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Computer Hacking Forensic Investigator (CHFI) Course

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Join the globally recognised CHFI (Computer Hacking Forensic Investigator) Course by Edoxi. Conducted in partnership with EC-Council, this 35-hour CHFI Training program is ideal for cybersecurity professionals, law enforcement, and IT specialists seeking advanced skills in cybercrime investigation, digital evidence recovery, and forensic analysis. Master the tools and techniques used worldwide to combat cyber threats. Start your journey today to advance your career. 
 
Course Duration
35 hours
Corporate Days
5 Days
Learners Enrolled
100+
Modules
15
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Course Rating
4.9
star-rating-4.9
Mode of Delivery
Online
Certification by

What You'll Learn from the Computer Hacking Forensic Investigator (CHFI) Course?

Computer Forensics Tools & Techniques
You’ll work with powerful tools like FTK, EnCase, and Autopsy, learning how to apply global forensic methodologies to investigate digital breaches effectively.
Handling and Preserving Digital Evidence
You’ll learn how to properly collect, label, and secure digital evidence while understanding legal concepts like the chain of custody—so your findings can stand up in court.
Incident Response & Cybercrime Investigation
Sharpen your skills in identifying, responding to, and investigating security incidents. You’ll uncover how attackers operate and trace their actions step-by-step.
Malware & Network Forensics
Dive into malware analysis and network forensics using tools like Wireshark and Volatility. You’ll learn how to analyze traffic, decode logs, and uncover hidden threats.
Cloud, Mobile & IoT Forensics
You’ll explore how to retrieve and analyze digital evidence from cloud services like AWS and Azure, as well as mobile and IoT devices—key in today’s cyber investigations.
Anti-Forensics & Countermeasures
Discover the tricks cybercriminals use to cover their tracks and learn how to detect and counter them using advanced forensic tools. You’ll be prepared to expose even the most well-hidden traces.

About Our Computer Hacking Forensic Investigator (CHFI) Training

Are you working in cybersecurity, IT, law enforcement, or digital forensics? Edoxi’s Computer Hacking Forensic Investigator (CHFI) Training is your opportunity to gain in-demand, real-world skills in cyber forensics. 

Offered in collaboration with EC-Council, this 35-hour certification program is designed to give you a strong foundation in digital forensics and practical experience in investigating cybercrimes. You'll learn how to properly collect, preserve, and analyze digital evidence in line with international legal standards—an essential skill for professionals aiming to work in legal, corporate, or government investigations.

Throughout the course, you’ll gain hands-on experience with leading forensic tools like FTK Imager, Autopsy, Redline, Wireshark, and Volatility. These tools are widely used by forensic investigators to recover deleted data, perform forensic imaging, analyze system logs, detect anomalies, and investigate malware behavior. You’ll also explore the concept of the chain of custody, ensuring that evidence remains authentic and admissible in court.

Our training goes beyond traditional computer forensics. You’ll dive into network, mobile, cloud, and IoT forensics, giving you the skills to extract and analyze digital evidence from modern platforms such as AWS, Azure, smartphones, and connected devices. These are increasingly targeted in cyberattacks, and your ability to investigate across such environments will set you apart.

You’ll also uncover anti-forensic techniques used by attackers to cover their tracks - like log deletion, data hiding, and file wiping, and learn how to identify and counter them to maintain the integrity of your investigations.

Led by industry-expert trainers with years of experience, Edoxi’s CHFI course includes structured learning, interactive labs, real-world case studies, and a mock exam to help you prepare for the EC-Council CHFI Certification. Whether you’re aiming to start a career in digital forensics or move into a specialized cybersecurity role, our CHFI Exam preparation training will provide everything you need to succeed in the exam. Here are the details about our CHFI Training. 

CHFI Exam Details

CHFI Exam Details
CHFI Exam Criteria
Exam Code 312-49
Exam Name Computer Hacking Forensic Investigator
Exam Duration 4 Hours
Passing Score 60%
Certification Validity 3 Years
Recertification Retake the exam before expiration
Exam Administration Authority EC-Council
 

Computer Hacking Forensic Investigator Course Features

Hands-On Training with Industry-Leading Forensic Tools

Gain practical experience using globally recognized tools such as Autopsy, FTK Imager, and Redline. You'll learn how to apply these tools in real-world investigations, giving you the confidence and competence needed in professional digital forensic roles.

Multi-Platform Forensic Investigation Skills

Expand your capabilities with training that covers Windows, Linux, and macOS systems. You’ll learn how to conduct detailed forensic analysis across different operating systems, preparing you to handle diverse and complex cybercrime environments around the world.

Practical Labs in Data Recovery and File System Analysis

Strengthen your skills through hands-on labs focused on recovering deleted data, examining file structures, and extracting digital evidence. These exercises are designed to help you think like a forensic investigator and develop the critical thinking needed for real-life scenarios.

Hex Analysis and Data Conversion Techniques

Take your technical expertise further by learning hex editing with tools like HxD, and mastering binary, decimal, and hexadecimal conversions. These advanced skills are vital for analyzing raw data and uncovering hidden digital traces during investigations.

Professional Evidence Documentation

Learn how to document your forensic findings accurately and maintain the chain of custody. You’ll be trained in creating court-admissible reports that follow global standards, a key requirement for legal proceedings and internal investigations.

CHFI Certification Mock Test

Boost your exam confidence with a CHFI mock test that mirrors the official certification format. It’s a great way to assess your knowledge, identify areas for improvement, and ensure you’re fully prepared for the EC-Council CHFI certification exam.

Who Can Join Our CHFI Course?

Cybersecurity Professionals

If you're a cybersecurity specialist or IT security analyst aiming to advance your skills, this course will empower you with deep knowledge in digital forensics, cyber investigations, and proper evidence handling techniques.

Law Enforcement and Cybercrime Units

Designed for detectives, investigators, and police officers tackling digital crimes, this course provides essential training in collecting, analyzing, and preserving electronic evidence for criminal cases.

IT and Network Security Analysts

For professionals working in IT security and network defense, this course enhances your ability to respond to cyber incidents and trace threats through comprehensive forensic techniques.

Legal and Compliance Professionals

Attorneys, legal advisors, and paralegals involved in cybercrime litigation will benefit from a solid foundation in digital evidence protocols, chain of custody, and forensic reporting standards.

IT Auditors and Risk & Compliance Officers

This course is valuable for those responsible for ensuring regulatory compliance, conducting internal audits, or investigating data breaches and security incidents within organizations.

Corporate and Enterprise Security Teams

If you're part of an in-house security team, this training will boost your ability to detect, respond to, and investigate complex cybersecurity threats affecting your company’s digital infrastructure.

CHFI Course modules

Module 1: Computer Forensics in Today’s World
  • Chapter 1.1: Introduction to Computer Forensics

    • Lesson 1.1.1: Fundamentals of Computer Forensics
    • Lesson 1.1.2: Scope of Computer Forensics
    • Lesson 1.1.3: Role of Various Processes and Technologies in Computer Forensics
  • Chapter 1.2: Cybercrimes and Investigation Procedures

    • Lesson 1.2.1: Types of Cybercrimes
    • Lesson 1.2.2: Cybercrime Investigation
    • Lesson 1.2.3: Cyber Attribution
  • Chapter 1.3: Digital Evidence and eDiscovery

    • Lesson 1.3.1: Types and Role of Digital Evidence
    • Lesson 1.3.2: Sources of Potential Evidence
    • Lesson 1.3.3: Federal Rules of Evidence (United States)
  • Chapter 1.4: Forensic Readiness and Incident Response

    • Lesson 1.4.1: Forensic Readiness and Business Continuity
    • Lesson 1.4.2: Incident Response Process Flow
  • Chapter 1.5: Challenges and Responsibilities in Computer Forensics

    • Lesson 1.5.1: Roles and Responsibilities of a Forensic Investigator
    • Lesson 1.5.2: Challenges Faced in Investigating Cybercrimes
    • Lesson 1.5.3: Code of Ethics in Computer Forensics
  • Chapter 1.6: Standards and Legal Compliance in Computer Forensics

    • Lesson 1.6.1: Standards and Best Practices Related to Computer Forensics
    • Lesson 1.6.2: ISO Standards in Computer Forensics
    • Lesson 1.6.3: Computer Forensics and Legal Compliance
  • Chapter 1.7: Emerging Trends in Computer Forensics

    • Lesson 1.7.1: Role of Artificial Intelligence in Computer Forensics
    • Lesson 1.7.2: Forensics Automation and Orchestration
Module 2: Computer Forensics Investigation Process
  • Chapter 2.1: Overview of the Forensic Investigation Process

    • Lesson 2.1.1: Importance of the Forensic Investigation Process
    • Lesson 2.1.2: Phases Involved in the Computer Forensics Investigation Process
  • Chapter 2.2: First Response in Computer Forensics

    • Lesson 2.2.1: First Response and Its Significance
    • Lesson 2.2.2: Roles of a First Responder
    • Lesson 2.2.3: First Response in Different Situations
  • Chapter 2.3: Pre-Investigation Phase

    • Lesson 2.3.1: Setting Up a Computer Forensics Lab
    • Lesson 2.3.2: Understanding Hardware and Software Requirements of a Forensics Lab
    • Lesson 2.3.3: Building Security Content for Forensic Investigations
  • Chapter 2.4: Investigation Phase

    • Lesson 2.4.1: Documenting the Electronic Crime Scene
    • Lesson 2.4.2: Search and Seizure Procedures
    • Lesson 2.4.3: Evidence Preservation and Data Acquisition
    • Lesson 2.4.4: Case Analysis and Forensic Examination
  • Chapter 2.5: Post-Investigation Phase

    • Lesson 2.5.1: Reporting Findings and Documentation
    • Lesson 2.5.2: Testifying as an Expert Witness
Module 3: Understanding Hard Disks and File Systems
  • Chapter 3.1: Fundamentals of Storage Devices

    • Lesson 3.1.1: Hard Disk Drive (HDD) and Solid-State Drive (SSD)
    • Lesson 3.1.2: Disk Interfaces and Their Characteristics
  • Chapter 3.2: Disk Structures and Boot Process

    • Lesson 3.2.1: Logical Structure of Disks
    • Lesson 3.2.2: Windows Boot Process
    • Lesson 3.2.3: macOS Boot Process
    • Lesson 3.2.4: Linux Boot Process
  • Chapter 3.3: File Systems of Different Operating Systems

    • Lesson 3.3.1: Windows File Systems (FAT, NTFS)
    • Lesson 3.3.2: Linux File Systems (EXT, XFS, Btrfs)
    • Lesson 3.3.3: macOS File Systems (HFS+, APFS)
  • Chapter 3.4: File System Analysis

    • Lesson 3.4.1: File System Timeline Creation and Analysis
    • Lesson 3.4.2: File System Recovery Techniques
  • Chapter 3.5: Storage and Encoding Standards

    • Lesson 3.5.1: RAID Storage Systems
    • Lesson 3.5.2: Differences Between NAS and SAN
    • Lesson 3.5.3: Character Encoding Standards
  • Chapter 3.6: Analyzing File Formats

    • Lesson 3.6.1: Introduction to Hex Editors
    • Lesson 3.6.2: PDF File Analysis
    • Lesson 3.6.3: Word File Analysis
    • Lesson 3.6.4: PowerPoint File Analysis
    • Lesson 3.6.5: Excel File Analysis
Module 04: Data Acquisition and Duplication
  • Chapter 4.1: Introduction to Data Acquisition

    • Lesson 4.1.1: Importance of Data Acquisition in Forensics
    • Lesson 4.1.2: Live Acquisition vs. Dead Acquisition
    • Lesson 4.1.3: Data Acquisition Formats
  • Chapter 4.2: eDiscovery and Collection Methodologies

    • Lesson 4.2.1: Overview of eDiscovery
    • Lesson 4.2.2: eDiscovery Collection Methodologies
    • Lesson 4.2.3: eDiscovery Tools
  • Chapter 4.3: Data Acquisition Methodology

    • Lesson 4.3.1: Determining the Data Acquisition Method
    • Lesson 4.3.2: Selecting the Right Data Acquisition Tool
    • Lesson 4.3.3: Sanitizing Target Media
  • Chapter 4.4: Data Acquisition Process

    • Lesson 4.4.1: Acquiring Volatile Data
    • Lesson 4.4.2: Enabling Write Protection on Evidence Media
    • Lesson 4.4.3: Acquiring Non-Volatile Data
  • Chapter 4.5: Validating and Preparing Data for Examination

    • Lesson 4.5.1: Planning for Contingencies in Data Acquisition
    • Lesson 4.5.2: Validating Data Acquisition
    • Lesson 4.5.3: Preparing an Image for Examination
  • Chapter 4.6: Digital Forensic Imaging Tools

    • Lesson 4.6.1: Overview of Digital Forensic Imaging Tools
    • Lesson 4.6.2: Best Practices for Data Duplication
Module 05: Defeating Anti-Forensics Techniques
  • Chapter 5.1: Understanding Anti-Forensics

    • Lesson 5.1.1: Challenges to Forensics from Anti-Forensics
    • Lesson 5.1.2: Common Anti-Forensics Techniques
  • Chapter 5.2: Data Deletion and Recovery

    • Lesson 5.2.1: Data/File Deletion Techniques
    • Lesson 5.2.2: Recycle Bin Forensics in Windows
    • Lesson 5.2.3: File Carving Techniques
  • Chapter 5.3: Partition and Password Recovery

    • Lesson 5.3.1: Recovering Deleted Partitions and Their Contents
    • Lesson 5.3.2: Password Cracking Tools and Techniques
    • Lesson 5.3.3: Bypassing Windows User Passwords
  • Chapter 5.4: Hidden Data and Obfuscation Techniques

    • Lesson 5.4.1: Steganography and Hidden Data in File System Structures
    • Lesson 5.4.2: Alternate Data Streams (ADS) and Their Detection
    • Lesson 5.4.3: Trail Obfuscation Techniques
  • Chapter 5.5: Advanced Anti-Forensics Techniques

