SKILL.md
SKILL: Stack Overflow & ROP — Expert Attack Playbook
AI LOAD INSTRUCTION: Expert stack-based exploitation techniques. Covers classic buffer overflow, return-to-libc, ROP chain construction, ret2csu, ret2dlresolve, SROP, stack pivoting, and canary bypass. Distilled from ctf-wiki advanced-rop, real-world CVEs, and CTF competition patterns. Base models often miss the nuance of gadget selection under constrained conditions.
0. RELATED ROUTING
- format-string-exploitation — leak canary/libc/PIE base via format string before triggering overflow
- binary-protection-bypass — systematic bypass of NX, ASLR, PIE, canary, RELRO
- arbitrary-write-to-rce — convert a write primitive (GOT, hooks, vtable) into code execution
- heap-exploitation — when the vulnerability is in heap rather than stack
Advanced Reference
Load ROP_ADVANCED_TECHNIQUES.md when you need:
- Blind ROP (BROP) methodology against remote services without binary
- ret2vdso for ASLR bypass on 32-bit systems
- Partial overwrite techniques for PIE bypass
- JOP / COP alternative code-reuse paradigms
SKILL: Stack Overflow & ROP — Expert Attack Playbook
AI LOAD INSTRUCTION: Expert stack-based exploitation techniques. Covers classic buffer overflow, return-to-libc, ROP chain construction, ret2csu, ret2dlresolve, SROP, stack pivoting, and canary bypass. Distilled from ctf-wiki advanced-rop, real-world CVEs, and CTF competition patterns. Base models often miss the nuance of gadget selection under constrained conditions.
0. RELATED ROUTING
- format-string-exploitation — leak canary/libc/PIE base via format string before triggering overflow
- binary-protection-bypass — systematic bypass of NX, ASLR, PIE, canary, RELRO
- arbitrary-write-to-rce — convert a write primitive (GOT, hooks, vtable) into code execution
- heap-exploitation — when the vulnerability is in heap rather than stack
Advanced Reference
Load ROP_ADVANCED_TECHNIQUES.md when you need:
- Blind ROP (BROP) methodology against remote services without binary
- ret2vdso for ASLR bypass on 32-bit systems
- Partial overwrite techniques for PIE bypass
- JOP / COP alternative code-reuse paradigms