ctf-pwn

To identify memory corruption vulnerabilities in a CTF binary, analyze the binary to detect unsafe patterns and map data flow from input to vulnerable sinks. This process annotates findings to support the creation of a structured exploitation plan.

Planning an exploit strategy for buffer overflow and format string bugs involves building memory-layout-aware strategies for the stack or heap. The process outlines required primitives and data flow offsets to reach the flag without executing code.

The best way to structure a ROP chain payload for binary exploitation is to propose a high-level payload structure, such as ret2libc, while recording offsets, gadgets, and calling conventions to produce a strategy suitable for offline exploit scripting.

No, you do not need to execute code in the environment to read the flag during heap exploitation. The framework reasons about exploit paths and outlines how to reach the flag directly through a structured payload planning strategy.

Yes, you can use this approach for typical ROP and heap exploit challenges without external dependencies. The framework operates independently to outline memory layouts, required primitives, and payload strategies for offline exploit development.