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Introduction to Digital Forensics

DFIRScience via YouTube

Overview

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Learn digital forensic science fundamentals through this comprehensive 13-hour course designed for complete beginners with no prior knowledge required. Master the essential skills needed to think and work like a digital investigator by exploring cybercrime, cybersecurity, and network analysis basics. Discover how hackers operate and learn to secure both Windows and Linux computer systems while understanding computer fundamentals and network analysis techniques. Develop expertise in cybercrime investigation methodologies, digital investigation procedures, and electronic evidence handling with proper documentation and reporting practices. Apply the scientific method to digital investigations and understand data storage, structures, and acquisition techniques. Gain hands-on experience with data recovery tools including Photorec, tsk_recover, and The Sleuth Kit, then learn to process and analyze disk images using Autopsy 4 forensic software. Explore various types of hacking, malware analysis, and social engineering tactics while mastering RAM acquisition and analysis techniques using tools like FTK Imager, LiME, Volatility, and command-line utilities. Investigate mobile device forensics including acquisition methods and analysis procedures. Understand the international nature of cybercrime and current cooperation frameworks while exploring research trends and staying current with evolving digital forensics practices.

Syllabus

DFS101: 1.1 Introduction to digital forensics
DFS101: 1.2 Intro to Cybercrime and Networks
DFS101: 1.3 Cybersecurity and Cybercrime
DFS101: 2.1 Cybersecurity
DFS101: 2.2 How hackers hack
DFS101: 2.3 How to secure a Windows computer
DFS101: 2.4 How to secure a Linux computer
DFS101: 3.1 Intro to Computers
DFS101: 3.1 Intro to Computers II
DFS101: 3.2 Introduction to Network Analysis
DFS101: 3.3 Password attacks
DFS101: 4.1 Basics of Cybercrime Investigation
DFS101: 4.2 Digital Investigation Methods
DFS101: 4.3 Electronic Evidence
DFS101: 4.4 Documentation and Reporting for Digital Investigations
DFS101: 5.1 Digital Investigation Definition
DFS101: 5.2 Scientific Method in Digital Investigations
DFS101: 5.3 Digital Investigation Procedure
DFS101: 6.1 Data Storage
DFS101: 6.2 Data Structures
DFS101: 6.3 Data Acquisition
DFS101: 7.1 How to recover data
DFS101: 7.2 Data recovery with Photorec
DFS101: 7.3 Data recovery with tsk_recover
DFS101: 7.4 Data Recovery - The Sleuth Kit
DFS101: 8.1 Location and meaning of data
DFS101: 8.2 How to start a new case in Autopsy 4
DFS101: 8.3 Processing and analysis of a disk image with Autopsy 4 default modules
DFS101: 8.4 How to use hfind from the command line
DFS101: 8.5 How to add a hash database to Autopsy 4
DFS101: 9.1 Types of hacking
DFS101: 9.2 Malware
DFS101: 9.3 Social Engineering
DFS101: 10.1 RAM Acquisition and Analysis
DFS101: 10.2 Forensic Memory Acquisition in Windows - FTK Imager
DFS101: 10.3 Forensic Memory Acquisition in Linux - LiME
DFS101: 10.4 Digital Forensic Memory Analysis - strings, grep, and photorec
DFS101: 10.5 Digital Forensic RAM Analysis - Volatility
DFS101: 11.1 Mobile Device Investigations
DFS101: 11.2 Mobile Device Acquisition
DFS101: 12.1 International Nature of Cybercrime
DFS101: 12.2 Current State of International Cooperation
DFS101: 13.1 Research and the future of cybercrime investigation
DFS101: 13.2 Keeping up to date with digital forensics

Taught by

DFIRScience

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