r0crawl_skills is a massive reverse-engineering skill arsenal for web, Android, iOS, Frida, native binaries, protocols, malware, firmware, and anti-analysis—built for beginners, tuned for pros, and engineered for reproducible results.
Skill Codex
Beginner-friendly reverse-engineering workflow for Reverse Case Orchestration. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly workflow for Detailed reverse-engineering experiment records, timelines, commands, diffs, decisions, and handoff notes. 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…
Skill Codex
Beginner-friendly reverse-engineering workflow for Reverse Reporting And Attribution. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly workflow for Cold-start, warm-start, repeated-run, version, clean-baseline, and artifact regression checklists. 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…
Skill Codex
Beginner-friendly reverse-engineering workflow for Rizin Binary Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Root Emulator Detection. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly workflow for Runtime plaintext/ciphertext boundaries across Java, native, WebCrypto, TLS, and serialization layers. 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…
Skill Codex
Beginner-friendly reverse-engineering workflow for Runtime Patch Validation. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Safe Malware Lab Management. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Sandbox Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Script Vm Sandbox Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Selective Emulation Lab. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Self Modifying Code. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Shellcode And Payload Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Source Map And Bundle Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly workflow for Low-noise observation methodology for anti-hook and anti-instrumentation research. 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…
Skill Codex
Beginner-friendly reverse-engineering workflow for Struct Layout Recovery. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Supply Chain Binary Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Symbol Recovery And Structs. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly workflow for Correlate syscall/eBPF observations with Frida hooks, native stacks, threads, and memory maps. 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…
Skill Codex
Beginner-friendly workflow for System-call filter evidence collection for signals, exits, memory mapping, direct syscalls, and attribution. 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…
Skill Codex
Beginner-friendly reverse-engineering workflow for Syscall Observation Lab. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Systematic Debugging. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
Skill Codex
Beginner-friendly reverse-engineering workflow for Tls Pinning Analysis. Use it to collect evidence, choose static or dynamic analysis, correlate runtime behavior, and produce a reproducible result.
At most 3 mods per repository are shown here, and a mod shipped inside a plugin is left to that plugin's page — the rest are on their repository pages: