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EC-COUNCIL 312-49v11 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Data Acquisition and Duplication: This domain addresses live and dead acquisition techniques, eDiscovery methodologies, data acquisition formats, validation procedures, write protection, and forensic image preparation for examination.
Topic 2
  • Network Forensics: This domain covers network incident investigation through traffic and log analysis, event correlation, indicators of compromise identification, SIEM usage, and wireless network attack detection and examination.
Topic 3
  • Linux and Mac Forensics: This domain addresses forensic methodologies for Linux and macOS systems including data collection, memory forensics, log analysis, APFS examination, and platform-specific investigation tools.
Topic 4
  • Computer Forensics Investigation Process: This domain addresses the structured investigation phases including first response procedures, lab setup, evidence preservation, data acquisition, case analysis, documentation, reporting, and expert witness testimony.
Topic 5
  • Understanding Hard Disks and File Systems: This domain covers storage media characteristics, disk logical structures, operating system boot processes (Windows, Linux, macOS), file systems analysis, encoding standards, and examination of common file formats.
Topic 6
  • Malware Forensics: This domain addresses malware investigation including controlled lab setup, static analysis, system and network behavior analysis, suspicious document examination, and ransomware investigation techniques.
Topic 7
  • Mobile Forensics: This domain covers Android and iOS forensics including device architecture, forensics processes, cellular data investigation, file system acquisition, lock bypassing, rooting
  • jailbreaking, and mobile application analysis.
Topic 8
  • Defeating Anti-Forensics Techniques: This domain teaches methods to overcome evidence hiding techniques including data recovery, file carving, partition recovery, password cracking, steganography detection, encryption handling, and program unpacking.
Topic 9
  • Dark Web Forensics: This domain addresses dark web investigation focusing on Tor browser artifact identification, memory dump analysis, and extracting evidence of dark web activities.
Topic 10
  • Computer Forensics in Today's World: This domain covers fundamentals of computer forensics including cybercrime types, investigation procedures, digital evidence handling, forensic readiness, investigator roles and responsibilities, industry standards, and legal compliance requirements.
Topic 11
  • IoT Forensics: This domain addresses IoT device investigation including architecture, OWASP IoT threats, forensic processes, wearable and smart device analysis, hardware-level techniques (JTAG, chip-off), and drone data extraction.
Topic 12
  • Investigating Web Attacks: This domain covers web application forensics including IIS and Apache log analysis, OWASP Top 10 risks, and investigation of attacks like XSS, SQL injection, path traversal, command injection, and brute-force attempts.
Topic 13
  • Windows Forensics: This domain covers Windows-specific investigation techniques including volatile and non-volatile data collection, memory and registry analysis, web browser forensics, metadata examination, and analysis of Windows artifacts like ShellBags, LNK files, and event logs.

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EC-COUNCIL Computer Hacking Forensic Investigator (CHFI-v11) Sample Questions (Q415-Q420):

NEW QUESTION # 415
After receiving a jailbroken iPhone for evidence recovery, examiners determine that the device ' s Lightning port is damaged and cannot support a direct USB connection. To proceed, the team plans to acquire a complete bit-for-bit copy of the device over the network from the handset to the forensic workstation using the prescribed SSH and netcat method. What action directly produces this bit-for-bit copy?

Answer: A

Explanation:
The correct answer is C because the actual bit-for-bit imaging step is performed when netcat is used to create the network data channel and dd is used to read and transmit the raw device data stream. The other actions are setup requirements that make the acquisition possible, but they do not themselves create the forensic image.
Establishing SSH access, installing OpenSSH on a jailbroken device, and configuring network connectivity are all preparatory steps. The question, however, asks which action directly produces the bit-for-bit copy. In CHFI v11, mobile acquisition methods are tested not just at the conceptual level but also in terms of distinguishing preparation from the acquisition operation itself. dd is the imaging utility that performs raw copying, and netcat carries that stream across the network to the forensic workstation. This combination is what turns a reachable jailbroken device into an acquired forensic image. Therefore, among the listed choices, the only answer that directly results in the creation of the bit-level copy is using netcat to establish the socket and dd to acquire the image.


NEW QUESTION # 416
During triage of a suspicious Android application, an examiner sets up a local static-analysis environment using MobSF on a forensic workstation. Before any application artifacts can be submitted or results reviewed, the examiner must initialize the analysis environment so that MobSF's interface becomes available for use. Which action enables this environment to become operational?

Answer: C

Explanation:
Running python manage.py runserver starts the MobSF local web server and initializes the analysis environment. Once the server is running, the examiner can access the MobSF interface through the browser to upload and analyze the suspicious APK.


NEW QUESTION # 417
During a corporate fraud investigation, analysts examine a workstation where a user attempted to obscure web activity by relying on private browsing features across multiple modern browsers. Although browser-level traces appear limited, investigators identify residual evidence indicating that user-entered queries and browsing fragments persisted beyond the active session lifecycle. From which artifact can investigators most reliably recover this type of residual evidence across multiple browsers?

Answer: D

Explanation:
The correct answer is B because pagefile.sys is one of the most useful cross-browser residual evidence sources when private browsing is used. Research on private browsing repeatedly shows that, even when standard browser artifacts are minimized, remnants of queries, visited content, and browsing fragments can still persist in operating system artifacts such as paging data and memory-related storage. Studies of private mode forensics found that evidence may remain in RAM and disk artifacts even when browser traces are reduced, and this is especially valuable because pagefile.sys is not tied to one specific browser implementation. CHFI v11 includes browser artifact recovery and private browsing analysis under operating system and file artifact examination, so candidates are expected to think beyond obvious browser stores.
Cookies and temporary databases are more browser-dependent and may be cleared or limited by private mode. DNS cache can reveal domain resolution history, but it usually does not preserve the richer search- query and browsing-fragment evidence described in the scenario. Therefore, pagefile.sys is the strongest and most reliable source among the listed options.


NEW QUESTION # 418
In a high-tech firm located in Austin, Texas, cybersecurity analyst Dr. Liam Hartley was investigating a recent breach where attackers overwhelmed the company ' s online services with a barrage of bogus requests, rendering the platform unavailable to legitimate users and causing significant downtime during peak business hours. The incident disrupted normal operations and led to financial losses as customers could not access services. Based on the attack method described, what type of cybercrime is Dr. Hartley most likely dealing with in this case?

Answer: C

Explanation:
The correct answer is C because the defining feature of the incident is that the attackers flooded the organization's online services with illegitimate requests until legitimate users could no longer access them.
That is the classic operational effect of a Denial-of-Service attack. CHFI v11 covers network and web application threats and attacks, including service disruption scenarios that affect organizational operations.
The question does not describe unauthorized privilege gain, repeated password guessing, or deceptive messaging aimed at tricking users, so privilege escalation, brute force, and phishing do not fit as well. What matters here is the deliberate exhaustion of service availability. From a forensic viewpoint, this kind of event is usually recognized through abnormal traffic volume, connection floods, incomplete sessions, or repeated application requests designed to consume bandwidth, server threads, or processing resources. Because availability is the primary security property being attacked and the platform becomes unreachable to legitimate customers, the most accurate classification is a Denial-of-Service attack. That aligns directly with CHFI's focus on identifying attack categories from their observable effect on systems and services.


NEW QUESTION # 419
What will the following command accomplish?
C:\> nmap -v -sS -Po 172.16.28.251 - data_length 66000 - packet_trace

Answer: D


NEW QUESTION # 420
......

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