    • Lesson 5.5.1: Overwriting Data and Metadata
    • Lesson 5.5.2: Encryption and Its Impact on Forensics
    • Lesson 5.5.3: Program Packers and Footprint Minimization Techniques
    • Lesson 5.5.4: Labs - Perform Solid-State Drive (SSD) file carving on Windows and Linux file systems.
    • Lesson 5.5.5: Labs - Recover lost/deleted partitions and their contents.
    • Lesson 5.5.6: Labs - Crack passwords of various applications.
    • Lesson 5.5.7: Labs - Detect hidden data streams and unpack program packers.
Module 06: Windows Forensics
  • Chapter 6.1: Windows Forensics Methodology

    • Lesson 6.1.1: Understanding Windows Forensics
    • Lesson 6.1.2: Windows Artifacts and Evidence Collection
  • Chapter 6.2: Collecting Volatile and Non-Volatile Information

    • Lesson 6.2.1: Collecting Volatile Information from Windows Systems
    • Lesson 6.2.2: Collecting Non-Volatile Information from Windows Systems
    • Lesson 6.2.3: Collecting Windows Domain Information
  • Chapter 6.3: Windows Memory and Registry Analysis

    • Lesson 6.3.1: Windows Memory Analysis Techniques
    • Lesson 6.3.2: Memory Forensics and Its Importance
    • Lesson 6.3.3: Windows Registry Analysis and Artifact Extraction
  • Chapter 6.4: Windows File and Metadata Analysis

    • Lesson 6.4.1: Examining Compressed Files in Windows
    • Lesson 6.4.2: Windows ShellBags and User Activity Tracking
    • Lesson 6.4.3: Analyzing LNK Files and Jump Lists
  • Chapter 6.5: Web Browser and Application Forensics

    • Lesson 6.5.1: Web Browser Forensics and Evidence Collection
    • Lesson 6.5.2: Carving SQLite Database Files from Browsers
    • Lesson 6.5.3: Electron Application Forensics
  • Chapter 6.6: Windows Event Logs and Log Analysis

    • Lesson 6.6.1: Windows Event Logs and Their Forensic Importance
    • Lesson 6.6.2: Investigating Windows 11 Event Logs
    • Lesson 6.6.3: Windows Forensics Tools
Module 07: Linux and Mac Forensics
  • Chapter 7.1: Linux Forensics Methodology

    • Lesson 7.1.1: Understanding Linux Forensics
    • Lesson 7.1.2: Collecting Volatile Information in Linux
    • Lesson 7.1.3: Collecting Non-Volatile Information in Linux
  • Chapter 7.2: Linux Memory and File System Forensics

    • Lesson 7.2.1: Linux Memory Forensics Techniques
    • Lesson 7.2.2: Linux File System Analysis
    • Lesson 7.2.3: Investigating Linux Log Files
  • Chapter 7.3: Mac Forensics Methodology

    • Lesson 7.3.1: Understanding Mac Forensics
    • Lesson 7.3.2: Collecting Volatile Information in Mac Systems
    • Lesson 7.3.3: Collecting Non-Volatile Information in Mac Systems
  • Chapter 7.4: Mac Memory and File System Forensics

    • Lesson 7.4.1: Mac Memory Forensics and Artifact Extraction
    • Lesson 7.4.2: Mac File System Analysis (HFS+, APFS)
    • Lesson 7.4.3: Parsing Metadata on Spotlight
  • Chapter 7.5: Mac Forensic Tools and Log Analysis

    • Lesson 7.5.1: Investigating Mac Log Files
    • Lesson 7.5.2: Mac Directory Structures and Data Recovery
    • Lesson 7.5.3: Mac Forensics Tools
    • Lesson 7.5.4: Labs - Perform volatile and non-volatile data acquisition on Linux and Mac computers.
    • Lesson 7.5.5: Labs - Perform memory forensics on a Linux machine.
Module 08: Network Forensics
  • Chapter 8.1: Fundamentals of Network Forensics

    • Lesson 8.1.1: Understanding Network Forensics
    • Lesson 8.1.2: Types of Network-Based Evidence
    • Lesson 8.1.3: Postmortem and Real-Time Network Analysis
  • Chapter 8.2: Event Correlation and Indicators of Compromise (IoCs)

    • Lesson 8.2.1: Event Correlation Techniques
    • Lesson 8.2.2: Types of Event Correlation
    • Lesson 8.2.3: Identifying Indicators of Compromise (IoCs) from Network Logs
  • Chapter 8.3: Investigating Network Traffic

    • Lesson 8.3.1: Network Traffic Analysis Methods
    • Lesson 8.3.2: Tools for Investigating Network Traffic
    • Lesson 8.3.3: Security Information and Event Management (SIEM) Solutions
  • Chapter 8.4: Log Analysis for Network Forensics

    • Lesson 8.4.1: Analyzing Firewall Logs
    • Lesson 8.4.2: Analyzing IDS/IPS Logs and Honeypot Data
    • Lesson 8.4.3: Analyzing Router, DHCP, VPN, and DNS Server Logs
  • Chapter 8.5: Wireless Network Forensics

