reverse-engineering

To reverse-engineer firmware, you apply static and dynamic analysis techniques like disassembly and decompilation to unpack the binary image, observe runtime behavior, and document discovered vulnerabilities and functionality.

The best way to analyze malware binaries is combining static signature-based analysis with dynamic debugging to observe runtime behavior, allowing you to unpack the malware and bypass anti-reversing techniques for thorough documentation.

Yes, you can perform protocol reverse engineering by applying disassembly and dynamic analysis to the binary sample, allowing you to decode custom or legacy protocols and document their underlying communication structure.

You begin a reverse-engineering session by providing a binary or firmware sample as input, which undergoes static and dynamic analysis to produce a detailed reconstruction report of its behavior and vulnerabilities.

Thorough binary analysis requires applying static techniques like disassembly, decompilation, and signature-based analysis alongside dynamic techniques like debugging and runtime observation to completely reconstruct binary behavior.

You should use dynamic analysis alongside static disassembly when you need to observe runtime behavior, bypass anti-reversing protections, or unpack malware that static methods alone cannot fully decipher.