or processes. Full packet captures may provide the raw data required for this process, but they do not perform the reassembly themselves.
D. Detecting common hardware faults and identifying faulty assets: Full packet captures do not provide direct information on hardware faults or faulty assets. These issues typically require physical inspection or diagnostic tools to identify. However, full packet captures can provide a record of network traffic that may help identify network issues related to faulty hardware, such as packet loss or network congestion.