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reverse-engineering

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Aktualisiert22. Mai 2026 um 15:43

Reverse engineering techniques — static and dynamic analysis, anti-analysis countermeasures, language and platform-specific patterns. Use when the target is a compiled binary, obfuscated code, firmware image, mobile app (APK/IPA), WebAssembly module, or bytecode.

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JesusConwellpy

JesusConwellpy/ai-security-methodology

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Verwandte BerufeSOC

Basierend auf der SOC-Berufsklassifikation

InformationssicherheitsanalystenInformatik- und Mathematikberufe·SOC 15-1212

SKILL.md

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name	reverse-engineering
description	Reverse engineering techniques — static and dynamic analysis, anti-analysis countermeasures, language and platform-specific patterns. Use when the target is a compiled binary, obfuscated code, firmware image, mobile app (APK/IPA), WebAssembly module, or bytecode.
license	MIT
compatibility	Requires filesystem-based agent with bash, Python 3, Ghidra/IDA/radare2, and debugging tools.
allowed-tools	Bash Read Write Edit Glob Grep WebSearch
metadata	{"user-invocable":"true","argument-hint":"<binary-path or platform>"}

Reverse Engineering

Triage

file binary
strings binary | head -100
xxd binary | head -20
binwalk -e binary      # embedded files
readelf -h binary       # architecture
objdump -d binary | head -50  # disassembly preview

Document Map

Task	Document
Disassembly, decompiler, symbol recovery, signature matching	Static Analysis
Debugger, tracing, hooking, emulation, symbolic execution	Dynamic Analysis
Anti-debug, anti-VM, packing, obfuscation, anti-disassembly	Anti-Analysis
Go, Rust, Swift, Kotlin, Haskell, C++ patterns; APK, iOS, WASM, .NET, Unity, embedded	Languages & Platforms
Tool reference — Ghidra, IDA, radare2, Binary Ninja, Frida, angr, Unicorn	Tools

Quick Start by Platform

Platform	Key Tools	First Step
ELF x86-64	Ghidra + GDB	`checksec`, review decompiled main
Windows PE	IDA + x64dbg	Check sections, imports, TLS callbacks
Android APK	Jadx + Frida	Decompile to Java, hook with Frida
iOS IPA	Hopper + Frida	Check binary encryption, decrypted with frida-ios-dump
.NET	dnSpy / ILSpy	Open in dnSpy, check for obfuscation
WASM	wasm-decompile + Chrome DevTools	`wasm-decompile module.wasm`
Firmware	binwalk + QEMU	Extract filesystem, emulate if ARM/MIPS
Python .pyc	pycdc / decompyle3	Decompile bytecode to source

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security-methodology

JesusConwellpy/ai-security-methodology

Security research methodology — 5-phase workflow (intake → recon → enum → hunt → report). Routes to specialized technique modules. Use when the user asks to audit, penetration test, bug bounty, find vulnerabilities, exploit a target, or perform any security assessment.

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ai-ml-security

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AI/ML attack techniques — prompt injection, indirect/RAG poisoning, tool-calling manipulation, adversarial examples, model extraction, membership inference, training data extraction. Use when the target involves LLM agents, chatbots, ML model APIs, image classifiers, or federated learning systems.

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binary-exploitation

JesusConwellpy/ai-security-methodology

Binary exploitation techniques — buffer overflow, format string, heap exploitation, ROP, kernel exploitation, sandbox escape, shellcode. Use when the target is a native binary (ELF/PE), remote service with memory corruption, or kernel module. Requires pwntools, GDB, and binary analysis tools.

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crypto-attacks

JesusConwellpy/ai-security-methodology

Cryptography attack techniques — RSA, ECC, symmetric ciphers, hash collisions, PRNG attacks, lattice/LWE. Use when the challenge involves encryption, decryption, key recovery, nonce reuse, padding oracles, or cryptanalysis of custom schemes.

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forensics

JesusConwellpy/ai-security-methodology

Forensic analysis techniques — disk, memory, network, steganography, side-channel analysis. Use when given a disk image (.dd, .E01, .raw), memory dump (.vmem, .raw), packet capture (.pcap, .pcapng), image/audio file with hidden data, or side-channel trace.

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malware-analysis

JesusConwellpy/ai-security-methodology

Malware analysis techniques — static triaging, dynamic sandboxing, PE/.NET analysis, C2 protocol identification. Use when analyzing a suspicious binary, script, document, or network capture from a potentially compromised system.

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name	reverse-engineering
description	Reverse engineering techniques — static and dynamic analysis, anti-analysis countermeasures, language and platform-specific patterns. Use when the target is a compiled binary, obfuscated code, firmware image, mobile app (APK/IPA), WebAssembly module, or bytecode.
license	MIT
compatibility	Requires filesystem-based agent with bash, Python 3, Ghidra/IDA/radare2, and debugging tools.
allowed-tools	Bash Read Write Edit Glob Grep WebSearch
metadata	{"user-invocable":"true","argument-hint":"<binary-path or platform>"}

Reverse Engineering

Triage

file binary
strings binary | head -100
xxd binary | head -20
binwalk -e binary      # embedded files
readelf -h binary       # architecture
objdump -d binary | head -50  # disassembly preview

Document Map

Task	Document
Disassembly, decompiler, symbol recovery, signature matching	Static Analysis
Debugger, tracing, hooking, emulation, symbolic execution	Dynamic Analysis
Anti-debug, anti-VM, packing, obfuscation, anti-disassembly	Anti-Analysis
Go, Rust, Swift, Kotlin, Haskell, C++ patterns; APK, iOS, WASM, .NET, Unity, embedded	Languages & Platforms
Tool reference — Ghidra, IDA, radare2, Binary Ninja, Frida, angr, Unicorn	Tools

Quick Start by Platform

Platform	Key Tools	First Step
ELF x86-64	Ghidra + GDB	`checksec`, review decompiled main
Windows PE	IDA + x64dbg	Check sections, imports, TLS callbacks
Android APK	Jadx + Frida	Decompile to Java, hook with Frida
iOS IPA	Hopper + Frida	Check binary encryption, decrypted with frida-ios-dump
.NET	dnSpy / ILSpy	Open in dnSpy, check for obfuscation
WASM	wasm-decompile + Chrome DevTools	`wasm-decompile module.wasm`
Firmware	binwalk + QEMU	Extract filesystem, emulate if ARM/MIPS
Python .pyc	pycdc / decompyle3	Decompile bytecode to source