IT & Software > Network & Security
17.5 h
£49.99 Free for 3 days
Master Digital Forensics: DFIR & DFMC+ Certification Training
What you will learn:
- Identify various storage media types and their forensic significance.
- Create bootable forensic media and understand system boot processes.
- Recognize and investigate various types of cybercrimes.
- Understand categories of digital forensics and their applications.
- Apply computer forensics techniques for evidence analysis.
- Conduct mobile device forensics and utilize relevant tools.
- Perform database forensics and analyze data manipulations.
- Analyze the evolution of storage media and memory types.
- Understand network protocols, TCP/IP model, and email transmission.
- Utilize network devices for effective data transmission.
- Implement incident response strategies and analyze malware behavior.
- Conduct network traffic analysis and apply legal/ethical principles.
- Develop threat intelligence reports and use advanced forensic tools (FTK Imager, Volatility, Autopsy).
- Master OSINT techniques for digital investigations.
- Gain proficiency in Linux commands and shell scripting.
- Perform both volatile and non-volatile memory acquisition.
Description
Launch your career in digital forensics with this intensive masterclass!
This isn't just another online course; it's your complete guide to becoming a highly sought-after digital forensics investigator. We provide in-depth, practical training covering all aspects of DFIR (Digital Forensics and Incident Response) and preparation for the DFMC+ certification, equipping you with the skills and knowledge demanded in 2025 and beyond.
Receive your official certificate upon course completion.
Over 17 hours of expert instruction delve into the core principles and advanced techniques of digital forensics. From understanding fundamental concepts like storage media analysis and cybercrime investigation to mastering advanced tools such as FTK Imager, Volatility, and Autopsy, this course ensures you're ready for real-world challenges. You'll learn to collect, preserve, and analyze digital evidence, investigate mobile devices, leverage Open Source Intelligence (OSINT), and build a strong foundation in Linux and networking – essential skills for any digital forensics professional.
What Makes This Course Unique?
- Holistic Approach: Covers the entire digital forensics lifecycle, from initial response to report writing.
- Hands-on Labs: Gain practical experience through real-world scenarios and exercises.
- Industry-Standard Tools: Master essential tools used by professionals in the field.
- Expert Guidance: Learn from seasoned professionals with years of experience in digital forensics and cybersecurity.
- Certification Preparation: Thorough preparation for the DFMC+ and other relevant digital forensics certifications.
Course Modules Include:
- In-depth exploration of various storage media (HDDs, SSDs, mobile devices, etc.)
- Detailed understanding of cybercrime investigation techniques and methodologies
- Comprehensive training on digital evidence collection, preservation, and analysis
- Hands-on experience with leading forensic tools (FTK Imager, Volatility, Autopsy)
- Mastering memory acquisition and analysis techniques
- Practical application of OSINT for digital investigations
- Building a solid foundation in Linux and networking essentials
Become a highly skilled digital forensic investigator. Enroll today and transform your career!
Keywords: Digital forensics, computer forensics, DFMC+, DFIR, cybercrime investigation, digital evidence, forensic tools, memory analysis, mobile forensics, OSINT, Linux, networking, cybersecurity, incident response, certification training.
Curriculum
Storage Media Fundamentals
This section begins with an introduction and then dives into the specifics of various storage media. Lectures cover optical media, USB drives, SD cards, HDDs, and SSDs, providing a comprehensive overview of their characteristics, functionalities, and forensic implications. The section also explores the historical context of storage media, from older technologies like floppy disks and magnetic tapes to the modern flash drives and solid-state drives. Finally, it includes a knowledge check section with practice questions related to the material.
Computer Systems and Boot Processes
This module provides crucial knowledge of computer systems and their boot processes. It covers the creation of bootable forensic media for investigation purposes and explores the step-by-step process of a system's startup, identifying potential vulnerabilities and points of intrusion.
Understanding the Cybercrime Landscape
This section explores the diverse world of cybercrime. It covers various types and methods of cybercrime, providing real-world examples and case studies to help students grasp the practical implications of these threats. The section also delves into the digital forensics techniques used in cybercrime investigations.
Digital Forensics Techniques
This section offers a wide-ranging overview of various digital forensics specializations, including computer, mobile, network, and database forensics. It teaches students how to collect, preserve, and analyze digital evidence effectively. The lectures also cover the use of specialized mobile forensics tools and delve into the analysis of data from various sources.
Advanced Storage Media Analysis
This module offers a deeper exploration of storage media, separating it into three modules. The first module examines different types of storage media throughout history. The second module focuses on modern storage such as flash storage and USB drives. Finally, the third module provides practice questions for assessment of knowledge regarding the content of the section.
Networking Fundamentals for Forensics
This module provides an understanding of basic networking concepts crucial for digital forensics investigations. It covers network protocols, the TCP/IP model, email transmission, the use of network devices (switches and routers), and the concepts of PDU and data transmission.
Digital Evidence Collection and Handling
This module focuses on the crucial aspect of digital evidence collection and handling. It covers forensic image file formats, volatile memory acquisition, and techniques for ensuring evidence integrity. The section emphasizes proper procedures for collecting evidence from crime scenes.
Building and Utilizing a Digital Forensics Lab
This section guides students through the process of setting up their own digital forensics lab using virtual machines and essential tools like Kali Linux and Metasploitable. It covers installing and configuring these environments, providing a practical foundation for hands-on analysis.
Evidence Acquisition Techniques
This section demonstrates various tools and techniques for acquiring digital evidence. Lectures cover the use of FTK Imager, disk scanning, write blocking, image splitting, hash verification, and Guymager. Additionally, it provides detailed instruction on acquiring memory from Windows systems.
Open Source Intelligence (OSINT) for Digital Forensics
This module teaches students how to leverage OSINT for investigations. It covers passive information gathering, tools like SBLSTR, USUFY, The Harvester, and techniques for finding deleted webpages and performing reverse image searches. A final quiz tests knowledge of OSINT techniques.
Volatile and Non-Volatile Memory Acquisition
This module provides in-depth knowledge of memory acquisition techniques. It covers collecting RAM using tools like MGNT, FKMT, and BLKSFT, covering both volatile and non-volatile memory acquisition strategies. It also covers using Linux for non-volatile memory acquisition, image file splitting and hash value verification.
Linux Fundamentals for Digital Forensics
This section lays the foundation for using Linux in digital forensics. It covers essential commands, pipes, file manipulation, permissions, process management, package management systems, and networking using Linux. The section progressively builds competency in the Linux command line interface.
Network Analysis
This module goes over the TCP/IP protocol suite in two parts and applies this knowledge to conduct network analysis within the context of digital forensics investigations.
Mobile Forensics
This section covers the fundamentals of mobile forensics, encompassing both Android and iOS platforms. It also provides information on techniques like Android rooting for deeper investigation.
Memory Analysis with Volatility
This module focuses on using the Volatility framework for memory analysis. It covers installing Volatility, using its plugins for various analyses (network, DLL, registry, password extraction, timelining), and analyzing malware samples. A final exam assesses understanding of Volatility.
Memory Analysis
This section provides a more concise overview of memory analysis, focusing on the Volatility framework and its plugins for process, network, and DLL analysis.
Autopsy
This module introduces the Autopsy digital forensics platform, demonstrating its capabilities and usage for analyzing digital evidence. The lectures cover installing the tool, examining sample images, and using the interface for various forms of analysis.
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