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.