
Explore fundamentals of digital forensics, including the investigation process, data acquisition, anti-forensics, and forensics across Windows, Linux, and Mac, with hands-on lab practice.
Explore computer forensics fundamentals, including types of cyber crimes, indicators of compromise, digital evidence, and forensic readiness, guiding incident response and legal compliance.
Master the forensic investigation process—from pre to post investigation—covering seizing, analyzing, and presenting digital evidence with strict chain of custody.
Explore hard disks and file systems, including physical and logical structures, boot processes across Windows, Linux, and Mac, and how Autopsy and Sleuth Kit aid forensic analysis.
Explore data acquisition and duplication in digital forensics, including live vs dead acquisition, volatile and non-volatile data, bitstream and logical methods, imaging formats, and data validation.
Examine anti-forensics techniques, including deletion, recycle bin manipulation, file carving, password cracking bypass, trail obfuscation, and data wiping, and explore countermeasures and forensic tools.
Explore Windows forensics by collecting volatile and non-volatile data, analyzing memory, registry, and cache, and examining browser history, files, and metadata for evidence.
Explore Linux and Mac forensics. Analyze volatile and non-volatile data, perform memory forensics with Volatility, and image file systems with the Sleuth Kit for comprehensive investigations.
Study network forensics fundamentals, logging, event correlation, indicators of compromise, and postmortem versus real-time analysis of network traffic using pcap files and Wireshark.
Master web attack investigations by gathering and analyzing IIS, Apache, and database logs; identify SQL injection, cross-site scripting, and parameter tampering using a forensic methodology and SIEM tools.
Investigate the dark web using Tor, identify Tor browser traces, and collect memory dumps to analyze artifacts for forensic investigations.
Digital Forensics Essentials (D|FE) is an entry-level foundational course designed to provide beginners with a comprehensive understanding of the core principles and practices in digital forensics investigation. It focuses on helping learners build a solid foundation in the various phases of forensic investigations, key forensic tools, and techniques, and how to handle and analyze digital evidence to uncover critical insights. Whether you’re an aspiring cybersecurity professional or someone looking to enhance their digital forensics knowledge, this course is the ideal starting point to boost your competency and expertise in the field.
Throughout this course, learners will delve into the essentials of computer forensics, exploring crucial areas such as the investigation process, data acquisition, and anti-forensics countermeasures. The course also covers detailed aspects of digital evidence handling, investigative reporting, and legal compliance to ensure effective and lawful investigations.
Participants will gain hands-on knowledge of Windows, Linux, and Mac forensics, and be introduced to forensic tools and techniques used to investigate both operating systems and applications. You'll also explore network forensics, where you'll analyze network traffic and identify indicators of compromise (IoCs) from network logs to identify potential security incidents.
Moreover, the course provides a deeper understanding of specialized areas such as Dark Web forensics, web attack investigations, and email crimes, giving learners a unique insight into hidden and illegal online activities. You’ll also gain proficiency in malware forensics, enabling you to identify and analyze malicious software through static and dynamic methods.
By the end of the course, learners will have the necessary skills to conduct effective digital forensics investigations in various scenarios, and be able to apply this knowledge to real-world challenges in the cybersecurity industry.
Upon completion, learners will receive the D|FE certification, which serves as formal recognition of their knowledge and practical skills. This certification will not only enhance your professional credibility but also demonstrate to prospective employers that you are well-versed in the essentials of digital forensics and information security. Whether you are aiming for a career in cybersecurity, digital forensics, or law enforcement, the D|FE certification will make you stand out in the competitive job market.