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EC-COUNCIL 312-49v11 Exam Overview:

Certification Vendor:EC-Council
Exam Name:CHFI v11 - Computer Hacking Forensic Investigator
Exam Number:312-49v11
Exam Price:USD 550 (varies by region)
Certificate Validity Period:3 years
Exam Duration:240 minutes
Exam Format:Multiple Choice Questions, Scenario-based Questions
Real Exam Qty:150 (typical)
Passing Score:Approximately 70%
Related Certifications:ECIH (EC-Council Certified Incident Handler)
CEH (Certified Ethical Hacker)
Available Languages:English
Recommended Training:EC-Council CHFI Official Training (iLearn)
CHFI Certification Preparation Resources
Exam Registration:EC-Council Exam Registration
EC-Council Certification Portal
Sample Questions:EC-COUNCIL 312-49v11 Sample Questions
Exam Way:Computer-based online or authorized test center exam
Pre Condition:Recommended: Basic knowledge of networking, operating systems, and cybersecurity fundamentals. CEH certification is beneficial but not mandatory.
Official Syllabus URL:https://www.eccouncil.org/programs/computer-hacking-forensic-investigator-chfi/

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EC-COUNCIL 312-49v11 Exam Syllabus Topics:

TopicDetails
Topic 1
  • 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 2
  • 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 3
  • Cloud Forensics: This domain covers cloud platform forensics (AWS, Azure, Google Cloud) including data storage, logging, forensic acquisition of virtual machines, and investigation of cloud security incidents.
Topic 4
  • 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 5
  • 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 6
  • 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 7
  • 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 8
  • Email and Social Media Forensics: This domain addresses email crime investigation including message analysis, U.S. email laws, social media activity tracking, footage extraction, and social network graph analysis.
Topic 9
  • 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.

EC-COUNCIL Computer Hacking Forensic Investigator (CHFI-v11) Sample Questions (Q580-Q585):

NEW QUESTION # 580
Emily, a seasoned digital forensics investigator, has been tasked with conducting an investigation on a Linux system running the ext2 file system. The system was involved in a suspected data exfiltration incident, and Emily needs to gather detailed information about the metadata of a specific file that may have been accessed or modified during the attack. After reviewing the system's file system structure, Emily aims to focus on the source that contains the file's metadata, such as timestamps, permissions, and file size. Which of the following would be the best source for this critical information?

Answer: A

Explanation:
In ext2, an inode stores a file's metadata, including timestamps, permissions, ownership, and size. The inode table holds these structures, making it the primary source for detailed file metadata.


NEW QUESTION # 581
Sophia, a forensic investigator, is analyzing a file suspected to be an image. She is examining the file's hexadecimal signatureto identify its format. Upon inspection, she notices that the first three bytes of the file are47 49 46in hexadecimal. Based on this information, which of the following image formats is the file most likely to be?

Answer: A

Explanation:
According to theCHFI v11 Computer Forensics FundamentalsandFile Analysismodules, identifying file types usingfile signatures (magic numbers)is a core forensic technique. File extensions can be easily manipulated by attackers as an anti-forensics tactic, so investigators rely onhexadecimal headersto determine the true file format.
The hexadecimal sequence47 49 46corresponds to the ASCII characters"GIF". This signature appears at the beginning of allGraphics Interchange Format (GIF)files and is typically followed by version identifiers such asGIF87aorGIF89a. CHFI v11 explicitly lists GIF file headers as a common example when teaching file signature verification using hex editors.
For comparison:
* PNGfiles start with the signature 89 50 4E 47
* BMPfiles start with 42 4D (ASCII "BM")
* JPEGfiles typically start with FF D8 FF
Because the investigator observes 47 49 46 at the beginning of the file, this conclusively identifies the file as a GIF image, regardless of its filename or extension.
CHFI v11 emphasizes thathexadecimal signature analysisis essential when investigating disguised files, malware hidden as images, or data exfiltration attempts using file extension mismatch techniques.
Therefore, based on the file's hexadecimal signature, the image format isGIF, makingOption Cthe correct answer.


NEW QUESTION # 582
During a data breach investigation at a financial firm in Houston, forensic examiners analyze an event log file to determine its integrity status after a system crash. The log indicates that records were written but the file was not properly closed, suggesting potential corruption. Which flag in the header structure reflects this condition of uncommitted changes?

Answer: A

Explanation:
The correct answer is C because the dirty flag indicates that the event log file was not cleanly finalized and may contain uncommitted or inconsistently updated header information. Technical documentation for the Windows EVT structure identifies ELF_LOGFILE_HEADER_DIRTY as the flag value that marks the file as dirty. It also notes dirty-file scenarios in which the log was in use and the header was not updated correctly, which matches the question's description of a crash after records were written but before the file closed properly. CHFI v11 includes event log file format, ELF_LOGFILE_HEADER structure, and the importance of logs as evidence, so understanding these flags is directly relevant to log integrity assessment. The wrap flag refers to log wrapping behavior, archive set indicates archival state, and logfull written reflects a write failure due to insufficient space. None of those captures the condition of possible uncommitted changes after an improper close. For forensic exam logic, when the log may be inconsistent because the system crashed before normal closure, the correct header flag is ELF_LOGFILE_HEADER_DIRTY.


NEW QUESTION # 583
Joshua is analyzing an MSSQL database for finding the attack evidence and other details, where should he look for the database logs?

Answer: A


NEW QUESTION # 584
To understand the impact of a malicious program after the booting process and to collect recent information from the disk partition, an Investigator should evaluate the content of the:

Answer: A


NEW QUESTION # 585
......

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