Awesome GitHub RepositoriesAndroid Rooting Frameworks

Magisk is an Android rooting framework designed to manage system-level modifications and grant administrative access to mobile devices. It functions by patching boot and recovery images to inject custom code into the operating system initialization sequence, allowing for system-wide control while maintaining compatibility with the underlying hardware. The project distinguishes itself through a systemless modification layer that overlays a virtual file system on top of read-only partitions, enabling changes without altering core system files. It includes a policy daemon to manage security cont

LSPosed is an Android runtime hooking framework and in-memory code modifier. It functions as a system hooking tool that intercepts and modifies system and application methods in memory to change behavior without altering original installation files. The project provides a standardized interface through the Xposed Module API, allowing for the development of plugins that alter the behavior of the Android operating system and installed applications. The framework covers a range of capabilities including runtime function interception, Android system debugging, and application customization. Thes

KernelSU is a kernel-based root management framework for Android that provides administrative access to applications by operating directly within the operating system kernel. By integrating management logic into the kernel source, it enables system-wide permission control through syscall interception and function patching. This approach allows for the enforcement of fine-grained mandatory access control, assigning custom security domains to root processes to restrict their capabilities and prevent unauthorized actions. The project distinguishes itself through a systemless modification archite

ZygiskNext is an Android rooting integration layer and system hooking framework. It functions as a code injector for the Android Zygote process, allowing for the modification of system behavior across various rooting environments and superuser managers. The project provides a specialized API to intercept and modify low-level system calls. This enables the injection of custom code into the base process that spawns applications, facilitating deep Android system customization and rooted development. The framework utilizes dynamic library loading, hook-based runtime modification, and Java Native

Xposed is a native Android runtime hooking framework and instrumentation tool. It provides a modified version of the Android app process binary to intercept and modify the behavior of system and application processes at the binary level. The framework enables Android operating system customization by altering internal function calls and runtime execution flow. It achieves this through native process instrumentation, allowing for the modification of functionality without altering original application files. The tool covers several low-level capabilities, including native library injection and

APatch is a suite of utilities for Android designed to provide kernel-level root access, manage system modules, and inject custom code into the kernel. It functions as a root tool and system module loader that allows for administrative privileges and device customization. The project distinguishes itself by injecting root capabilities directly into the kernel space to increase stealth and system-level authority. It utilizes a key-based authorization system to manage high-privilege access and prevent unauthorized administrative control of the device. The system modifies operating system behav

Droid-ify is an Android app installer and client for browsing, installing, and updating open-source software from F-Droid repositories. It functions as a searchable repository browser that enables the discovery and deployment of community-maintained software packages. The project supports diverse installation pathways, routing requests through different system conduits based on the device's privilege level. It provides support for root access, session-based modes, and Shizuku to bypass standard system permission limitations. The system includes a background service that monitors repositories

This project is an Android application patching tool and Magisk system module generator. It is designed to apply custom modifications to application packages and generate modules that install these patched binaries into the system partition of rooted Android devices. The tool incorporates a root-based application installer that utilizes specialized mounting methods, such as Zygisk application mounting, to bypass root detection warnings and mount errors. It further distinguishes itself by automating the retrieval of application binaries from external mirrors based on specific device architectu

Safetynet-fix is a tool for Android device attestation designed to bypass hardware and software integrity checks. Its primary purpose is to achieve Google SafetyNet compliance on devices with unlocked bootloaders, allowing software that requires specific security profiles to run on modified systems. The project provides compatibility for rooted devices, specifically ensuring that banking and payment applications remain functional while maintaining root access. It manages the Magisk environment configuration to maintain these security-sensitive application requirements. The system utilizes va

Elder driver Xposed Framework.

Riru este un framework de injectare zygote pentru Android și un modificator de procese de sistem. Permite inserarea de cod personalizat în procesul zygote al Android, permițând execuția logicii în toate aplicațiile lansate și în serverul de sistem. Instrumentul oferă capabilități de mascare a memoriei pentru a ascunde string-uri și semnături de module de scanerele de memorie ale proceselor. Acest lucru este realizat prin convertirea segmentelor de memorie numite și a memoriei nucleu în pagini anonime, modificând layout-ul spațiului de adrese al procesului pentru a ofusca prezența modulelor injectate. Framework-ul acoperă, de asemenea, integrarea la nivel scăzut a sistemului, incluzând încărcarea dinamică a bibliotecilor și interceptarea funcțiilor interne ale serverului de sistem pentru a modifica comportamentul de bază al sistemului de operare.

