: Using debuggers like OllyDbg , x64dbg , or WinDbg to watch the code execute step-by-step, allowing analysts to bypass anti-analysis tricks. Key Learning Objectives

: Inspecting files without running them to find indicators of compromise (IOCs) like strings, imports, and file headers using tools like PeStudio or Dependency Walker .

: Disassembling the malware's executable code to understand its inner workings without running it, primarily using IDA Pro or Ghidra .

: The book features numerous hands-on labs that challenge readers to dissect real-world malware samples in a controlled setting.

: Executing malware in a safe virtual environment to observe system behavior (file system changes, registry modifications, and network traffic) using tools like Process Monitor , RegShot , and Wireshark .

: Deep dives into how malware exploits Windows features, such as DLL injection, process hollowing, and persistence mechanisms like registry "Run" keys.

is widely considered the definitive textbook for learning how to safely analyze and reverse-engineer malicious software. Written by Michael Sikorski and Andrew Honig, it provides a comprehensive methodology for understanding malware's impact and intent through both static and dynamic analysis. Core Analysis Methodologies

Practical Malware Analysis -

: Using debuggers like OllyDbg , x64dbg , or WinDbg to watch the code execute step-by-step, allowing analysts to bypass anti-analysis tricks. Key Learning Objectives

: Inspecting files without running them to find indicators of compromise (IOCs) like strings, imports, and file headers using tools like PeStudio or Dependency Walker . Practical Malware Analysis

: Disassembling the malware's executable code to understand its inner workings without running it, primarily using IDA Pro or Ghidra . : Using debuggers like OllyDbg , x64dbg ,

: The book features numerous hands-on labs that challenge readers to dissect real-world malware samples in a controlled setting. : The book features numerous hands-on labs that

: Deep dives into how malware exploits Windows features, such as DLL injection, process hollowing, and persistence mechanisms like registry "Run" keys.