Can it test offline scenarios?

Yes, it includes specialized routines for testing airplane mode, network transitions, and ensuring app stability without connectivity.

Does this skill support both iOS and Android?

Yes, it provides comprehensive coverage for both platforms, accounting for unique differences in navigation, permissions, and UI patterns.

Can it handle physical device testing?

Yes, while it uses emulators for fast feedback, it is specifically designed to integrate with device farms for testing on real physical hardware for critical paths.

How does it handle device fragmentation?

It utilizes a tiered coverage matrix (Tier 1-3) to prioritize testing on the most common and critical device variants based on user analytics.

What automation frameworks does it use?

The skill provides patterns and examples primarily for Appium, but its logic can be applied to other mobile automation frameworks.

Mobile Testing Skill

Name: Mobile Testing Skill
Author: proffesor-for-testing

byproffesor-for-testing

•

Security & Testing

Automates comprehensive mobile application testing across iOS and Android platforms, covering gestures, sensors, and device fragmentation.

About

The Mobile Testing skill empowers Claude to perform sophisticated quality engineering for native, hybrid, and mobile web applications. It addresses the complexities of the mobile ecosystem—including 1000+ Android device variants, touch gesture validation (swipes, pinches, long-presses), and platform-specific behaviors like iOS permissions and Android hardware buttons. By integrating with tools like Appium and device farms, it allows developers to simulate real-world scenarios such as offline transitions, location spoofing, and sensor interactions, significantly reducing the time required for cross-platform regression testing.

Key Features

Advanced touch gesture simulation including pinch, zoom, and long-press
Seamless integration with device farms like BrowserStack for real-device testing
Device fragmentation management using a tiered coverage matrix
99 GitHub stars
Cross-platform iOS and Android test orchestration
Mobile-specific scenario testing for offline mode, low battery, and sensors

Use Cases

Preparing native or hybrid mobile apps for App Store and Google Play submission
Automating regression suites across a wide matrix of physical and emulated devices
Validating complex UI interactions and granular permission flows across OS versions

About

Key Features

Advanced touch gesture simulation including pinch, zoom, and long-press
Seamless integration with device farms like BrowserStack for real-device testing
Device fragmentation management using a tiered coverage matrix
99 GitHub stars
Cross-platform iOS and Android test orchestration
Mobile-specific scenario testing for offline mode, low battery, and sensors

Use Cases

Preparing native or hybrid mobile apps for App Store and Google Play submission
Automating regression suites across a wide matrix of physical and emulated devices
Validating complex UI interactions and granular permission flows across OS versions