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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Module 3: Understanding Hard Disks and File Systems | 15% | - Hard Disk Drive Basics - File System Analysis - File Systems (FAT, NTFS, ext2/3/4) - Disk Partitions and Boot Process |
| Topic 2: Module 1: Computer Forensics in Today's World | 5% | - Forensic Readiness and Professional Conduct - Cybercrimes and Legalities - Fundamentals of Computer Forensics |
| Topic 3: Module 2: Computer Forensics Investigation Process | 10% | - Investigation Process Overview - Post-Investigation Process - Investigation Phase - Pre-Investigation Phase |
| Topic 4: Module 7: Network Forensics | 10% | - Incident Detection and Response - Log Analysis - Network Traffic Analysis - Network Forensics Fundamentals |
| Topic 5: Module 5: Defeating Anti-Forensic Techniques | 10% | - Steganography Detection - Artifact Wiping and Countermeasures - Data Deletion and Encryption - Anti-Forensics Overview |
| Topic 6: Module 4: Data Acquisition and Duplication | 15% | - Data Acquisition Fundamentals - Acquisition Best Practices - Acquisition Methods and Tools - Validation and Verification |
| Topic 7: Module 11: Malware Forensics | 5% | - Malware Detection and Removal - Static and Dynamic Analysis - Malware Analysis Fundamentals |
| Topic 8: Module 8: Investigating Web-Based Attacks | 5% | - Tracking Web Attacks - Browser Forensics - Web Application Forensics |
| Topic 9: Module 9: Database Forensics | 5% | - Database Fundamentals - Database Forensics Process - Log Analysis and Recovery |
| Topic 10: Module 10: Cloud Forensics | 5% | - Cloud Evidence Collection - Cloud Computing Fundamentals - Cloud Forensics Challenges |
| Topic 11: Module 6: Operating System Forensics | 15% | - System Artifacts Analysis - Windows Forensics - Linux Forensics - Mac OS Forensics |
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NEW QUESTION # 22
While investigating a web attack on a Windows-based server, Jessy executed the following command on her system:
C:> net view <\10.10.10.11>
What was Jessy's objective in running the above command?
Answer: D
Explanation:
The Windowsnet view \\<computer>command is used to enumerateshared resources(SMB shares) that a remote Windows system is publishing. When Jessy runsnet view \\10.10.10.11, her goal is to retrieve a list of the target host's visible shares-such as administrative shares (e.g.,C$,ADMIN$) and any custom shares created for departments, applications, or users. In forensic and incident-response practice, this is important because attackers commonly use SMB shares forlateral movement,staging tools,dropping payloads, andexfiltrating data. By reviewing the shares exposed by a suspected server, the investigator can quickly identify unexpected or overly permissive shares, locate potential repositories of web content or logs, and determine whether a compromised web server is also exposing file resources that expand the attacker's options.
The other options map to different commands and artifacts: disk space usage is checked with storage utilities (notnet view), open sessions are examined with commands likenet session, and identifying users accessing files typically involvesnet fileor server auditing logs. Therefore, Jessy's objective was toreview file shareson the remote host.
NEW QUESTION # 23
A forensic investigator is collecting volatile data such as system information and network information present in the registries, cache, DLLs, and RAM of digital devices through its normal interface.
Identify the data acquisition method the investigator is performing.
Answer: B
Explanation:
The scenario describes the investigator collectingvolatileartifacts-specifically information inRAM, activeDLLs, system and network state, and transient data held incacheand similar runtime locations-through the device's normal interface while the system is running. In digital forensics documentation, this is the defining characteristic oflive acquisition(also called live response). Live acquisition is performed when the system remains powered on so that investigators can capture evidence that would be lost on shutdown, such as running processes, open network connections, logged-on sessions, loaded modules/DLLs, encryption keys, and portions of registry data that exist in memory or are actively changing.
By contrast,static acquisitionanddead acquisitionare conducted when the system is powered off (or the evidence drive is imaged outside the running OS), focusing primarily on persistent storage such as disk sectors and file system structures.Non-volatile data acquisitionrefers to collecting persistent data stored on media (e.g., files on disk), which does not match the emphasis on RAM and other volatile components in the question. Because the investigator is explicitly collecting volatile data from a running system via its normal interface, the correct method isLive acquisition (B).
