mobile-security

Analyze Android APKs and iOS IPAs for security weaknesses via static analysis.

3|1|Updated May 26, 2026
One-click install
npx skills add https://github.com/LeoWSY-hashblue/-communitytools-custom --skill mobile-security-leowsy-hashblue
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mobile-security
Source: https://github.com/LeoWSY-hashblue/-communitytools-custom/tree/main/skills/mobile-security
Command: npx skills add https://github.com/LeoWSY-hashblue/-communitytools-custom --skill mobile-security-leowsy-hashblue

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Mobile apps often ship with insecure cryptography, improper TLS validation, and anti-analysis protections that hinder security assessments. This Skill provides a static-first approach to analyze compiled artifacts (Flutter AOT snapshots, Unity IL2CPP binaries, and native ARM libraries) to surface weak cryptographic envelopes, obfuscation patterns, and hardening gaps before any dynamic instrumentation.

Core Features & Use Cases

  • Static-first analysis of mobile targets (Android APKs, iOS IPAs) to reveal crypto envelopes, obfuscation patterns, and anti-tampering controls.
  • Flutter and Unity support for Dart AOT and IL2CPP artifacts; static analysis guides for reversing Dart snapshots and IL2CPP metadata.
  • Bypass guidance for runtime checks (TLS pinning bypass, root/jailbreak detection bypass) and safe static workflows when dynamic instrumentation is blocked.
  • Use Case: As a mobile pentester, you upload an app package to identify crypto envelopes, certificate pinning, and jailbreak/root checks that hinder testing, then decide if dynamic testing is needed.

Quick Start

Provide the mobile app package (APK/IPA) to initiate static analysis and surface crypto envelopes, TLS pinning patterns, and anti-tampering controls.

Frequently Asked Questions about mobile-security

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I statically analyze a Flutter AOT snapshot for crypto envelopes in a mobile app?

You can statically analyze Unity IL2CPP binaries to reverse IL2CPP metadata and identify hardening gaps, crypto envelopes, and anti-tampering controls within Android APKs and iOS IPAs without needing dynamic instrumentation.

Can I bypass TLS pinning and root detection using static analysis alone?

Static analysis can identify TLS pinning patterns and root/jailbreak detection mechanisms in compiled ARM binaries, providing safe static workflows and bypass guidance when dynamic instrumentation is blocked or insufficient.

What is the best way to start mobile app security testing on an Android APK or iOS IPA?

The best way to start mobile app security testing is a static-first approach: upload the Android APK or iOS IPA to analyze compiled artifacts for crypto envelopes, TLS pinning, and anti-tampering controls before attempting dynamic testing.

When should I move from static analysis to dynamic instrumentation for mobile security testing?

You should transition from static analysis to dynamic instrumentation only when static results are insufficient to reveal security weaknesses in compiled artifacts like native ARM libraries, Flutter AOT snapshots, or Unity IL2CPP binaries.