ios-app-re

Automates the full iOS app reverse engineering workflow from decryption to deployment.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/warterbili/AUTO_REVERSE --skill ios-app-re
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: ios-app-re
Source: https://github.com/warterbili/AUTO_REVERSE/tree/main/skills/ios/ios-app-re
Command: npx skills add https://github.com/warterbili/AUTO_REVERSE --skill ios-app-re

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

iOS app reverse engineering requires coordinating multiple complex steps including device onboarding, encrypted binary decryption, static and dynamic analysis, and re-signing for deployment, which is time-consuming and error-prone when performed manually without a standardized workflow.

Core Features & Use Cases

  • End-to-end workflow automation: Coordinates device onboarding (jailbreak, TrollStore, SideStore) based on target iOS version, decrypts App Store binaries, runs static analysis (class-dump, Mach-O parsing, decompilation), dynamic analysis (Frida hooks, SSL unpinning, jailbreak bypass), and re-signs/deploys modified apps.
  • On-demand tool fetching: Pulls required iOS reverse engineering tools from the project catalog only when needed, avoiding global environment pollution.
  • Use Case: A security researcher can use this skill to reverse an iOS banking app, extract its request-signing algorithm from native code, and generate a reproducible analysis report without manually configuring each tool.

Quick Start

Use the ios-app-re skill to reverse the target iOS app, extract its request-signing algorithm, and generate a reproducible analysis report.

Frequently Asked Questions about ios-app-re

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

FAQPage Schema
How do I automate iOS reverse engineering from IPA decryption to Frida hooking?▼

You can automate the full iOS reverse engineering workflow by coordinating device onboarding, IPA decryption, static analysis, and Frida-based dynamic instrumentation into a single standardized pipeline.

What is the best way to bypass SSL pinning and jailbreak detection on iOS apps?▼

Bypassing SSL pinning and jailbreak detection is achieved through Frida-based dynamic hooking during runtime analysis, allowing you to circumvent protections on target iOS applications.

How do I extract business logic from an encrypted App Store IPA binary?▼

To extract business logic from an encrypted App Store IPA binary, you must first decrypt the binary, then parse the Mach-O structure and run class-dump for static code analysis.

Do I need a jailbroken device to perform Mach-O analysis and class-dump?▼

Device onboarding supports jailbroken environments, TrollStore, and SideStore based on the target iOS version, ensuring you can decrypt binaries and perform Mach-O analysis across different deployment scenarios.

Can I re-sign and deploy a modified iOS IPA after patching runtime protections?▼

Yes, after patching runtime protections and extracting the necessary logic, the workflow automates reproducible IPA re-signing and deployment to install the modified application back onto the target device.

Why does manual iOS app reverse engineering fail during static and dynamic analysis?▼

Manual iOS app reverse engineering fails due to the complexity of coordinating device onboarding, binary decryption, and tool configuration, which causes errors without an automated end-to-end workflow.