Windows Internals Forensic Analysis

This five-day advanced-level forensic analysis course provides in-depth knowledge and skills for professionals seeking to investigate and analyse Windows Internals from a forensic and security perspective. Focusing on system structures, low-level debugging, memory analysis, and hidden artefact detection, the course equips learners with the tools to uncover, analyse, and respond to complex system behaviours and threats.

Prerequisites

• Strong understanding of Windows operating systems.
• Experience in system administration or development roles.
• Completion of the Windows Internals Intermediate course or equivalent knowledge is recommended.
• Familiarity with debugging tools and core Windows internal concepts is beneficial.

Target audience

• IT professionals specialising in system administration or low-level troubleshooting.
• Security professionals focused on incident response, threat hunting, or digital forensics.
• Developers and engineers working with Windows internals, debugging, or driver analysis.

WinDbg and debugging model

• Introduction to the Debugger Data Model.
• Scripting with JavaScript in WinDbg.
• Advanced debugger techniques for forensic analysis.

Configuration Manager and registry

• Registry fundamentals and internal structure.
• Key Control Block (KCB) cache mechanisms.
• Parsing registry hives on disk and in memory.

Boot lifecycle

• Boot unification and boot process internals.
• Boot Configuration Database (BCD) structure.
• Boot loader behaviour and components.
• ACPI tables and AML interpreter.
• Viewing ACPI tables using the debugger.

Windows driver model

• Devices and driver architecture.
• Driver routines and communication methods.
• Plug and Play driver mechanisms.
• Identifying and analysing loaded drivers.

Virtualization

• Hyper-V architecture and components.
• Detecting Hyper-V and analysing environments.
• Partition structures and boot configuration.
• Intercepts, hypercalls, and hypercall interfaces.

Secure kernel and trustlets

• Secure kernel capabilities and structure.
• Secure mode calls and system interactions.
• VTL0 to VTL1 communication mechanisms.

Hyper-V enclaves

• Enclave concepts and architecture.
• Initialisation and memory layout.
• Security boundaries and protections.
• System calls, import binding, and enclave execution.

Stealth code and detection

• Techniques for hiding drivers and kernel components.
• Detecting hidden drivers and stealth mechanisms.
• User-mode code hiding and process injection techniques.

Filesystem cache forensics

• Shared memory concepts.
• Filesystem cache structures and behaviour.
• Identifying and analysing cached files.

NTFS forensics

• NTFS control block structures.
• Parsing NTFS data structures.
• Locating cached and hidden file artefacts.

TCP/IP forensics

• Network stack architecture.
• TCP/IP internal objects and structures.
• Port pools and control blocks analysis.

Operating system crashes

• Crash dump configuration and collection.
• Manual and automated crash dump analysis.
• Using Driver Verifier for fault detection.

Exams and assessments

There are no formal exams included in this course.

Learners are assessed through practical exercises, guided development tasks, and instructor-led review during the course.

Hands-on learning

The course is dedicated to practical, instructor-supported exercises.

Hands-on tasks are designed to connect theory to real-world forensic analysis scenarios.

By the end of this course, participants will be able to:

• Analyse Windows internals using advanced debugging techniques and tools.
• Investigate registry, memory, and filesystem artefacts for forensic purposes.
• Identify hidden drivers, injected code, and stealth techniques.
• Understand virtualisation-based security features and their forensic implications.
• Perform crash dump analysis and troubleshoot system failures.