CHFI: Computer Hacking Forensic & Investigation
Comprehensive Training in Digital Forensics, Cybercrime Investigation, and Evidence Analysis.
Course Overview
This CHFI training Course equips participants with the knowledge, skills, and methodologies required to conduct digital forensic investigations effectively. Covering Windows, Linux, Mac, Dark Web, Mobile, IoT, and Cloud Forensics, this course provides a structured approach to collecting, analyzing, and preserving digital evidence. Participants will gain hands-on experience with forensic tools and techniques used by cybersecurity professionals globally, preparing them for the CHFI v11
Course Objectives
By the End of this Course, Participants will be able to:
- Prepare for the CHFI v11 Exam
- Understand cybercrime types and investigation procedures
- Recognize the role of forensic processes and technologies
- Define the responsibilities of a forensic investigator
- Identify and mitigate anti-forensics techniques
- Conduct network and wireless network forensic investigations
- Analyze digital evidence from Windows, Linux, Mac, mobile devices, IoT, and Cloud environments
Course Audience
This Course is Designed for:
- Cybersecurity professionals seeking forensic expertise
- IT professionals looking to expand skills in digital investigations
- Security analysts and SOC team members
- Law enforcement officers and forensic investigators
- Network and system administrators involved in incident response
- Professionals aiming to achieve CHFI v11 certification
Course Methodology
- Interactive lectures covering theoretical concepts
- Real-world case studies and examples
- Hands-on practical exercises using forensic tools
- Scenario-based exercises simulating cybercrime investigations
- Exam-style practice to reinforce learning and certification readiness
Course Outline
Day One: Introduction & Fundamentals of Computer Forensics
- Overview of computer forensics and its importance
- Types of cybercrimes and investigation procedures
- Roles and responsibilities of forensic investigators
- Computer Forensics Investigation Process
- Understanding Hard Disks and File Systems
- Practical Exercise: Mapping file systems and identifying evidence
Day Two: Data Acquisition, Anti-Forensics & Windows Forensics
- Data acquisition methods and duplication techniques
- Evidence preservation and chain of custody
- Anti-forensics techniques and detection strategies
- Windows forensic analysis: registry, event logs, system artifacts
- Practical Exercise: Windows forensic case study
Day Three: Linux & Mac Forensics, Network & Malware Forensics
- Linux and Mac OS forensic analysis
- Network forensic investigation techniques
- Malware forensic analysis: types, behavior, and reverse engineering basics
- Practical Exercise: Network traffic capture and malware analysis
Day Four: Web, Dark Web, Cloud, Email & Mobile Forensics
- Investigating web attacks and server logs
- Dark Web forensic investigation techniques
- Cloud forensics: SaaS, PaaS, IaaS evidence collection
- Email and social media forensics
- Mobile forensics: Android and iOS data extraction and analysis
- Practical Exercise: Simulated cybercrime scenario
Day Five: IoT Forensics & Certification Exam Preparation
- IoT forensic methodologies and device analysis
- Analyzing IoT data and identifying vulnerabilities
- Review of all modules and hands-on exercises
- Exam-style mock tests and certification preparation
- Practical Exercise: End-to-end forensic investigation simulation
Certificates