Binary Triage

Malware remains one of the most effective weapons in a cyber attacker's arsenal, and understanding how malicious software works is a critical skill for today's security professionals. Binary Triage: Malicious Binary Analysis Techniques provides a practical, methodical introduction to malware analysis, teaching readers how to quickly assess suspicious binaries, uncover their behavior, and develop evidence-based conclusions.

Beginning with the fundamentals of binary triage and Portable Executable (PE) structures, the book guides readers through the essential techniques used by professional malware analysts. Along the way, you'll explore static and dynamic analysis, reverse engineering, Windows APIs, networking concepts, assembly language, Windows internals, memory forensics, and malware genealogy. Each chapter builds on the last, helping you connect technical findings into a complete picture of how malicious code operates.

Rather than focusing solely on tools or specific malware families, this book emphasizes the analytical mindset required for effective investigations. You'll learn not just how to use malware analysis tools, but when to use them, why they matter, and how to interpret results with confidence. By focusing on methodology and critical thinking, the skills you develop can be applied across a wide range of malware threats and investigative scenarios. This book offers a structured path into one of cybersecurity's most in-demand disciplines. Whether you are entering the field for the first time or strengthening your existing analysis skills, Binary Triage will help you approach malware investigations with clarity, rigor, and confidence.

What You Will Learn

Develop a structured methodology for rapidly triaging and assessing suspicious binary files before deeper investigation.

Understand and apply static analysis, dynamic analysis, and reverse engineering techniques to identify malware behavior and capabilities.

Build a strong malware analyst mindset by learning how to validate evidence, avoid analytical mistakes, and investigate under uncertainty.

Analyze Windows internals, memory artifacts, APIs, and network activity to uncover indicators of compromise (IOCs) and attack techniques.

Gain practical skills to investigate a wide range of malware families and adapt analysis techniques to new and evolving threats.

Who This Book is for:

The book targets aspiring malware analysts, reverse engineers, SOC analysts, incident responders, digital forensics practitioners, cybersecurity students, and security researchers. It is intended for beginner to intermediate readers. A basic understanding of computer systems, networking concepts, and the Windows operating system is expected. Prior malware analysis experience is not required. The book is also suitable for professionals transitioning into malware analysis or looking to strengthen their practical skills in binary analysis, malware triage, and investigation methodologies.