pentest-mobile-app

Automate Android and iOS mobile app security testing with Frida and MobSF.

299|56|Updated Jan 13, 2026
One-click install
npx skills add https://github.com/jd-opensource/JoySafeter --skill pentest-mobile-app
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: pentest-mobile-app
Source: https://github.com/jd-opensource/JoySafeter/tree/main/skills/pentest-mobile-app
Command: npx skills add https://github.com/jd-opensource/JoySafeter --skill pentest-mobile-app

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Mobile apps are often neglected by web-only security tools, leaving unique attack surfaces such as local data storage, certificate pinning, IPC handling, and binary protections untested. This Skill provides a structured mobile security testing workflow to uncover these risks across Android and iOS.

Core Features & Use Cases

  • Static analysis, runtime instrumentation, and vulnerability discovery across Android and iOS to identify sensitive data exposure, weak crypto, and insecure components.
  • Certificate pinning bypass, IPC testing, and binary protections assessment to evaluate anti-tampering, inter-process risks, and secure storage implementations.
  • Use Case: Security teams validate a banking or fintech mobile app to detect data leakage, insecure storage patterns, and pinning bypass opportunities.

Quick Start

Initiate a mobile security assessment against your target android/ios app using Frida for runtime tests and MobSF for static analysis.

Frequently Asked Questions about pentest-mobile-app

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

FAQPage Schema
How do I perform mobile app security testing for Android and iOS vulnerabilities?

Mobile app security testing uncovers local storage weaknesses, certificate pinning bypasses, IPC vulnerabilities, and binary protections using static analysis with MobSF and runtime instrumentation via Frida across Android and iOS platforms.

What is the best way to bypass certificate pinning during an iOS pentest?

Bypassing certificate pinning is achieved through runtime instrumentation using Frida and Objection to hook secure connections, allowing manual testing and traffic interception tools like Burp Suite to evaluate secure storage implementations.

How do I test IPC vulnerabilities and insecure components in Android apps?

Testing IPC vulnerabilities involves static analysis with jadx and runtime instrumentation to evaluate inter-process communication handling, exposing insecure components and sensitive data exposure within the Android application.

Can I use Frida and MobSF together for automated mobile security assessments?

Frida and MobSF work together for comprehensive mobile security assessments, combining MobSF for automated static analysis and Frida for dynamic runtime instrumentation to detect weak crypto and data leakage.

Does this mobile security workflow assess binary protections and anti-tampering mechanisms?

The workflow assesses binary protections and anti-tampering mechanisms by applying static analysis with Hopper and runtime tests to evaluate application resiliency against reverse engineering and unauthorized modifications.

When do I need runtime instrumentation versus static analysis for mobile app pentests?

Static analysis identifies insecure storage patterns and weak crypto at rest, while runtime instrumentation is needed to dynamically test certificate pinning bypasses, IPC handling, and active data leakage during execution.