    • Lesson 8.5.1: Types of Wireless Evidence
    • Lesson 8.5.2: Wireless Network Forensics Process
    • Lesson 8.5.3: Detecting Rogue Access Points and Wi-Fi Attacks
  • Chapter 8.6: Investigating Network Attacks

    • Lesson 8.6.1: Identifying and Investigating Network Attacks
    • Lesson 8.6.2: Analyzing Wireless Packet Captures
    • Lesson 8.6.3: Tools for Investigating Wireless Network Traffic
    • Lesson 8.6.4: Labs - Identify and investigate network attacks.
    • Lesson 8.6.5: Labs -Analyze network traffic for forensic artifacts.
Module 09: Malware Forensics
  • Chapter 9.1: Understanding Malware and Its Impact

    • Lesson 9.1.1: Introduction to Malware and Its Threats
    • Lesson 9.1.2: Different Ways Malware Enters a System
    • Lesson 9.1.3: Components of Malware
  • Chapter 9.2: Malware Forensic Analysis

    • Lesson 9.2.1: Malware Forensic Artifacts and Evidence Collection
    • Lesson 9.2.2: Setting Up a Controlled Malware Analysis Lab
    • Lesson 9.2.3: Malware Analysis Tools
  • Chapter 9.3: Static Malware Analysis

    • Lesson 9.3.1: Understanding Static Malware Analysis
    • Lesson 9.3.2: Analyzing Suspicious Documents (PDF, Microsoft Office)
    • Lesson 9.3.3: Extracting and Examining Malware Code
  • Chapter 9.4: Behavioral Malware Analysis

    • Lesson 9.4.1: System Behavior Analysis of Malware
    • Lesson 9.4.2: Network Behavior Analysis of Malware
    • Lesson 9.4.3: Investigating Malware Persistence Mechanisms
  • Chapter 9.5: Ransomware Analysis

    • Lesson 9.5.1: Introduction to Ransomware Forensics
    • Lesson 9.5.2: Analyzing BlackCat (ALPHV) Ransomware
    • Lesson 9.5.3: Ransomware Attack Mitigation and Recovery.
    • Lesson 9.5.4: Labs - Perform static malware analysis.
    • Lesson 9.5.5: Labs - Analyze a suspicious PDF file and Microsoft Office document.
    • Lesson 9.5.6: Labs - Emotet malware analysis.
Module 10: Investigating Web Attacks
  • Chapter 10.1: Introduction to Web Application Forensics

    • Lesson 10.1.1: Understanding Web Application Forensics
    • Lesson 10.1.2: Indicators of a Web Attack
    • Lesson 10.1.3: OWASP Top 10 Application Security Risks – 2021
  • Chapter 10.2: Web Server Log Analysis

    • Lesson 10.2.1: IIS Web Server Architecture and Log Analysis
    • Lesson 10.2.2: Apache Web Server Logs and Their Importance
    • Lesson 10.2.3: Tools for Analyzing IIS and Apache Logs
  • Chapter 10.3: Investigating Web-Based Attacks

    • Lesson 10.3.1: Investigating Cross-Site Scripting (XSS) Attacks
    • Lesson 10.3.2: Investigating SQL Injection Attacks
    • Lesson 10.3.3: Investigating Path/Directory Traversal Attacks
  • Chapter 10.4: Advanced Web Attack Investigations

    • Lesson 10.4.1: Investigating Command Injection Attacks
    • Lesson 10.4.2: Investigating XML External Entity (XXE) Attacks
    • Lesson 10.4.3: Investigating Brute-Force Attacks
    • Lesson 10.4.4: Labs - Identify and investigate web application attacks.
Module 11: Dark Web Forensics
  • Chapter 11.1: Introduction to the Dark Web

    • Lesson 11.1.1: Understanding the Dark Web and Its Structure
    • Lesson 11.1.2: Differences Between the Surface Web, Deep Web, and Dark Web
    • Lesson 11.1.3: Challenges in Investigating Dark Web Activities
  • Chapter 11.2: Tor Browser and Anonymity

    • Lesson 11.2.1: Working with the Tor Browser
    • Lesson 11.2.2: Identifying Traces of Tor Browser Usage
    • Lesson 11.2.3: Investigating Tor Network Traffic
  • Chapter 11.3: Dark Web Forensic Techniques

    • Lesson 11.3.1: Identifying Dark Web Artifacts in Digital Evidence
    • Lesson 11.3.2: Analyzing Dark Web-Related Memory Dumps
    • Lesson 11.3.3: Forensic Analysis of Memory Dumps to Examine Email Artifacts
    • Lesson 11.3.4: Labs - Detect Tor Browser activity and examine RAM dumps to discover Tor Browser artifacts.
Module 12: Cloud Forensics
  • Chapter 12.1: Introduction to Cloud Computing and Forensics

