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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Network Forensics | 9% | - Analyzing network logs and devices - Packet capture and reconstruction - Network protocols and traffic analysis - Investigating network intrusions and attacks |
| Topic 2: 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 |
| Topic 3: Database Forensics | 5% | - Audit logs and transaction analysis - Recovering and analyzing database records - Database systems and structures |
| Topic 4: Investigating Email Crimes | 5% | - Analyzing email headers and content - Email protocols and structure - Tracking email origins and paths - Investigating phishing and spam |
| Topic 5: Computer Forensics in Today's World | 7% | - Legal and ethical frameworks - Roles and responsibilities of forensic investigators - Types of cybercrimes and digital evidence - Overview of computer forensics |
| Topic 6: Data Acquisition and Duplication | 8% | - Acquiring data from damaged or encrypted media - Verifying data integrity and hashing - Hardware and software acquisition tools - Forensic imaging methods |
| Topic 7: Defeating Anti-Forensics Techniques | 6% | - Data hiding and obfuscation - Countermeasures and detection techniques - Common anti-forensic methods |
| Topic 8: Windows Forensics | 10% | - Registry analysis - Browser and application forensics - File system and artifact analysis - Recovering deleted files and partitions - Windows architecture and boot process |
| Topic 9: Malware Forensics | 8% | - Static and dynamic analysis techniques - Types and characteristics of malware - Recovering from malware incidents - Analyzing malicious code and behavior |
| Topic 10: Cloud Forensics | 7% | - Legal and compliance aspects - Cloud service models and environments - Challenges in cloud forensics - Collecting evidence from cloud platforms |
| Topic 11: Computer Forensics Investigation Process | 8% | - Investigation planning and documentation - Reporting and presenting findings - Evidence preservation and chain of custody - First response and evidence collection |
| Topic 12: Investigating Web Attacks | 7% | - Analyzing web server logs and artifacts - Common web attack types - Web application architecture - Forensics for web-based evidence |
| Topic 13: Understanding Hard Disks and File Systems | 9% | - File metadata and timestamps - Disk structure and partitioning - File systems: FAT, NTFS, EXT, HFS+ - Storage media types and characteristics |
| Topic 14: Dark Web Forensics | 5% | - Dark web structure and technologies - Investigating activities on dark networks - Tools and techniques for dark web forensics |
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NEW QUESTION # 425
When using Windows acquisitions tools to acquire digital evidence, it is important to use a well- tested hardware write-blocking device to _________
Answer: C
NEW QUESTION # 426
During a forensic investigation into a recent cyberattack, analysts discovered a piece of malware that had been deliberately disguised to avoid detection. The malware was wrapped in a layer of encryption, making its contents unreadable to typical security software. Once the layer was removed using decryption techniques, the true malicious functionality of the malware became visible. Which of the following components is most likely responsible for this obfuscation?
Answer: A
Explanation:
Option A. Packer is the correct answer because CHFI v11 explicitly identifies program packers as an anti- forensics technique and also covers program packers unpacking tools as a way to reverse that concealment during analysis.
A packer is used to wrap or obfuscate an executable so that its real content is hidden from straightforward inspection. This often makes the malware appear unreadable or significantly harder to analyze until the packed layer is removed or unpacked. That fits the scenario exactly: the malicious functionality only became clear after the outer encrypted or packed layer was removed.
An exploit is code used to take advantage of a vulnerability, not primarily to hide malware. A payload is the malicious function delivered or executed after infection. A dropper is designed to install or deliver other malware components, but it is not the best term for the specific concealment layer described here. Therefore, within CHFI's anti-forensics framework, the component most responsible for this type of obfuscation is a packer .
NEW QUESTION # 427
A Computer Hacking Forensics Investigator (CHFI) has been asked to retrieve specific email files from a large RAID server after a data breach. Additionally, fragments of unallocated (deleted) data are also required. However, there is a severe constraint on time and resources. Considering these requirements, which type of data acquisition should the investigator primarily focus on?
Answer: B
NEW QUESTION # 428
Evelyn, a forensic investigator, is tasked with analyzing a Linux machine suspected of harboring malicious activity. She needs to examine open files and identify which processes are associated with those files. Which Volatility Framework plugin should Evelyn use to list the open files and their associated processes from a RAM image?
Answer: B
Explanation:
Volatility provides the linux.lsof plugin, which lists open files and maps them to the processes that have them open, enabling correlation between files and running processes in a memory image.
NEW QUESTION # 429
Where is the startup configuration located on a router?
Answer: C
NEW QUESTION # 430
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