Mastering Digital Forensics with FTK Imager

Digital Forensics, Computer Forensics, Forensic Toolkit Imager

Created by: Afrozulla Khan Z
Forensic Expert & Cyber-Crime Investigator

What Will I Learn?

• Digital Forensics Introduction
• FTK Imager Overiew
• Install and set up FTK Imager on computer or a USB drive
• Navigate the FTK Imager user interface with confidence
• Capture volatile and protected data using FTK Imager
• Use FTK Imager to capture RAM from a live machine
• Capture the Windows Registry using FTK Imager for analysis
• Create Forensic images using FTK Imager to preserve digital evidence
• Use FTK Imager to create Custom Content Images
• Examine digital evidence using FTK Imager
• Forensic Triage to identify important information quickly
• Analyze the Master File Table (MFT) using FTK Imager
• Understand how FTK Imager can be used in real-life digital forensics scenarios
• Additional Learnings (Endless Benefits)

Requirements

• A computer with a minimum of 4 GB of RAM and a 64-bit operating system.
• A USB drive with at least 8 GB, if student plan to install FTK Imager on a USB drive.
• Basic knowledge of computer operating systems and digital forensics concepts.
• An open mind and a willingness to learn and practice the skills taught in the course.

Target audience

• Law enforcement professionals, including police officers, investigators, and detectives who need to collect and analyze digital evidence in the course of their work.
• Digital forensics professionals who want to deepen their understanding of FTK Imager as a tool for capturing and analyzing digital evidence.
• Information security professionals who want to learn how to use FTK Imager for digital forensics investigations.
• IT professionals who want to learn more about digital forensics and how to use FTK Imager as a tool to support their work.
• Students and academics studying digital forensics who want to gain practical experience using FTK Imager.
• Anyone interested in digital forensics and wanting to learn more about how FTK Imager can be used to capture and analyze digital evidence.