    • Lesson 12.1.1: Understanding Cloud Computing and Its Security Challenges
    • Lesson 12.1.2: Uses and Importance of Cloud Forensics
    • Lesson 12.1.3: Separation of Responsibilities in the Cloud
  • Chapter 12.2: Cloud Security and Compliance

    • Lesson 12.2.1: OWASP Top 10 Cloud Security Risks
    • Lesson 12.2.2: Cloud Forensics Challenges and Legal Considerations
    • Lesson 12.2.3: Cloud Data Storage and Encryption Methods
  • Chapter 12.3: Amazon Web Services (AWS) Forensics

    • Lesson 12.3.1: AWS Fundamentals and Data Storage
    • Lesson 12.3.2: Logs in AWS and Their Forensic Importance
    • Lesson 12.3.3: Forensic Acquisition of Amazon EC2 Instances
  • Chapter 12.4: Microsoft Azure Forensics

    • Lesson 12.4.1: Microsoft Azure Fundamentals
    • Lesson 12.4.2: Logs and Data Storage in Azure
    • Lesson 12.4.3: Forensic Acquisition of VMs in Azure
  • Chapter 12.5: Google Cloud Platform (GCP) Forensics

    • Lesson 12.5.1: Google Cloud Fundamentals
    • Lesson 12.5.2: Logs and Data Storage in Google Cloud
    • Lesson 12.5.3: Forensic Acquisition of Persistent Disk Volumes in GCP
  • Chapter 12.6: Investigating Cloud Security Incidents

    • Lesson 12.6.1: Investigating Google Cloud Security Incidents
    • Lesson 12.6.2: Investigating Google Cloud Container Security Incidents
    • Lesson 12.6.3: Investigating Google Cloud VM-based Security Incidents
    • Lesson 12.6.4: Labs- Forensic acquisition and examination of an Amazon EC2 Instance
Module 13: Email and Social Media Forensics
  • Chapter 13.1: Introduction to Email Forensics

    • Lesson 13.1.1: Understanding Email Communication and Its Components
    • Lesson 13.1.2: Parts of an Email Message and Their Forensic Relevance
    • Lesson 13.1.3: Common Email-Based Threats and Crimes
  • Chapter 13.2: Investigating Email Crimes

    • Lesson 13.2.1: Steps to Investigate Email Crimes
    • Lesson 13.2.2: Analyzing Email Headers for Forensic Evidence
    • Lesson 13.2.3: Tracing Email Senders and Identifying Spoofing
  • Chapter 13.3: Legal Aspects of Email Crimes

    • Lesson 13.3.1: U.S. Laws Against Email Crime
    • Lesson 13.3.2: International Email Crime Regulations
    • Lesson 13.3.3: Compliance Standards for Email Investigations
  • Chapter 13.4: Social Media Forensics

    • Lesson 13.4.1: Understanding Social Media Crimes and Digital Footprints
    • Lesson 13.4.2: Extracting and Analyzing Social Media Artifacts
    • Lesson 13.4.3: Tracking Social Media User Activities
  • Chapter 13.5: Social Network Analysis and Investigation Tools

    • Lesson 13.5.1: Constructing and Analyzing Social Network Graphs
    • Lesson 13.5.2: Identifying Suspicious Activities on Social Media Platforms
    • Lesson 13.5.3: Social Media Forensics Tools
    • Lesson 13.5.4: Labs - Investigate a suspicious email to extract forensic evidence.
Module 14: Mobile Forensics
  • Chapter 14.1: Introduction to Mobile Forensics

    • Lesson 14.1.1: Understanding Mobile Device Forensics
    • Lesson 14.1.2: OWASP Top 10 Mobile Security Risks
    • Lesson 14.1.3: Challenges in Mobile Forensic Investigations
  • Chapter 14.2: Mobile Device Architecture and Boot Process

    • Lesson 14.2.1: Android OS Architecture and Boot Process
    • Lesson 14.2.2: iOS Architecture and Boot Process
    • Lesson 14.2.3: Mobile File System Structure
  • Chapter 14.3: Mobile Forensics Process

    • Lesson 14.3.1: Mobile Device Acquisition Techniques
    • Lesson 14.3.2: Investigating Cellular Network Data
    • Lesson 14.3.3: Phone Locks, Rooting, and Jailbreaking of Mobile Devices
  • Chapter 14.4: Data Acquisition Techniques

    • Lesson 14.4.1: Logical Acquisition on Mobile Devices
    • Lesson 14.4.2: Physical Acquisition of Mobile Devices
    • Lesson 14.4.3: Cloud Data Acquisition on Android and iOS
  • Chapter 14.5: Android and iOS Forensic Analysis

    • Lesson 14.5.1: Android Forensics and Data Recovery
    • Lesson 14.5.2: iOS Forensics and Analyzing iOS Keychains
    • Lesson 14.5.3: Collecting and Analyzing WhatsApp and Safari Artifacts
  • Chapter 14.6: Advanced Mobile Forensics Techniques

