Be able to select the right tool and method for capturing network or cloud evidence while preserving integrity. The single most important thing: follow the order of volatility and document chain of custody, because improperly captured or unhashed evidence is easily challenged and excluded.
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Domain overview
This domain covers collecting and analyzing evidence from networks and cloud environments: packet capture, volatile data, virtual machine memory acquisition, and cloud audit logs. Questions test forensically sound procedures, what artifacts each source yields, and how to preserve evidence so it stays admissible. Expect scenario items on PCAP analysis, cloud log anomalies, and proper order of volatility.
Exam objectives
Extracting IPs, ports, protocols, and payloads from PCAP files using Wireshark or tcpdump filters
Capturing volatile network data with tools like tcpdump, Wireshark, and NetFlow before it is lost
Acquiring virtual machine memory in cloud environments using hypervisor snapshots or memory capture tools
Reviewing cloud provider audit logs such as AWS CloudTrail for unauthorized access and credential misuse
Assuming a PCAP contains full application content when traffic was encrypted, so only metadata like IPs and ports is recoverable
Treating a live VM snapshot as a memory dump; snapshots capture disk state, not necessarily volatile RAM contents
Pulling cloud logs without preserving chain of custody or hashing, weakening admissibility of the evidence later
Click any question to see the full explanation and answer options, or start a focused practice session above.
An investigator needs to capture network traffic from a live network segment without altering the traffic flow. Which technique should they use?
2During a cloud forensics investigation, the investigator discovers that the cloud provider uses shared storage for multiple tenants. Which challenge is MOST likely to arise when acquiring a forensic image?
3A security team needs to preserve network evidence for a potential legal case. What is the BEST practice for capturing volatile network data?
4In a cloud forensic investigation, the analyst needs to obtain a memory dump of a virtual machine. Which method is considered forensically sound?
5During a network forensic investigation, the analyst recovers a PCAP file. What type of information can be directly extracted from this file?
6An investigator is analyzing cloud storage logs and finds an entry showing that a file was accessed using the root credentials from an IP address in a different geographic region. The organization has strict policies against root usage. What should the investigator do FIRST?
7A forensic analyst is examining a network intrusion detection system (NIDS) alert that triggered on a packet with the FIN, PSH, and URG flags set. What type of scan does this indicate?
8Based on the ARP table exhibit, what is the most likely security issue?
9Based on the log exhibit, what type of attack is occurring?
10You are investigating a network breach at a financial institution. The organization uses a network-based intrusion detection system (NIDS) and maintains full packet capture (PCAP) for critical segments. The incident allegedly started with a spear-phishing email that delivered a remote access trojan (RAT). The security team has isolated the infected host and provided you with a disk image of the host and a PCAP file covering the network traffic from the host for the 24-hour period before isolation. In the PCAP, you see a series of TCP connections from the host to an external IP address on port 443 (HTTPS). The external IP is known to be associated with a command-and-control (C2) server. However, the disk image shows no evidence of the RAT binary or any malicious files. The host's antivirus logs are clean. Which of the following is the most likely explanation for the lack of evidence on the disk?
11During a forensic investigation, the analyst runs netstat -ano on a compromised workstation. Based on the exhibit, which connection is MOST suspicious and should be investigated further?
12You are a forensic investigator responding to a data breach at a mid-sized company. The company uses a hybrid cloud environment with AWS for production workloads and on-premises servers for legacy applications. The breach was detected when an internal monitoring system flagged unusual outbound traffic from an AWS EC2 instance (i-0a1b2c3d4e5f) to an external IP address (198.51.100.20) on TCP port 4444 during off-hours. The EC2 instance runs a Linux-based web server. The security team has already isolated the instance by removing its security group rules and stopping the instance. You have been provided with the following: (1) AWS CloudTrail logs for the past 72 hours, (2) VPC Flow Logs for the same period, (3) a snapshot of the instance’s root volume (EBS), and (4) the instance metadata log from the AWS console. The company’s incident response policy requires preservation of all volatile data before powering off the instance. Which of the following steps should you take FIRST to ensure a forensically sound investigation?
Be able to select the right tool and method for capturing network or cloud evidence while preserving integrity. The single most important thing: follow the order of volatility and document chain of custody, because improperly captured or unhashed evidence is easily challenged and excluded.
The Courseiva CHFI question bank contains 12 questions in the Network and Cloud Forensics domain, covering the 7% of the exam attributed to this domain in the official EC-Council blueprint. Click any question to see the full explanation and answer breakdown.
Start with a 10-question focused session to identify your baseline accuracy in this domain. Read every explanation — even for questions you answer correctly — to understand the reasoning. Once you score consistently above 80%, move to a 20–30 question session to confirm depth before moving to the next domain.
Yes — the session launcher on this page draws questions exclusively from the Network and Cloud Forensics domain. Choose 10, 20, 30, or 50 questions for a focused session, or click individual questions to review them one by one.
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