Digital Forensics Basics: A Step-by-Step Guide for Beginners: An Open-Source Approach (Second Edition)
Xu, Weifeng;;;Deng, Lin;Dhabuwala, Mohit
Synopsis "Digital Forensics Basics: A Step-by-Step Guide for Beginners: An Open-Source Approach (Second Edition)"
Whether you’re a student new to cybersecurity or an enthusiast eager to explore the world of digital investigations, Digital Forensics Basics: A Step-by-Step Guide for Beginners offers a hands-on, open-source guided journey into the core principles and tools used in the field. Designed by educators and researchers specialized in digital forensics, this beginner-friendly book emphasizes practical application through detailed tutorials and real-world lab exercises. From number system conversions and Linux command-line mastery to USB image analysis, remote disk acquisition, regular expressions, and steganography, each chapter provides clear, structured walkthroughs for foundational forensic techniques. Readers will gain experience with industry-standard tools like Autopsy, the Sleuth Kit, FTK Imager, Wireshark, and Scalpel, making it an ideal companion for self-learners, instructors, and training programs. Key topics include: Data representation and encoding (binary, hex, ASCII, UNIX time) Linux forensics and shell scripting USB disk imaging and deleted file recovery Network forensics with Wireshark and tshark Regex and metadata search techniques File carving, steganography, and anti-forensics detection All materials are open source and freely available on GitHub for use in labs, classrooms, and cybersecurity workshops (https://github.com/frankwxu/Digital-Forensics-Basic-Book). Whether you’re looking to launch a career in digital forensics or integrate practical labs into a cybersecurity curriculum, this comprehensive guide empowers you to develop essential skills with confidence.