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| Section | Weight | Objectives |
|---|---|---|
| Windows Forensics | 10% | - Registry analysis - Windows architecture and boot process - Recovering deleted files and partitions - Browser and application forensics - File system and artifact analysis |
| Computer Forensics Investigation Process | 8% | - Investigation planning and documentation - First response and evidence collection - Reporting and presenting findings - Evidence preservation and chain of custody |
| Understanding Hard Disks and File Systems | 9% | - File metadata and timestamps - Storage media types and characteristics - Disk structure and partitioning - File systems: FAT, NTFS, EXT, HFS+ |
| Dark Web Forensics | 5% | - Tools and techniques for dark web forensics - Dark web structure and technologies - Investigating activities on dark networks |
| Investigating Email Crimes | 5% | - Email protocols and structure - Tracking email origins and paths - Analyzing email headers and content - Investigating phishing and spam |
| Linux and Mac Forensics | 8% | - Log files and user activity analysis - Command-line and forensic tools - macOS file systems and artifacts - Linux file systems and structure |
| Database Forensics | 5% | - Database systems and structures - Audit logs and transaction analysis - Recovering and analyzing database records |
| Computer Forensics in Today's World | 7% | - Legal and ethical frameworks - Types of cybercrimes and digital evidence - Overview of computer forensics - Roles and responsibilities of forensic investigators |
| Data Acquisition and Duplication | 8% | - Forensic imaging methods - Hardware and software acquisition tools - Acquiring data from damaged or encrypted media - Verifying data integrity and hashing |
| Cloud Forensics | 7% | - Cloud service models and environments - Collecting evidence from cloud platforms - Challenges in cloud forensics - Legal and compliance aspects |
| Network Forensics | 9% | - Packet capture and reconstruction - Network protocols and traffic analysis - Analyzing network logs and devices - Investigating network intrusions and attacks |
| Defeating Anti-Forensics Techniques | 6% | - Data hiding and obfuscation - Common anti-forensic methods - Countermeasures and detection techniques |
| Malware Forensics | 8% | - Analyzing malicious code and behavior - Recovering from malware incidents - Static and dynamic analysis techniques - Types and characteristics of malware |
| Investigating Web Attacks | 7% | - Web application architecture - Analyzing web server logs and artifacts - Common web attack types - Forensics for web-based evidence |
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NEW QUESTION # 399
Sarah, a forensic investigator, is conducting an investigation on a macOS device that is suspected to have been compromised. She is tasked with gathering evidence of unauthorized access to the system. As part of her investigation, she needs to locate information related to when and who accessed the system. In addition to reviewing general system logs. Sarah knows she must focus on certain types of system files that might provide detailed data on unauthorized activities. Which area of the macOS file system would provide the most relevant information regarding logon attempts and other authentication events?
Answer: B
Explanation:
Option A. The User Account data is the most appropriate answer because the question is specifically about identifying when and who accessed the system , which points to authentication, account usage, and user activity evidence. CHFI v11 includes MAC Forensics Data, Log Files, and Directories , collecting and analyzing macOS artifacts , and analyzing macOS user activities as core examination areas.
In a macOS forensic investigation, artifacts associated with user accounts are the most relevant place to correlate logon activity, authentication-related behavior, and traces of user access. These can help examiners establish which account was involved, what user context was active, and when suspicious access may have occurred. This is far more aligned with the question than other directories centered on startup services, personal files, or browser activity.
The LaunchDaemons directory may reveal persistence or background services, but it is not the primary source for identifying user logon attempts. The Home folder contains user files and activity artifacts, while Safari history is limited to web browsing evidence. Since the objective is to determine access and authentication-related activity, User Account data is the strongest CHFI-aligned answer.
NEW QUESTION # 400
You are working in the security Department of law firm. One of the attorneys asks you about the topic of sending fake email because he has a client who has been charged with doing just that.
His client alleges that he is innocent and that there is no way for a fake email to actually be sent.
You inform the attorney that his client is mistaken and that fake email is possibility and that you can prove it. You return to your desk and craft a fake email to the attorney that appears to come from his boss. What port do you send the email to on the company SMTP server?
Answer: C
NEW QUESTION # 401
During an investigation at a hosting provider in Denver, Colorado, analysts must bulk-scan web server logs for path/directory traversal attempts that may appear in encoded as well as literal form. To reliably match these dot-dot-slash patterns across encodings in one pass, which expression should they apply?
Answer: A
Explanation:
This expression matches directory traversal patterns by detecting literal or URL-encoded dot characters followed by a slash or backslash in literal or encoded form. It allows investigators to identify dot-dot-slash traversal attempts such as ../, .., %2e%2e%2f, and related encoded variants in web server logs.
NEW QUESTION # 402
You're a cybersecurity analyst tasked with understanding the functionality of a Web Application Firewall (WAF) and its role in protecting web applications from various attacks. You need to grasp the benefits and limitations of WAFs and learn how to analyze log files generated by WAF tools like ModSecurity to detect web-based attacks.
What is the primary function of a Web Application Firewall (WAF)?
Answer: C
Explanation:
According to theCHFI v11 Web Application Forensics and WAF module, the primary function of aWeb Application Firewall (WAF)is toinspect, monitor, and filter HTTP/HTTPS trafficbetween a web application and its users. Unlike traditional network firewalls, which operate at the network or transport layer, WAFs function at theapplication layer (Layer 7)and are specifically designed to protect web applications from attacks such asSQL injection, Cross-Site Scripting (XSS), command injection, file inclusion, parameter tampering, and cookie poisoning.
WAFs such asModSecurityanalyze web requests and responses usingrule-based logic, signatures, anomaly detection, and behavioral analysis. CHFI v11 emphasizes that WAF logs are critical forensic artifacts, as they record blocked requests, rule violations, payload details, source IP addresses, timestamps, and attack patterns. These logs allow investigators to detect, reconstruct, and attribute web-based attacks during forensic investigations.
The other options do not describe the primary function of a WAF.Encryption of web trafficis handled by SSL/TLS, not WAFs.DDoS protectionis typically managed by network-level or cloud-based mitigation systems, although some WAFs may offer limited support.System log monitoringis the role of SIEM solutions, not WAFs.
Therefore, as defined in CHFI v11, the core purpose of a Web Application Firewall isinspecting and filtering HTTP traffic to protect web applications, makingOption Athe correct and verified answer.
NEW QUESTION # 403
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: D
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 # 404
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