Claude Skills by manyuegong33

A beginner-friendly full-spectrum reverse-engineering router for Web/JavaScript, Android/iOS, Frida, unpacking, anti-analysis, native binaries, protocols, firmware, malware, games, cloud APIs, CTFs, and reproducible parity testing. Use for reverse, start, unpack, decompile, hook, Frida, bypass detection, APK/SO/DEX/JS/PCAP/WASM/PE/ELF/Mach-O analysis, signature recovery, or a complete investigation from sample to verified result.

Beginner-friendly reverse-engineering workflow for Airline Ticketing Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Alipay Miniprogram Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Component Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Crypto Hooking. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Malware Staged Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Native Detection Chain. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Network Stack. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for Reproducible Android reverse setup audit without modifying tool versions or devices unexpectedly. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Android Runtime Hooking. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Static Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Android Unpacking And Dumping. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Anonymous Executable Memory. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Anti Analysis And Integrity. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Anti Bot Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Anti Cheat Kernel Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for Detect and classify instrumentation artifacts in maps, threads, modules, file descriptors, and timing. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Api Call Graph Recovery. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for DexClassLoader, PathClassLoader, split APK, dynamic feature, plugin, and secondary payload tracing. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Apk Protection Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Archive Crypto Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for ARM32/Thumb interworking, IT blocks, veneers, registers, and Android native code recovery. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly workflow for AArch64 calling conventions, prologues, PAC, BTI, registers, literals, and compiler idioms. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Ast Program Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Ble Usb Protocol Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Browser Env Emulation. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Browser Extension Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Browser Fingerprint Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Browser Runtime Tracing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Build Artifact Reproducibility. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Captcha Protocol Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Cloud Api Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Constructor Dlopen Tracing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Coverage Guided Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Crash Dump Symbolication. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for CRC, hash, code-section integrity, self-check, library verification, and mutation evidence. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly workflow for Windows, Linux, and macOS host differences, paths, ABI, tool discovery, and reproducible lab setup. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Crypto Dataflow Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Ctf Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Ctf Sandbox Orchestration. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Database Protocol Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Debugger Bypass Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Detection Engineering. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Detection Rule Engineering. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Dex Memory Dump. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly workflow for DEX, ODEX, VDEX, OAT, ART profile, quickening, and runtime artifact relationships. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly workflow for DEX extraction and repair: header, checksum, map list, multi-dex, oat, odex, vdex, and decompiler validation. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly workflow for Direct syscall wrappers, inline assembly, libc bypass, register arguments, and runtime correlation. Extracts general methods and evidence practices without depending on any author, private repository, personal path, secret, or branded prompt. Use when a reverse-engineering task needs reliable observation, loader analysis, runtime evidence, dump validation, crash attribution, tool setup, or reproducible reporting.

Beginner-friendly reverse-engineering workflow for Dotnet Malware Deobfuscation. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.

Beginner-friendly reverse-engineering workflow for Dotnet Reversing. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.