    • Lesson 14.6.1: JTAG Forensics and Flasher Boxes
    • Lesson 14.6.2: Static and Dynamic Analysis of APK Files
    • Lesson 14.6.3: Mobile Forensics Tools and Best Practices
    • Lesson 14.6.4: Examine an Android image file and carve deleted files.
Module 15: IoT Forensics
  • Chapter 15.1: Introduction to IoT Forensics

    • Lesson 15.1.1: Understanding IoT and Its Architecture
    • Lesson 15.1.2: Security Challenges in IoT Devices
    • Lesson 15.1.3: OWASP Top 10 IoT Security Threats
  • Chapter 15.2: IoT Forensics Process

    • Lesson 15.2.1: IoT Evidence Collection and Preservation
    • Lesson 15.2.2: Challenges in IoT Forensics
    • Lesson 15.2.3: IoT Data Acquisition Techniques
Module 15: IoT Forensics
  • Chapter 15.3: Investigating IoT Devices

    • Lesson 15.3.1: Wearable IoT Device Forensics (Smartwatches)
    • Lesson 15.3.2: IoT Device Forensics: Smart Speakers (Amazon Echo)
    • Lesson 15.3.3: Extracting and Analyzing Data from Drones/UAVs
  • Chapter 15.4: Hardware-Level IoT Forensics

    • Lesson 15.4.1: JTAG and Chip-off Forensics Techniques
    • Lesson 15.4.2: Memory Dump Analysis of IoT Devices
    • Lesson 15.4.3: Reverse Engineering IoT Firmware
  • Chapter 15.5: IoT Forensic Tools and Best Practices

    • Lesson 15.5.1: Tools for Investigating IoT Devices
    • Lesson 15.5.2: IoT Forensics Frameworks and Methodologies
    • Lesson 15.5.3: Legal and Compliance Issues in IoT Investigations

Download CHFI Course Brochure

Hands-On Labs and Practical Sessions in the CHFI Course

The CHFI (Computer Hacking Forensic Investigator) Certification Course goes beyond theory by immersing you in real-world investigative scenarios. Through hands-on labs, you’ll develop the technical expertise and confidence needed to tackle digital forensics challenges across global environments.

Cross-Platform Forensic Investigations

You’ll gain practical experience conducting forensic analysis on Windows, Linux, and macOS systems. Learn how to uncover, extract, and interpret digital evidence from different operating systems—an essential skill for professionals working in diverse IT environments.

Hexadecimal Editing and Data Recovery

Using industry-standard tools like HxD, you’ll dive into low-level data structures to examine how information is stored and modified. Practice editing hex data and recovering deleted or damaged files—critical tasks in real-world cyber investigations.

Data Format Conversions

You’ll also master conversions between binary, decimal, and hexadecimal formats. These skills are vital for interpreting raw data and decoding evidence, especially when investigating malware, system logs, or network traffic.

CHFI Training Outcome and Career Opportunities

If you're looking to advance your career in digital forensics and cybersecurity, the Computer Hacking Forensic Investigator (CHFI) training offers a powerful foundation that’s recognized around the world. Whether you're aiming to work in corporate security, law enforcement, government, or legal consulting, this course equips you with the practical skills and credentials needed to succeed in today’s digital threat landscape. By the end of the CHFI course, you will be able to:

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Know how to identify, collect, preserve, and analyze digital evidence across different platforms, including Windows, Linux, macOS, mobile devices, and cloud environments.
Get hands-on training with tools like EnCase, FTK Imager, HxD, Autopsy, and more to uncover hidden data, recover deleted files, and analyze complex evidence trails.
Learn the legal frameworks, international compliance standards, and ethical guidelines necessary to ensure your digital evidence is admissible in court or regulatory reviews.
Enhance your ability to detect breaches, trace malicious activity, and use forensic methods to prevent future incidents, skills that are critical for roles in SOC teams and cybersecurity operations.
Document your forensic findings professionally, supporting litigation, internal audits, or regulatory investigations with accuracy and clarity.
To pass the EC-Council CHFI certification exam, earning a globally respected credential that proves your expertise in cyber forensics.

Career Opportunities After CHFI Certification

  • Digital Forensic Analyst
  • Cybercrime Investigator
  • Incident Response Specialist
  • IT Security Consultant
  • eDiscovery and Legal Tech Analyst
  • Forensic Auditor or Compliance Officer
  • Computer Forensics Lab Project Manager
  • Forensics Subject Matter Expert
  • Senior Digital Forensics Consultant
  • Cybersecurity Defence Forensics Analyst

CHFI Training Options

Live Online Training

  • 35 hour Real-time virtual learning with certified instructors

  • Access to cloud-based lab infrastructure

  • Interactive tool demonstrations and practical sessions

  • Flexible scheduling options for working professionals

  • Recordings of sessions for future reference

Corporate Training

  • 5-day intensive programme customised to organisational needs

  • Customisable modules and delivery formats (on-site, online, or hybrid)

  • Fly Me A Trainer option for tailored on-site training anywhere in the world

  • Full logistics handled, including venue options (hotel, client premises, or our premises)

  • Food and refreshments

Do You Want a Customised Training for CHFI?

