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EC-COUNCIL 312-49v11 Exam Overview:

Certification Vendor:EC-COUNCIL
Exam Name:Computer Hacking Forensic Investigator (CHFI-v11)
Exam Number:312-49v11
Exam Duration:240 minutes
Related Certifications:Certified Ethical Hacker (CEH)
EC-Council Certified Security Analyst (ECSA)
Real Exam Qty:150
Exam Price:$650 USD
Available Languages:English
Passing Score:60% - 85% (varies by exam form)
Exam Format:Multiple Choice Questions (MCQ)
Certificate Validity Period:3 years
Recommended Training:Official CHFI Training
Exam Registration:EC-Council Exam Registration
Sample Questions:EC-COUNCIL 312-49v11 Sample Questions
Exam Way:Online remote proctored or onsite at EC-Council authorized exam centers
Pre Condition:Recommended: 2 years of work experience in IT security or related field; completion of official CHFI training is highly recommended
Official Syllabus URL:https://www.eccouncil.org/train-certify/computer-hacking-forensic-investigator-chfi/

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EC-COUNCIL 312-49v11 Exam Syllabus Topics:

TopicDetails
Topic 1
  • 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 2
  • 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 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
  • 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 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
  • 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 7
  • 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 8
  • 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 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.
Topic 10
  • 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 11
  • 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 12
  • 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 13
  • 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.

EC-COUNCIL Computer Hacking Forensic Investigator (CHFI-v11) Sample Questions (Q331-Q336):

NEW QUESTION # 331
During a financial investigation in Boston, Massachusetts, a forensic analyst duplicates a suspect ' s hard drive. To confirm that the duplicate image is an exact copy of the original, which validation method should the analyst apply?

Answer: B

Explanation:
The correct answer is A because hashing is the standard validation method used to confirm that a forensic image exactly matches the original source. CHFI v11 includes data acquisition validation tools and emphasizes validating acquired evidence as part of sound forensic methodology. By calculating cryptographic hash values such as MD5 or SHA-256 on both the original media and the acquired duplicate, the examiner can demonstrate that the contents are identical at the time of acquisition. This is one of the most important ways to support evidentiary integrity and courtroom defensibility. Compression does not validate equivalence, RAID reconstruction is unrelated unless the source itself is a RAID system requiring assembly, and data sanitization applies to preparing media, not proving a copied image is exact. In forensic practice, the duplicate is trusted only when a validation process confirms there has been no alteration during acquisition or storage.
Since the question asks for the method that proves the duplicate image is an exact copy, the correct answer is computing cryptographic hash values such as MD5 or SHA-256.


NEW QUESTION # 332
Identify the location of Recycle Bin on a Windows 7 machine that uses NTFS file system to store and retrieve files on the hard disk.

Answer: A


NEW QUESTION # 333
What will the following command accomplish in Linux?
fdisk /dev/hda

Answer: B


NEW QUESTION # 334
Following a cybercrime incident, a forensic investigator is conducting a detailed examination of a suspect's digital device. The investigator needs to preserve and analyze the disk images without being restricted by various image file formats tied to commercial software, which may limit the investigator's ability to work with a range of analysis platforms. The investigator chooses a simple, straightforward, and uncompressed format that can be easily accessed and analyzed using a wide range of forensic tools and platforms, without the need for specialized software. Which data acquisition format should the investigator use in this case?

Answer: C

Explanation:
This question maps directly to CHFI v11 objectives underData Acquisition and DuplicationandData Acquisition Formats. CHFI v11 clearly explains that theRAW (dd) image formatis the most widely used and universally supported forensic image format. RAW images are exact bit-by-bit copies of storage media and do not rely on proprietary structures, compression, or vendor-specific software. This makes them ideal when investigators require maximum compatibility across multiple forensic tools and platforms.
The RAW format is simple, uncompressed, and transparent, allowing it to be analyzed by nearly all forensic suites such as Autopsy, FTK, EnCase, and The Sleuth Kit. CHFI v11 emphasizes that RAW images are preferred when long-term accessibility, court admissibility, and tool independence are critical requirements.
AFF and AFF4 formats provide advanced features such as metadata storage and compression, but they require specific tool support and are not as universally accessible. Proprietary formats are discouraged because they limit interoperability and may introduce legal or technical constraints. Therefore, adopting the RAW format best satisfies the requirement for simplicity, broad compatibility, and forensic soundness as defined in CHFI v11 standards.


NEW QUESTION # 335
A user in an authoritarian country seeks to access the Tor network but faces heavy internet censorship. By utilizing bridge nodes , the user's connection is disguised, allowing them to bypass restrictions. Bridge nodes are not listed in public Tor directories, making it difficult for ISPs and governments to identify and block Tor traffic.
How do bridge nodes assist users in accessing the Tor network despite censorship?

Answer: C

Explanation:
According to the CHFI v11 Dark Web Forensics domain, Tor bridge nodes are specifically designed to help users bypass censorship and surveillance in restrictive environments. Governments and ISPs often block access to Tor by identifying and filtering traffic destined for publicly listed Tor entry (guard) nodes .
Once these entry nodes are blocked, users can no longer connect to the Tor network using standard configurations.
Bridge nodes solve this problem by acting as unlisted entry relays whose IP addresses are not published in the public Tor directory . As a result, censorship mechanisms cannot easily identify them. From a forensic and technical perspective, CHFI v11 explains that bridges effectively disguise the initial connection point , making Tor traffic appear less distinguishable from normal internet traffic-especially when combined with pluggable transports such as obfs4 or meek.
While Tor uses layered encryption (onion routing), that function applies to all Tor connections and is not unique to bridges. Bridge nodes do not host websites, and they are explicitly not publicly listed , making Option D incorrect. The key advantage bridges provide is concealing the Tor entry point , which prevents IP-based blocking.
CHFI v11 emphasizes understanding Tor infrastructure-including bridges, relays, and exit nodes-to correctly interpret dark web traffic and censorship circumvention techniques during investigations.
Therefore, bridge nodes assist users in accessing the Tor network by disguising their IP addresses and entry points , making Option C the correct and CHFI v11-verified answer.


NEW QUESTION # 336
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