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| Section | Weight | Objectives |
|---|---|---|
| Dark Web Forensics | 5% | - Tools and techniques for dark web forensics - Investigating activities on dark networks - Dark web structure and technologies |
| Windows Forensics | 10% | - Registry analysis - Windows architecture and boot process - Browser and application forensics - File system and artifact analysis - Recovering deleted files and partitions |
| Investigating Web Attacks | 7% | - Forensics for web-based evidence - Common web attack types - Analyzing web server logs and artifacts - Web application architecture |
| Defeating Anti-Forensics Techniques | 6% | - Common anti-forensic methods - Countermeasures and detection techniques - Data hiding and obfuscation |
| Network Forensics | 9% | - Network protocols and traffic analysis - Packet capture and reconstruction - Investigating network intrusions and attacks - Analyzing network logs and devices |
| Computer Forensics in Today's World | 7% | - Types of cybercrimes and digital evidence - Legal and ethical frameworks - Overview of computer forensics - Roles and responsibilities of forensic investigators |
| Cloud Forensics | 7% | - Cloud service models and environments - Challenges in cloud forensics - Legal and compliance aspects - Collecting evidence from cloud platforms |
| Understanding Hard Disks and File Systems | 9% | - Storage media types and characteristics - File metadata and timestamps - File systems: FAT, NTFS, EXT, HFS+ - Disk structure and partitioning |
| Database Forensics | 5% | - Recovering and analyzing database records - Database systems and structures - Audit logs and transaction analysis |
| Malware Forensics | 8% | - Recovering from malware incidents - Analyzing malicious code and behavior - Static and dynamic analysis techniques - Types and characteristics of malware |
| Computer Forensics Investigation Process | 8% | - Investigation planning and documentation - Evidence preservation and chain of custody - First response and evidence collection - Reporting and presenting findings |
| Data Acquisition and Duplication | 8% | - Verifying data integrity and hashing - Hardware and software acquisition tools - Acquiring data from damaged or encrypted media - Forensic imaging methods |
| Investigating Email Crimes | 5% | - Analyzing email headers and content - Tracking email origins and paths - Email protocols and structure - Investigating phishing and spam |
| Linux and Mac Forensics | 8% | - Linux file systems and structure - Log files and user activity analysis - macOS file systems and artifacts - Command-line and forensic tools |
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NEW QUESTION # 19
Recovery of the deleted partition is the process by which the investigator evaluates and extracts the deleted partitions.
Answer: A
NEW QUESTION # 20
Emily, a network security analyst, is reviewing the logs generated by a Cisco firewall after a suspected attack on the company's network. She encounters a log message related to a connection attempt that seems suspicious. The log shows an entry with mnemonic 106022.
Based on the firewall's logging patterns, which of the following best describes the log message Emily found?
Answer: D
Explanation:
This question aligns with CHFI v11 objectives under Network and Web Attacks and Network Log Analysis, particularly the interpretation of Cisco firewall (ASA) log messages. Cisco ASA firewalls use numeric mnemonics to categorize and describe specific security events. Understanding these mnemonics is critical for forensic investigators when reconstructing attack attempts and identifying malicious network behavior.
The Cisco ASA message ID 106022 corresponds to a "Deny protocol connection spoof" event.
This log entry is generated when the firewall detects a packet with a spoofed source address, meaning the packet's source IP does not match the expected routing or interface from which it was received. Such behavior is commonly associated with reconnaissance, evasion attempts, or denial-of-service attacks.
CHFI v11 emphasizes that spoofed connection attempts are strong indicators of malicious activity and are frequently logged by perimeter security devices. By analyzing this log, investigators can identify attempted impersonation, trace attack origins, and correlate events across network devices.
NEW QUESTION # 21
During an incident response at a hospital in Chicago, Illinois, a suspect application server is still powered on with active user sessions. The team must prioritize capturing fragile, volatile information such as contents of RAM, cache, and dynamic process state that would be lost if the system shuts down. What type of acquisition approach best satisfies this requirement?
Answer: D
Explanation:
The correct answer is A because live acquisition is the method used when a system is still running and investigators must capture volatile evidence before it disappears. CHFI v11 explicitly includes live acquisition, order of volatility, and collection of volatile information such as memory contents, active processes, cache data, and session information. Those are exactly the artifacts named in the question. Logical acquisition focuses on selected file-system level data and does not specifically address volatile runtime state.
Sparse acquisition is a targeted collection method used to gather selected portions of data, not in-memory artifacts. Dead acquisition is performed after a system is powered down and is therefore unsuitable when the most important evidence would be lost at shutdown. In forensic practice, active servers may contain critical evidence in RAM, open network connections, injected code, encryption material, or running process details that cannot be reconstructed later from disk alone. Since the question centers on preserving volatile evidence from a still-powered system, the correct and most CHFI-aligned answer is live acquisition.
NEW QUESTION # 22
A digital forensics investigator performs a browser history analysis after a suspected breach. The investigator deals with three web browsers: Mozilla Firefox, Coogle Chrome, and Microsoft Edge.
The suspect was using Windows. The investigator must locate the cache, cookies, and history for all three browsers. What are the correct locations?
Answer: D
NEW QUESTION # 23
Forensic investigators respond to a smart home burglary. They identify, collect, and preserve IoT devices, then analyze data from cloud services and synced smartphones. A detailed report is prepared for court presentation, outlining the investigation process and the evidence collected.
Which stage of theIoT forensic processensures thatevidence integrity is maintained by preventing alteration before collection?
Answer: B
Explanation:
According to theCHFI v11 Mobile and IoT Forensicsdomain, thepreservation stageis specifically responsible for ensuring that digital evidence remainsunaltered, intact, and legally admissiblethroughout the forensic lifecycle. Preservation beginsimmediately after evidence is identifiedand continues until the investigation is concluded and evidence is presented in court.
In IoT investigations, preservation is especially critical because IoT devices-such as smart locks, cameras, sensors, and hubs-often containvolatile data, limited storage, and continuous network connectivity. CHFI v11 emphasizes that investigators must take steps such asisolating devices from networks, disabling remote access, preventing firmware updates, maintaining power states when necessary, and documenting handling proceduresto avoid unintentional data modification or loss.
Whileevidence identification and collectionfocuses on locating and acquiring devices and data sources, it does not by itself guarantee protection against alteration.Data analysisandpresentation/reportingoccur later and rely on evidence that has already been preserved correctly. Any failure in preservation can compromise chain of custody and result in evidence being challenged or excluded.
CHFI v11 explicitly states thatpreservation safeguards evidence integrity before, during, and after collection, making it the foundation of a defensible IoT forensic investigation.
Therefore, the stage that ensures evidence integrity by preventing alteration before collection isPreservation, makingOption Dthe correct and CHFI v11-verified answer.
NEW QUESTION # 24
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