Get expert assistance in getting your CHFI Course customised!

How to Get CHFI Certified?

Here’s a four-step guide to becoming a certified CHFI professional.

Do You Want to be a Certified Professional in CHFI?

Join Edoxi’s CHFI Course

Why Choose Edoxi for CHFI Training?

Here’s why professionals worldwide trust Edoxi for their Computer Hacking Forensic Investigator (CHFI) training:

Recognized EC-Council Training Center

Edoxi is proud to be recognized as the EC-Council Accredited Training Center (ATC) of the Year for 2023 and 2024, reflecting our excellence in delivering high-quality, internationally aligned cybersecurity education.

Trusted by Leading Global Organizations

We’ve trained professionals from some of the most respected organizations, including UAE Federal Government, Saudi Aramco, and the Reserve Bank of Zimbabwe. Our training is designed to meet the standards of government agencies, multinational corporations, and financial institutions.

Cost-Effective Certification Path

Edoxi helps you save on certification expenses with discounted CHFI exam vouchers and special rates for practical assessments—making professional growth more accessible and budget-friendly.

Advanced Cloud-Based Learning Environment

Experience hands-on training in realistic cloud labs, featuring simulated cybercrime scenarios, pre-configured forensic tools, and real-world vulnerabilities. You'll gain the kind of practical exposure employers value.

Official Curriculum and Expert Instruction

Our training follows the EC-Council’s official CHFI curriculum and is delivered by certified instructors with real-world cybersecurity and digital forensic experience. You’ll benefit from a structured, globally relevant learning path.

Proven Success and Career Outcomes

Join over 10,000 professionals who have completed their training with Edoxi. Many of our learners have gone on to earn top certifications and secure high-impact roles in cybersecurity, both locally and internationally.

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Edoxi is Recommended by 95% of our Students

Meet Our Mentor

Our mentors are leaders and experts in their fields. They can challenge and guide you on your road to success!

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Satendra K

Satendra Singh Khari is a renowned cybersecurity expert and the Chief Technology Officer at Edoxi, where he leads the CEH v13 AI program. With over 12 years of experience, he has trained more than 10,000 professionals and earned recognition in the Circle of Excellence for 2023 and 2024. Mr. Khari holds multiple industry certifications, including CISSP, CISM, CEH, CPENT, and CREST, which showcase his expertise in vulnerability assessment, penetration testing, and incident handling.

His practical insights, gained during his tenure as Head of Information Security in Malaysia, enhance the learning experience by providing students with essential technical skills and a clear path to career advancement. Recognized as a leader in his field, he has received the Internet 2.0 Outstanding Leadership Award for three consecutive years (2022-2024), reflecting his dedication to empowering the next generation of cybersecurity professionals.

Locations Where Edoxi Offers CHFI Course

Here is the list of other major locations where Edoxi offers CHFI Course

FAQ

What are the prerequisites to join Edoxi's Computer Hacking Forensic Investigator (CHFI) Course?
To enroll in Edoxi's CHFI course, you should have a basic understanding of cybersecurity concepts, networking fundamentals, and operating systems. These foundational skills will help you navigate digital forensic tools, understand system behavior, and effectively analyze security breaches.
How is the CHFI course different from other cybersecurity courses?
Unlike general cybersecurity training, the CHFI course is laser-focused on digital forensics. You'll gain expertise in collecting, preserving, and analyzing digital evidence, skills that are essential for legal proceedings, internal investigations, and responding to cybercrime.
What salary can I expect after obtaining the CHFI certification?

Salaries vary depending on country, experience, and organization. However, globally:

  • Entry-level forensic analysts can earn between $50,000 and $75,000 annually.
  • Mid-level professionals typically earn between $80,000 and $110,000.
  • Senior digital forensics experts or managers may command salaries above $130,000, especially in regions with a high demand for cybersecurity talent such as North America, Europe, and parts of Asia-Pacific.
Can Edoxi provide corporate CHFI training for our security team?
Yes. Edoxi offers customized CHFI corporate training programs. We support both virtual learning and on-site workshops, including a "Fly Me a Trainer" option where expert instructors travel to your location to deliver tailored sessions.
Is the CHFI course suitable for law enforcement professionals?
Absolutely. The CHFI course is ideal for law enforcement officers, digital investigators, and forensic teams who need structured, legally sound methodologies for handling and analyzing digital evidence in cybercrime investigations.