Projects sharing features with XposedInstaller

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

This project is a static site project homepage and software distribution website. It serves as an Android modification portal and a central web portal for downloading official releases and accessing documentation for Android system modifications. The site functions as a markdown-based documentation site and an open source project hosting platform. It provides a central location for technical references and guides regarding the Android system framework, while distributing stable software versions and installation guides to the developer community. The website is built using static site genera

Riru is an Android zygote injection framework and system process modifier. It allows for the insertion of custom code into the Android zygote process, enabling the execution of logic within all spawned applications and the system server. The tool provides memory masking capabilities to hide strings and module signatures from process memory scanners. This is achieved by converting named memory segments and core memory into anonymous pages, modifying the process address space layout to obfuscate the presence of injected modules. The framework also covers low-level system integration, including

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

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

Dexposed is a set of runtime tools and engines designed for dynamic patching, framework interception, and code instrumentation on Android devices. It functions as a hooking framework and instrumentation tool used to load custom code into running processes to alter logic without modifying the original bytecode. The project enables the interception and modification of method behavior within both Android applications and the system framework. It specifically provides capabilities for bypassing operating system limitations by overriding framework calls and applying hot patches to live processes w

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

Elder driver Xposed Framework.

LSPosed is an Android runtime hooking framework and system modification tool. It enables the modification of application and system behavior in memory without altering original installation files, serving as a platform for distributing and managing community-created extension modules. The project provides a comprehensive suite for device and identity spoofing, including the ability to mask hardware identifiers, simulate geographic locations, and conceal root access or hooking frameworks to bypass security and integrity checks. It also functions as an application modder to unlock premium featu

This project is a mobile device provisioning and app deployment tool used to install application binaries across multiple mobile platforms. It functions as a cross-platform testing suite that pushes binaries to various mobile architectures to verify software functionality. The tool includes a mobile device certificate manager that replaces system-level security certificates with custom versions, enabling the installation and debugging of unsigned applications. It also acts as a root-level system modifier, executing shell commands on device roots to change protected system files and security s

LSPatch is an Android runtime hooking tool and non-root app patcher. It provides a non-root implementation of the Xposed framework, allowing for the modification of Android application behavior without requiring administrative system access. The project enables the integration of Xposed modules into specific applications by embedding the necessary API components directly into the application package. This allows for application sandbox customization and the execution of framework modules on standard devices. The framework achieves these modifications through dex-based method hooking, dynamic

MagiskOnWSALocal is a toolkit and set of scripts designed to integrate root access and Google Apps into the Windows Subsystem for Android. It functions as a customization utility to provide administrative control over the virtualized Android environment. The project enables the installation of Magisk root binaries and the integration of Google Play Store services. It includes capabilities for removing default application marketplaces and modifying system settings to customize the subsystem. The toolset manages subsystem maintenance through version updates that preserve user data. It also pro

This project provides a collection of patches and modification sets for Android applications. It focuses on enhancing media consumption through the removal of advertisements and sponsored segments, while enabling deep customization of application interfaces and internal behaviors. The project employs system-level modifications, including binary hooking, bytecode manipulation, and dynamic memory patching, to override default application restrictions. These capabilities allow for the restoration of push notifications via signature spoofing, the suppression of screenshot alerts, and the automati

AppManager is a comprehensive suite of tools for managing applications on Android devices. It provides utilities for controlling application lifecycles, modifying manifests, and administering installed packages. The project distinguishes itself through deep system integration, offering capabilities to analyze and block specific application components such as activities, services, and broadcast receivers. It includes a system for saving and restoring applications along with their associated data and permissions, as well as tools for auditing and modifying runtime and development permissions.

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

This project provides a collection of reference materials, guides, and cheatsheets designed to optimize the Android development workflow. It serves as a comprehensive resource for implementing best practices in application building, debugging, and user interface design. The repository covers specialized techniques for build optimization, including methods to reduce binary sizes and accelerate compilation. It also provides detailed references for device debugging, memory leak detection, and the application of Material Design principles. The project further details productivity enhancements fo

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

HyperCeiler is an Android system customizer and enhancement kit designed to alter core application logic and graphical interfaces. It functions as a customization module specifically for HyperOS mobile devices to modify their visual and functional behaviors. The project utilizes a system of signed OS modules, employing keystores and digital credentials to cryptographically sign packages for secure installation on the target device. Its capabilities cover the modification of system behavior and the alteration of visual elements through resource-based UI overrides and system-level logic modifi

waydroid_script is a system configuration toolkit and container customizer for Waydroid. It provides automation scripts to modify the Android environment on Linux, focusing on the deployment of core services and system-level extensions. The project enables the integration of Google Play Services and the registration of device identifiers for app store access. It integrates binary translation layers to allow ARM-based applications to run on x86 hardware and installs digital rights management layers for protected media playback. The toolkit covers a broad range of system modifications, includi

This project is an Android bootloader unlock tool designed to bypass account binding restrictions on devices running Xiaomi HyperOS. It functions as an exploit that circumvents the community account requirements typically necessary to unlock the bootloader. The tool serves as a prerequisite for device rooting and system modification. By removing manufacturer bootloader locks, it enables the installation of custom recoveries, kernels, and modified operating systems. The project achieves these results through vulnerability-based account bypass and memory-corruption exploits to intercept the ve

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

KernelSU-Next is a kernel-level framework designed to provide administrative privileges and granular access control on the Android operating system. By integrating directly into the kernel during the build process, the project enables superuser management and system-wide modifications through kernel-level patching and system call interception. The framework distinguishes itself by utilizing non-persistent file system overlays, which allow for system partition modifications and module injection without altering underlying read-only storage blocks. This approach facilitates dynamic functionalit

VirtualApp is an Android application virtualization engine and user-space sandbox that enables the execution of applications within an isolated environment. It allows for the running of multiple independent instances of the same application on a single device and supports private application installation without requiring system-level root access. The project features a comprehensive hooking framework for intercepting Java and native layer functions to modify application behavior. It includes tools for hardware simulation to spoof device models and system information, as well as a non-root pr

Rayhunter is an IMSI catcher detection tool and cellular network monitor designed to identify cell-site simulators and fake base stations. It functions as an SDR signal analyzer that tracks tower connectivity, logs GPS locations, and monitors for network downgrades or disabled encryption on mobile hardware. The system distinguishes itself through heuristic-based traffic analysis used to detect suspicious identity requests, malformed system information, and the use of null ciphers. It includes a remote device management interface consisting of a REST API and web dashboard for controlling detec

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

This project is an open-source mobile operating system designed to replace proprietary device software with a community-driven system. Its primary purpose is to enable the development of custom system images and the extension of mobile device lifecycles, providing updates to hardware after official manufacturer support has ended. The system allows for the removal of bloatware and the modification of system-level behaviors through custom ROM development. Users can compile full system images from source trees to tailor the operating system for specific mobile hardware. The underlying architect

Android-DataBackup is a rooted Android backup tool that backs up and restores complete application data on devices using Magisk, KernelSU, or APatch. It operates as a root-based backup manager, executing commands through a root shell to bypass Android's sandboxing and access app-specific data directories directly. The tool integrates with Magisk, KernelSU, and APatch to gain root-level access for reading and writing protected application data directories. It compresses backup data into tar archives to preserve file permissions, ownership, and directory structure for reliable restoration, whil