Mastering Computer Forensics and Digital Forensics:The Ultimate DFIR Training for Crime Scene Investigators, IT Security
What you will learn
Understanding different types of storage media: optical disks, USBs, SD cards, HDDs, and SSDs.
How to create bootable forensic media for live incident responses.
Step-by-step guidance on the computer boot process and key forensic points.
Essentials for on-scene investigations, including must-have forensic tools and supplies.
Differentiating live vs. post-mortem acquisition for effective data recovery.
Best practices for evidence acquisition with FTK Imager.
Basics of Linux file systems and disk management for forensic analysis.
Disk scanning and write-blocking techniques to prevent evidence tampering.
Techniques for maintaining evidence integrity during and after acquisition.
Working with DC3DD for advanced disk imaging (Part 1).
Techniques for creating split image files and performing hash verifications
Using Guymager for efficient and secure imaging of digital media.
Conducting memory acquisition on Windows systems for deeper forensic analysis.
Essential resources for memory and disk forensics.
Getting started with the Volatility Framework for memory analysis.
Using Volatility plugins for detailed memory and process analysis.
Process analysis and tracking with advanced Volatility plugins.
Network and DLL analysis techniques in Volatility for deep memory insights.
Introduction to Autopsy and downloading sample forensic images.
Conducting in-depth investigations in Autopsy (Part 1).
Advanced Autopsy techniques for evidence analysis and reporting (Part 2).
Key forensic methodologies for preserving digital evidence integrity.
Conducting forensic analysis on digital crime scenes.
Practical use of hash functions to verify forensic image authenticity.
Understanding evidence acquisition in Linux and Windows environments.
How to prevent and detect tampering during digital evidence collection.
Working with digital artifacts, logs, and system files in forensics.
Network forensics and tracking digital footprints during investigations.
Creating comprehensive forensic reports for presentation in court.
Real-world applications of computer forensics in criminal and corporate investigations.
Why take this course?
Unlock the secrets of computer forensics and digital investigations with this advanced, hands-on course designed to empower you with the skills needed to excel in the Digital Forensics and Incident Response (DFIR) field. Whether you’re aiming to master on-scene investigations, digital evidence acquisition, memory analysis, or dive deep into forensic tools like FTK Imager and Autopsy, this comprehensive course will equip you with the real-world skills and methodologies used by top forensic professionals.
Why Enroll in This Course?
In today’s digital world, understanding and leveraging digital forensics is a game-changer in solving cybercrimes, securing IT environments, and supporting law enforcement. This course goes beyond the basics, blending theoretical knowledge with practical application, and focuses on real-life scenarios and hands-on exercises that mimic actual crime scenes. With carefully curated lectures, expert-guided modules, and detailed tool demos, you’ll gain the confidence to tackle complex investigations and enhance your forensic expertise.
What You’ll Learn:
Foundational Knowledge of Storage Media: Start with the essentials of data storage—from optical media to solid-state drives—and understand the nuances of different media that hold valuable digital evidence.
Bootable Forensic Media and Boot Process Analysis: Learn to create bootable forensic media, essential for live investigations, and dive into the boot process, unraveling key stages where critical digital artifacts reside.
Field-Ready Forensic Skills: Explore the essentials for on-scene digital investigations, including distinguishing between live and post-mortem acquisition methods and the must-have tools for a successful investigation.
Evidence Acquisition Mastery: Uncover the best practices for disk and memory imaging with industry-leading tools like FTK Imager, Guymager, and DC3DD, and gain expertise in evidence integrity and write-blocking techniques to preserve data authenticity.
Memory Analysis with Volatility: Delve into memory analysis using the powerful Volatility Framework—understand plugin capabilities, process analysis, and network and DLL examination for a comprehensive memory investigation.
Autopsy Tool for Digital Evidence Examination: From downloading sample images to a thorough walkthrough of Autopsy, master this all-in-one forensics platform to gather, examine, and report evidence with precision.
- Course Overview
- This CFIR Masterclass offers an unparalleled deep dive into the sophisticated techniques required to effectively investigate digital crimes and respond to complex security incidents.
- It is meticulously designed to transform participants into elite digital forensic specialists and incident responders, equipped to navigate the intricate landscape of modern cyber threats.
- Beyond fundamental data recovery, this program emphasizes advanced methodologies for uncovering hidden evidence, analyzing intricate attack vectors, and developing robust defensive strategies.
- Gain a holistic understanding of the entire DFIR lifecycle, from initial breach detection and evidence preservation to comprehensive analysis, reporting, and post-incident remediation.
- Requirements / Prerequisites
- A solid foundational understanding of operating systems (Windows, Linux), networking principles, and basic cybersecurity concepts is essential.
- Prior experience or familiarity with IT security roles, system administration, or entry-level digital forensics concepts will significantly enhance the learning experience.
- Participants should possess strong analytical and problem-solving skills, coupled with a keen interest in dissecting complex technical challenges.
- While not strictly mandatory, an eagerness for hands-on, lab-intensive learning and a commitment to mastering advanced forensic methodologies will be highly beneficial.
- Skills Covered / Tools Used
- Master advanced memory forensics techniques using tools like Volatility Framework to extract volatile data, uncover hidden processes, and identify sophisticated malware.
- Deepen expertise in network traffic analysis with Wireshark and similar utilities to reconstruct attack paths, identify C2 communications, and understand breach dynamics.
- Develop proficiency in analyzing system artifacts, including Windows Registry hives, event logs, browser history, and application-specific data to build comprehensive timelines and user activity profiles.
- Explore malware analysis fundamentals, including static and dynamic analysis techniques, to understand malicious code behavior and its impact on compromised systems.
- Gain practical experience with advanced log correlation and SIEM (Security Information and Event Management) principles to identify anomalies and indicators of compromise (IOCs) across diverse data sources.
- Utilize specialized forensic platforms for efficient case management, automated artifact parsing, and generating defensible reports.
- Implement incident response playbooks, understanding containment, eradication, and recovery strategies within a structured framework.
- Benefits / Outcomes
- Elevate your professional standing, qualifying for senior DFIR analyst, forensic investigator, or incident response team lead roles.
- Acquire the practical expertise to confidently lead and execute end-to-end digital forensic investigations and respond to critical cybersecurity incidents.
- Enhance your ability to articulate complex technical findings clearly and concisely, supporting legal proceedings or executive decision-making.
- Develop a proactive mindset, enabling the implementation of preventative measures and bolstering organizational resilience against future cyberattacks.
- Join a community of elite professionals, fostering networking opportunities and continuous learning in the rapidly evolving field of cybersecurity.
- PROS
- Comprehensive and In-Depth: Delves significantly deeper than introductory courses, covering advanced and complex topics essential for master-level proficiency.
- Highly Practical and Hands-On: Emphasizes real-world scenarios and extensive lab exercises, ensuring direct applicability of learned skills.
- Industry-Relevant Skillset: Equips participants with sought-after expertise directly aligned with current cybersecurity demands and threat landscapes.
- Career Advancement Potential: Provides a distinct advantage in the competitive DFIR job market, opening doors to advanced and specialized roles.
- Expert-Led Instruction: Taught by seasoned professionals with extensive field experience, offering invaluable insights and best practices.
- CONS
- Significant Time Commitment: The comprehensive nature and depth of a ‘Masterclass’ require a substantial investment of time and dedication from participants.