sitespeed.io este un instrument de analiză a performanței web și un sistem de monitorizare conceput pentru a măsura viteza site-ului și Core Web Vitals folosind browsere reale. Acesta funcționează ca o suită de regresie a performanței și un monitor de performanță al browserului, permițând aplicarea bugetelor de performanță pentru a detecta și bloca regresiile de viteză. Proiectul se distinge prin framework-ul său de testare pe dispozitive reale, care execută audituri de performanță pe hardware fizic Android și iOS prin conexiuni USB. Include un instrument specializat pentru generarea și compararea fișierelor HTTP Archive pentru a diagnostica blocajele de rețea, alături de integrarea pentru executarea auditurilor Lighthouse pentru a captura metrici de calitate și accesibilitate a paginii. Sistemul acoperă o gamă largă de capabilități, inclusiv auditul sintetic al vitezei, analiza traficului de rețea și testarea continuă a performanței. Oferă instrumente de observabilitate pentru urmărirea consumului de energie al dispozitivului, estimarea impactului asupra mediului și exportul datelor de tip time-series către baze de date externe pentru monitorizarea tendințelor pe termen lung. Testele pot fi gestionate printr-o interfață în linie de comandă sau un sistem de deployment bazat pe web, utilizând configurații drive-uite de JSON.

Hide-My-Applist is an Android privacy tool that prevents other applications from detecting the full list of installed apps. It operates as a Magisk module and root-based utility, intercepting package manager queries to block app detection and hide sensitive or root-related software from third-party scanners. The tool achieves system-level modification without altering the system partition by deploying as a Magisk module, and it can also leverage the Xposed framework to inject custom code into system processes. A runtime filter intercepts app list queries and removes entries matching a user-de

LSPosed_mod is a system for Android system hooking and module management. It enables the installation and configuration of system-level modifications to change device behavior without altering the original system image or source files. The project utilizes zygote-based process injection and runtime method hooking to intercept execution flows in memory. It includes a version-agnostic execution layer to maintain a consistent interface across different Android operating system versions and environments, as well as dynamic proxy interception to modify method arguments and return values. Manageme

XposedBridge este un framework de hooking Java pentru Android și un motor de instrumentare a bytecode-ului. Funcționează ca un sistem runtime pentru interceptarea și modificarea apelurilor de metode Java în cadrul sistemului de operare Android și al aplicațiilor instalate. Proiectul oferă un mecanism pentru injectarea în procesul zygote, asigurându-se că toate aplicațiile lansate moștenesc logica de instrumentare. Permite modificarea comportamentelor interne ale sistemului Android prin proxy-ul metodelor și reflexia Java pentru a accesa membri privați ai sistemului intern. Framework-ul suportă instrumentarea dinamică Android și analiza runtime, permițând observarea și manipularea fluxurilor de execuție a metodelor. Capabilitățile sale acoperă modding-ul aplicațiilor Android, inclusiv capacitatea de a altera logica internă fără a modifica fișierele APK originale.

XposedInstaller este un instrument de hooking pentru sistemul Android, conceput pentru a implementa framework-ul de modificare Xposed pe un dispozitiv. Servește ca utilitar de modificare pentru Android cu root, care permite interceptarea și modificarea metodelor sistemului Android și ale aplicațiilor pentru a schimba comportamentul nativ al sistemului de operare. Instrumentul gestionează instalarea framework-ului pentru a permite hook-uri profunde la nivel de sistem și personalizarea comportamentului dispozitivului. Automatizează implementarea software-ului necesar pentru a altera modul în care funcționează sistemul de operare Android și aplicațiile instalate pe acesta. Procesul de instalare implică scrierea binarilor framework-ului în partiția de sistem protejată, patch-uirea imaginii de boot a kernel-ului și utilizarea unui mecanism de injectare zygote. Aceste operațiuni sunt gestionate printr-o interfață grafică și automatizarea comenzilor shell privilegiate.

Sui is an Android root management framework and superuser manager designed to control root permissions and provide applications with elevated access to restricted system APIs and internal services. It functions as a communication bridge that allows non-root applications to execute system functions via a privileged root process. The framework utilizes a typed interface root bridge to map system functions to strongly typed interfaces, removing the need to parse raw text from shell commands. It incorporates a root shell environment for executing manual system commands and administrative scripts

Mobox is an x86 emulation environment and compatibility layer designed to run Windows software on ARM-based Android devices. It utilizes a shell-based system that translates x86 instructions and manages memory to execute desktop applications on mobile hardware. The project distinguishes itself through a combination of a Windows compatibility layer and an emulator to bridge platform differences. It features specialized tools for managing software containers, tuning hardware acceleration to resolve visual flickering in 3D applications, and mapping mobile touch screen gestures to virtual mouse a

SAI is a binary package bundler and application manager designed for Android and iOS. It functions as an installer and export tool that packages application source files and metadata into a proprietary format for portable distribution and backup. The project features a rootless application deployment pipeline, allowing the installation of third-party packages on mobile devices without requiring system-level root access. It includes a split archive reconstructor to reassemble fragmented application files into complete installation directories during deployment. The tool covers Android split A

ReZygisk is an Android root module framework and Zygote process injector. It functions as a native hooking engine and linker redirection tool designed to inject custom code into the Android Zygote process so that modifications are inherited by all spawned applications. The project provides a decoupled abstraction layer and Zygisk API implementation, allowing system modules to operate independently of specific root management tools. This ensures that root modules remain stable and compatible across various kernel-level rooting solutions. The framework includes capabilities for system process