NEW QUESTION # 24
Which of the following tools can be used by an investigator to analyze the metadata of files in a Windows- based system?
Answer: D
Explanation:
Bulk Extractoris a digital forensics utility specifically designed to scan storage media (or forensic disk images) and automatically extractstructured artifacts and metadata-like featureswithout relying strictly on file system parsing. In Windows investigations, it is commonly used to identify and pull out items such as email addresses, URLs, domain names, credit card patterns, timestamps, GPS coordinates, and other feature records that can be treated as metadata indicators during triage and deep analysis. Because it works by scanning raw data blocks and producing feature reports, it can recover useful information even when files are deleted, partially corrupted, or when file system structures are damaged-conditions frequently encountered in forensic cases. Investigators use its outputs to correlate user activity, locate sensitive data exposure, and identify evidence-rich regions for further examination with file-level tools.
The other options do not match the requirement of analyzing file metadata broadly.Tor browseris an anonymity-focused web browser, not a forensic metadata analyzer.IECachesViewis a niche utility for viewing Internet Explorer cache/history artifacts rather than general file metadata analysis.Paraben P2 Commandertargets peer-to-peer investigations and related artifacts, not general metadata extraction across files. Therefore, the correct tool for analyzing metadata-like artifacts on a Windows-based system isBulk Extractor (A).
NEW QUESTION # 25
Sam, a digital forensic expert, is working on a case related to file tampering in a system at the administrative department of an organization. In this process, Sam started performing the following steps to analyze the acquired data to draw conclusions related to the case.
1.Analyze the file content for data usage.
2.Analyze the date and time of file creation and modification.
3.Find the users associated with file creation, access, and file modification.
4.Determine the physical storage location of the file.
5.Generate a timeline.
6.Identify the root cause of the incident.
Identify the type of analysis performed by Sam in the above scenario.
Answer: C
Explanation:
The listed actions describe theexamination and interpretation of acquired evidence, which aligns withdata analysisin the digital forensics investigation process. After collection and acquisition, examiners analyze evidence by validating what the data contains (file content and usage), interpretingMAC times(creation
/modification and related timestamps), attributing actions tousers and accounts(who created, accessed, or modified the file), and determiningwhere the file resides physically/logicallyon storage (path, volume, clusters
/blocks, and whether it appears in allocated/unallocated areas). Generating atimelineis a core analytical task used to correlate file events with system activity and other artifacts to reconstruct sequence and intent. Finally,
"identify the root cause of the incident" represents the analytical conclusion derived from correlating artifacts and timeline events.
The other choices do not match the described work.Search and seizureis the legal/field activity of locating and securing evidence sources, not interpreting artifacts.Reportingis the documentation phase after analysis, where findings and methods are written up.Case analysisis broader and can include overall strategy and interpretation, but the question's focus is explicitly on analyzing acquired data and producing forensic conclusions, which isdata analysis.
NEW QUESTION # 26
Kelly, a professional hacker, used her laptop to perform illegal cyber activities for monetary gain on many victims. She securely locked her laptop using BitLocker software. Using this tool, she locked an entire volume using a secret key to deny access to the system.
Identify the anti-forensic technique used by Don in the above scenario.
Answer: B
Explanation:
The scenario describes the use ofBitLockerto lock an entire disk volume with asecret key, preventing access to the contents. In digital forensics, this is a classic example ofencryption as an anti-forensics technique. Full- disk or full-volume encryption transforms readable data into ciphertext using cryptographic algorithms so that, without the correct key (password, recovery key, TPM-bound protector, etc.), the data is computationally infeasible to interpret. This directly obstructs evidence acquisition and analysis because a forensic image of the drive will largely contain encrypted blocks rather than interpretable file system structures and user data.
This differs from the other options:file carvingis a forensic recovery method (often used by investigators) that reconstructs files from unallocated space; it is not an anti-forensics method used to block access.Artifact wipingattempts to erase traces by deleting or overwriting files, logs, or free space, but it does not inherently prevent access to remaining data if wiping is incomplete.Trail obfuscationinvolves misleading or altering logs and traces to confuse investigators, whereas encryption primarilydenies content visibilityby design. Because BitLocker is explicitly a volume encryption mechanism used here to deny access, the correct anti-forensic technique isEncryption (D).
NEW QUESTION # 27
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