Awesome GitHub RepositoriesMobile Application Debugging

Sonar is a mobile app debugging platform and extensible toolkit that allows developers to inspect the internal state, network traffic, and system logs of mobile devices via a desktop interface. It functions as a centralized system for monitoring application behavior and troubleshooting logic and performance issues. The platform is distinguished by a plugin-based extension system that enables the development of custom debugging tools. These plugins can visualize specific application data and facilitate event exchange between a mobile device and a computer. The toolkit covers several core obse

Flipper is a mobile app debugging platform and cross-platform debugging bridge that connects a desktop environment to mobile devices. It provides a desktop tool for inspecting logs, network traffic, and layout hierarchies of mobile applications in real time. The platform is built as a plugin-based developer tool, offering a customizable framework for building visual debugging tools and data inspectors. This architecture allows for the creation of specialized plugins and visualizers to monitor internal application data through the desktop interface. The tool covers several functional domains

iOS-DeviceSupport provides the system symbols and framework files required by Xcode to recognize and debug physical iOS devices. It serves as a collection of hardware integration files that enable a development environment to communicate with and analyze mobile hardware running specific operating system versions. The project focuses on the installation of these support files to facilitate on-device debugging, mobile app testing, and performance profiling. By providing the necessary debugging symbols, it allows development tools to interface with physical devices rather than relying on simulat

r0capture is a tool for intercepting network traffic from Android applications. It serves as a traffic interceptor, packet sniffer, and client certificate exporter used to analyze application-layer communication on Android devices. The project provides mechanisms to bypass SSL pinning and certificate validation, allowing the decryption of encrypted traffic without modifying device trust stores. It also enables the extraction of client-side certificates from application memory for saving to local device storage. Captured network data is serialized into PCAP files to support offline protocol a

spy-debugger is an HTTP proxy debugging tool designed for intercepting and analyzing network traffic from mobile devices, WebViews, and mobile browsers. It functions as a network packet capture tool and a remote browser inspector, allowing users to monitor HTTP and HTTPS requests wirelessly without the need for USB cables. The project distinguishes itself by using script injection to enable remote debugging. It injects JavaScript into HTTP response bodies, providing the ability to inspect HTML and CSS elements and perform live page content editing directly on the mobile screen. Additionally,

Proxyman is a cross-platform HTTP debugging proxy that captures, inspects, and modifies HTTP, HTTPS, and WebSocket traffic. It functions as a man-in-the-middle proxy, decrypting SSL/TLS traffic to allow real-time inspection and modification of encrypted requests and responses. The tool is designed for debugging web and mobile applications, with capabilities for API mocking and simulation, scriptable traffic modification, and team collaboration on network logs. What distinguishes Proxyman is its deep integration with mobile and cross-platform development workflows. It provides automated certif

nativescript-vue is a framework for building native iOS and Android applications using Vue components and a reactive state system. It functions as a cross-platform mobile UI library that renders platform-specific views instead of web views, utilizing a native mobile application bridge to connect Vue logic to NativeScript APIs for direct access to mobile hardware and OS features. The framework employs a reactive mobile component system to create high-performance screens and dynamic lists with automatic state updates. This architecture allows for the development of native mobile applications fr

Page Spy Web est un inspecteur d'application multiplateforme et un débogueur distant en temps réel conçu pour identifier les erreurs d'exécution et les échecs d'écran blanc en diffusant de la télémétrie et des données en direct depuis des appareils distants. Il sert d'outil de diagnostic d'appareil distant et de console basée sur le web pour le débogage de webviews mobiles. La plateforme fonctionne comme un pont de débogage qui diffuse les logs de console et les données d'exécution via des connexions persistantes. Elle reflète le contenu des webviews mobiles sur des écrans plein format pour contourner les limitations matérielles d'écran et sérialise les appels d'API d'application native dans un format standardisé pour inspection au sein d'une console développeur. Le système couvre la surveillance d'application multiplateforme et le dépannage de terminal distant. Il permet la capture d'appels d'API natifs et la transmission de télémétrie d'appareil à travers différents systèmes d'exploitation pour analyser le comportement de l'application et le flux de données.

AndroidHttpCapture is a mobile application for intercepting and analyzing HTTP and HTTPS network traffic directly on an Android device. It functions as a local proxy server and traffic interceptor to capture and monitor requests and responses from other installed mobile applications. The tool provides capabilities for MITM HTTPS decryption through root certificate installation and supports exporting captured network sessions as HAR files for external analysis. It allows for real-time response body injection and the modification of request headers via user agent spoofing. The project includes

GT est un outil de débogage mobile sur appareil conçu pour capturer des paquets réseau, analyser les journaux système, et profiler les performances matérielles directement sur un smartphone. Il fournit une suite portable d'utilitaires pour identifier les bugs logiciels et les goulots d'étranglement de traitement sans nécessiter une connexion à un ordinateur hôte. Le projet dispose d'un framework de débogage basé sur des plugins qui permet le développement d'extensions fonctionnelles personnalisées pour implémenter une logique de débogage spécifique au projet. Il permet également le réglage et l'injection de paramètres en temps réel, permettant aux paramètres internes de l'application d'être modifiés pendant l'exécution pour tester différentes configurations. L'outil couvre plusieurs domaines fondamentaux d'observabilité et de diagnostic, incluant le profilage des performances matérielles pour les métriques CPU, mémoire, batterie et taux de rafraîchissement. Il inclut des capacités pour intercepter et analyser le trafic réseau et les communications API, ainsi que des utilitaires pour agréger et analyser les journaux de crash au niveau de l'application et du système.

GodEye is a runtime instrumentation tool and observability framework for Swift mobile applications. It functions as a mobile application debugger and in-process diagnostic overlay, providing a visual interface rendered directly over active applications to monitor metrics and inspect system states without requiring changes to the original source code. The framework enables real-time analysis through a suite of debugging workflows. It captures diagnostic data using method swizzling and system-level hooking to intercept function calls and monitor internal application behavior. The tool covers s

This repository provides a collection of reference implementations for building mobile applications using the Kotlin Multiplatform framework. It serves as a practical guide for centralizing core application logic, data handling, and business rules into a single shared codebase while maintaining the ability to build native user interfaces for Android and iOS. The project demonstrates architectural patterns for managing state, persistence, and network synchronization across diverse mobile operating systems. By utilizing common source sets and platform-specific native interop, it enables develop