Course Summary
This course offers comprehensive insights into Microsoft Windows operating systems from a digital forensics viewpoint. Understanding the forensic capabilities and artifacts of Windows is crucial for effective information security because you cannot defend against what you don’t fully comprehend. Throughout this course, you will learn how to recover, analyze, and validate forensic data on Windows systems, track user activity across your network, and structure findings to support incident response, internal investigations, intellectual property theft probes, and civil or criminal litigation.
By the end of the course, you’ll possess the skills to validate security tools, conduct thorough vulnerability assessments, detect insider threats, trace malicious activity, and enhance security policies. Windows systems, often unnoticed, continuously record a wealth of data regarding user and system activities. This course will teach you how to harness that data, enabling you to detect potential threats and strengthen your organization’s security defenses.
Course highlights include:
Windows Forensics and Data Triage: Mastering the fundamentals of digital forensics specific to Windows.
Windows Registry Forensics: Understanding registry artifacts, USB device history, shell items, email forensics, and log analysis.
Advanced Web Browser Forensics: Analyzing browser data from Chrome, Edge, and Firefox for traces of user activity and potential malicious actions.
You will also explore methods for recovering deleted or hidden files, analyzing system logs, understanding user behavior patterns, and uncovering traces of malware or unauthorized activity. This course equips you with the knowledge to better secure Windows environments and to efficiently investigate and respond to incidents.
Key areas covered include:
Browser Forensic Artifacts: Understand the significance of browser history, cookies, cache, and other artifacts created during browsing sessions, and learn how to use these to reconstruct user actions and identify potential evidence.
Browser Structure and Analysis: Learn how web browsers structure their data and explore techniques for extracting and analyzing browser-related forensic evidence from popular browsers like Chrome, Firefox, and Edge.
Cloud Storage Analysis: Delve into the digital traces left behind by cloud storage solutions like Google Drive, Dropbox, and OneDrive. Learn how to identify relevant forensic data, including sync logs and file access records, to aid in investigations.
Digital Forensic Fundamentals: Explore the foundational concepts of digital forensics, such as evidence handling, chain of custody, and the forensic value of Windows file systems and registries, which are crucial for successful forensic investigations.
Email Analysis: Learn to examine email data from various sources (e.g., client, web-based, mobile, and M365). You will analyze email headers, attachments, and metadata to uncover important insights about communication patterns and potential evidence of fraud or cybercrimes.
Event Log Analysis: Discover the different types of Windows event logs, including security, application, and system logs, and how to extract valuable forensic evidence from these logs, enabling you to identify signs of system compromise, intrusions, or malicious activity.
File and Program Analysis: Learn how the Windows operating system creates forensic artifacts during program execution. This includes analyzing file access records, process execution details, and activity logs related to specific files and folders to detect malicious behavior.
Forensic Artifact Techniques: Gain hands-on experience with the approaches, tools, and techniques required to collect and process forensic artifacts, such as volatile memory and disk data, for immediate triage and deep analysis during an incident.
System and Device Analysis: Understand the digital footprints left by system and device interactions, including file access artifacts from USB devices and system processes. You will learn how to analyze these traces to investigate potential data theft or unauthorized system access.
User Artifact Analysis: Explore how user activity is tracked on Windows systems through artifacts like user profiles, login/logout records, and application usage history. Learn to correlate this data with other system artifacts to build a timeline of user behavior.
By the end of this course, you will be equipped to conduct thorough and effective forensic investigations on Windows-based systems, leveraging both fundamental and advanced techniques to recover, analyze, and interpret crucial evidence from a variety of digital sources. Whether you’re investigating a cyberattack, intellectual property theft, or a compliance breach, this course will provide you with the expertise to uncover key information that could be pivotal in solving the case.
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