Digital Forensics Masterclass: CFIR & Incident Response Training

What you will learn:

Understanding different types of storage media: optical drives, USBs, SD cards, HDDs, and SSDs
Creating bootable forensic media for live incident responses
Analyzing the computer boot process and identifying forensic points
Conducting on-scene investigations, including evidence acquisition and analysis
Mastering evidence acquisition techniques with FTK Imager, Guymager, and DC3DD
Understanding Linux file systems and their role in digital forensics
Performing disk scanning and write-blocking to prevent evidence tampering
Maintaining evidence integrity throughout the acquisition process
Exploring memory analysis using the Volatility Framework
Utilizing Volatility plugins for process, network, and DLL analysis
Unraveling the mysteries of memory dumps and extracting valuable evidence
Conducting comprehensive digital forensics investigations with Autopsy
Collecting, examining, and reporting evidence with accuracy and precision
Using Autopsy to analyze digital artifacts, logs, and system files
Applying forensic methodologies to preserve digital evidence integrity
Handling real-world digital crime scenes and conducting thorough investigations
Utilizing hash functions to verify forensic image authenticity
Understanding evidence acquisition in both Linux and Windows environments
Detecting and preventing tampering during evidence collection
Analyzing digital artifacts, logs, and system files for investigative purposes
Exploring network forensics and tracking digital footprints
Creating comprehensive forensic reports for court presentations
Applying digital forensics in criminal and corporate investigations

Description

Dive deep into the world of digital forensics and incident response with this comprehensive online course designed to empower you with the skills and knowledge required to excel in the field. This program goes beyond theory, providing hands-on experience with real-world scenarios and industry-standard tools, like FTK Imager and Autopsy, ensuring you're prepared for the challenges of digital investigations.

Why Choose This Course?

Gain a deep understanding of digital evidence acquisition, memory analysis, and incident response procedures, equipping you with the necessary skills to handle cybercrime investigations, protect your organization's digital assets, and contribute to a safer digital environment. This course is ideal for individuals looking to pursue a career in digital forensics, incident response, or cybersecurity, as well as those seeking to enhance their existing skillsets.

What You'll Master:

Data Storage Fundamentals: Explore the anatomy of various storage media, including optical drives, USBs, SD cards, HDDs, and SSDs, learning to identify and analyze the digital evidence they contain.

Boot Process Deep Dive: Uncover the intricacies of the computer boot process, understanding critical forensic points and how to create bootable forensic media for live incident responses.

Field-Ready Investigations: Learn the art of conducting on-scene investigations, from acquiring digital evidence to analyzing memory dumps, all while adhering to best practices and legal standards.

Mastering Evidence Acquisition: Develop proficiency in using industry-leading tools like FTK Imager, Guymager, and DC3DD for disk imaging, write-blocking, and ensuring evidence integrity.

Memory Analysis with Volatility: Unravel the mysteries of memory analysis using the powerful Volatility Framework, mastering plugins, process analysis, and network and DLL examination techniques.

Autopsy for Comprehensive Forensics: Become proficient in Autopsy, a comprehensive forensics platform, using it to collect, examine, and report evidence with accuracy and precision.

Curriculum

Data Storage and Incident Response Fundamentals

This section sets the foundation for your digital forensics journey. You'll explore different storage media types like optical drives, USBs, SD cards, HDDs, and SSDs, understanding their unique characteristics and how they store digital evidence. You'll learn to identify and analyze data within these media, equipping you with the skills to effectively extract critical evidence. Additionally, you'll be introduced to the key concepts of incident response, laying the groundwork for handling real-world scenarios.

Understanding Computer Systems: The Boot Process

Dive deeper into the inner workings of computer systems, exploring the boot process and understanding its significance in digital forensics investigations. You'll learn to create bootable forensic media, a crucial skill for live incident responses, allowing you to investigate systems without compromising evidence integrity. This section empowers you to analyze the critical stages of the boot process and identify key forensic points where valuable evidence can be found.

DFIR Incident Response Field Guide and Analysis Process

This section focuses on the practical aspects of conducting digital forensics investigations in the field. You'll learn essential techniques for handling crime scenes, including acquiring digital evidence effectively. You'll differentiate between live and post-mortem acquisition methods, ensuring that you choose the appropriate approach for different scenarios. By the end of this section, you'll be equipped with the knowledge and skills to confidently handle on-site investigations.

Evidence Acquisition: Mastering the Tools

This section is all about mastering the art of evidence acquisition using industry-leading tools. You'll learn the ins and outs of FTK Imager, a widely used forensic tool, for creating disk images and ensuring evidence integrity. You'll delve into the world of Linux file systems, understanding their structure and how to navigate them effectively. This section also covers essential techniques like disk scanning and write-blocking, preventing evidence tampering and preserving its authenticity. Additionally, you'll explore other powerful tools like DC3DD for advanced disk imaging and Guymager for efficient and secure image creation, ensuring you're equipped with a comprehensive toolkit for digital evidence acquisition.

Memory Analysis: Uncovering Secrets with Volatility

This section takes you deep into the realm of memory analysis, using the powerful Volatility Framework. You'll learn about its capabilities, including plugin utilization for extracting detailed memory information. You'll explore techniques for analyzing processes, identifying network activity, and examining DLLs, providing you with a comprehensive approach to understanding memory dumps and uncovering crucial evidence.

Autopsy: The Ultimate Digital Evidence Examination Tool

In this section, you'll master Autopsy, a versatile digital forensics platform. Starting with downloading sample forensic images, you'll be guided through the process of conducting in-depth investigations using Autopsy. You'll learn to collect, examine, and report evidence with precision, uncovering crucial digital artifacts and building a strong case. This section equips you with the knowledge to effectively utilize Autopsy for comprehensive digital forensics analysis, ensuring you have a powerful tool in your arsenal.