CHFI v10 v11 2026 Certification Mock Exams Computer Hacking!

1400+ QAs MCQs: Practice mock tests to evaluate knowledge and exam readiness for Computer Hacking Forensic Investigator!

This course is a practice-only mock exam program designed specifically for candidates preparing for the Computer Hacking Forensic Investigator (CHFI) v10 and v11 certification exams. It focuses entirely on exam-style questions that reflect the real CHFI exam structure, difficulty level, and topic distribution. The course does not provide theory lessons; instead, it helps learners evaluate their knowledge, identify weak areas, and improve exam readiness through repeated practice.

Digital forensics plays a critical role in modern cybersecurity, helping organizations investigate cyber incidents, data breaches, malware attacks, and insider threats. The CHFI certification validates a professional’s ability to collect, analyze, and present digital evidence in a legally sound manner. Due to the technical depth and wide syllabus of CHFI v10 and v11, proper exam practice is essential. Mock exams bridge the gap between theoretical study and real exam performance by reinforcing concepts under timed and exam-like conditions.

The key advantage of this course lies in its realistic mock tests. Learners gain hands-on experience with questions aligned to CHFI objectives such as computer forensics, network forensics, mobile forensics, cloud forensics, incident response, and evidence handling. Practicing multiple mock exams improves time management, boosts confidence, and reduces exam anxiety. Detailed exposure to exam patterns also helps candidates avoid common mistakes and surprises on exam day.

This course is ideal for cybersecurity professionals, digital forensic investigators, law enforcement personnel, incident responders, SOC analysts, penetration testers, IT auditors, and students preparing for the CHFI certification. It is also valuable for anyone who has completed CHFI training and wants to validate their readiness before attempting the official exam.

Choosing this course allows learners to maximize their chances of passing CHFI on the first attempt. It enables focused revision, performance tracking, and targeted improvement without spending time on content they already understand. Whether used as a final checkpoint or ongoing practice, these mock exams strengthen exam strategy and technical recall.

As cybercrime continues to grow, the demand for skilled forensic investigators is increasing across industries such as finance, healthcare, government, and legal services. Earning the CHFI certification, supported by thorough exam practice, enhances career credibility, opens global job opportunities, and prepares professionals for the future of digital investigations and cyber law enforcement.

Topics::

1. Computer Forensics in Today’s World

• Introduction to Computer Forensics

• Digital Evidence

• Cybercrime types

• Computer forensic disciplines

• Incident response vs forensic investigation

• Role of a forensic investigator

• Forensics investigation lifecycle

• Challenges in digital forensics

2. Computer Forensics Investigation Process

• Forensic readiness

• Identification of evidence

• Preservation of evidence

• Acquisition of evidence

• Examination & analysis

• Documentation and reporting

• Presentation of findings

• Post-investigation procedures

3. Understanding Hard Disks and File Systems

• Hard disk structure

• Disk geometry

• Disk partitions

• File system concepts

• File allocation tables

• Metadata and timestamps

• File slack and unallocated space

• Hidden data

• Data storage techniques

4. Operating System Forensics

Windows Forensics

• Windows architecture

• Registry structure & analysis

• Event logs

• Prefetch files

• Recycle Bin analysis

• Windows artifacts

• NTFS analysis

• User activity tracking

Linux Forensics

• Linux file system

• Log files

• User accounts

• Bash history

• Hidden files

macOS Forensics

• macOS file system

• Logs and artifacts

• Spotlight metadata

• User activity evidence

5. Data Acquisition and Duplication

• Live vs dead acquisition

• Bit-by-bit imaging

• Disk cloning

• Hashing (MD5, SHA-1, SHA-256)

• Data integrity verification

• Write blockers

• Imaging formats (RAW, E01, AFF)

• Evidence storage best practices

6. Defeating Anti-Forensics Techniques

• Data hiding techniques

• File obfuscation

• Encryption

• Steganography

• Secure deletion

• Timestamp manipulation

• Detection of anti-forensic tools

7. Windows and Linux Forensics Analysis

• Deleted file recovery

• Registry analysis

• Memory dump analysis

• Log correlation

• Process analysis

• Startup programs

• User account analysis

• File signature analysis

8. Network Forensics

• Network forensic concepts

• Network attack investigation

• Packet analysis

• Network logs

• IDS/IPS logs

• Firewall logs

• Proxy logs

• Network traffic reconstruction

• Wireshark analysis basics

9. Investigating Web Attacks

• Web application attacks

• Web server logs

• HTTP protocol analysis

• SQL injection evidence

• XSS evidence

• Session hijacking investigation

• Website defacement investigation

• Browser forensic artifacts

10. Malware Forensics

• Malware types

• Malware infection lifecycle

• Static malware analysis

• Dynamic malware analysis

• Malware behavior analysis

• Indicators of compromise (IOCs)

• Rootkits

• Botnets

• Malware detection techniques

11. Email and Social Media Forensics

Email Forensics

• Email architecture

• Email headers analysis

• Email spoofing

• Phishing investigation

• Webmail forensics

• Email client artifacts

Social Media Forensics

• Social networking evidence

• Chat logs

• Timeline analysis

• User profiling

• Metadata extraction

12. Mobile Forensics

• Mobile forensic process

• SIM card forensics

• Android forensics

• iOS forensics

• Call logs, SMS, MMS

• App data analysis

• GPS and location data

• Mobile malware investigation

• Cloud-synced mobile data

13. Cloud Forensics

• Cloud computing models

• Cloud forensic challenges

• Evidence acquisition in cloud

• SaaS, PaaS, IaaS forensics

• Cloud logs

• Virtual machine forensics

• Data ownership issues

• Legal challenges in cloud forensics

14. IoT Forensics

• IoT architecture

• IoT device investigation

• Embedded systems forensics

• Smart device logs

• Data extraction challenges

• IoT attack investigation

15. Memory Forensics

• Volatile vs non-volatile memory

• RAM acquisition

• Memory dump analysis

• Running processes

• Network connections in memory

• Malware detection via memory

• Rootkit detection

16. Database Forensics

• Database structures

• Database logs

• SQL server forensics

• Oracle/MySQL forensic artifacts

• Data tampering detection

• Transaction log analysis

17. Log Analysis and Event Correlation

• Types of logs

• Log collection methods

• Event correlation

• Timeline analysis

• SIEM integration

• Log integrity verification

18. Incident Response and Handling

• Incident classification

• Incident handling phases

• Evidence collection during incidents

• Coordination with SOC

• Breach investigation

• Post-incident reporting

19. Legal and Ethical Aspects of Digital Forensics

• Cyber laws overview

• Digital evidence admissibility

• Chain of custody

• Forensic documentation

• Expert witness role

• Privacy issues

• International laws