I'm interested in learning reverse engineering, especially analyzing malware in controlled environments. I have some experience with C++, but I'm unsure whether that's enough or whether I also need to learn assembly, Python, and other topics. What would be a sensible learning path, and which books, tools, or practice methods would you recommend?
3 Answers
A practical path would be: strengthen your C and C++ fundamentals, learn basic operating-system concepts, study x86-64 assembly, and then practice with a disassembler and debugger such as Ghidra and x64dbg. Start with simple programs that you compiled yourself so you can compare the source code with the resulting binary. Later, move on to intentionally vulnerable or educational samples in an isolated virtual machine.
The best roadmap depends on what you want to analyze, but for native programs you should learn the basics of assembly. You don’t need to memorize every instruction immediately; focus on registers, the stack, calling conventions, jumps, functions, and how data is represented. Python is useful for writing small analysis scripts and automating repetitive tasks, while C or C++ helps you understand how compiled programs are structured.
You don’t need to master every subject before starting. Work through small, legal samples and build your knowledge as you encounter unfamiliar concepts.
If malware analysis is your goal, add Windows or Linux internals, executable formats such as PE and ELF, processes, memory, files, networking basics, and common compiler behavior to your plan. Always use legally obtained samples, snapshots, and an isolated lab with no personal data or unrestricted network access. Managed languages such as Java or C# often preserve more high-level structure, but native binaries still require assembly knowledge.
Ghidra can feel overwhelming at first. Begin with very small programs and learn one feature at a time instead of trying to understand the whole interface immediately.