30 open-source projects similar to mlgmxyysd/xiaomi-hyperos-bootloader-bypass, ranked by shared indexed features. Tags may describe platforms or build tools rather than the same primary purpose. Check each project’s use case, license, and deployment requirements before treating it as a replacement.
This project is a technical resource and set of utilities designed to assist in unlocking the bootloader on Xiaomi devices. It provides a combination of guides, account qualification tools, and exam simulators to help users obtain the necessary permissions for device modification. The toolkit includes an interactive bootloader unlock exam simulator and a comprehensive database of correct responses and historical answer archives. These resources are used to study for and pass the official qualification tests required for unlocking. The project also provides utilities to detect account restric
Exphub is a CVE exploit script library and enterprise software vulnerability suite designed to verify and exploit known security flaws in server environments such as WebLogic, Struts2, Tomcat, and JBoss. It functions as a remote code execution toolkit and a web shell deployment framework for triggering unauthorized command execution and establishing persistent access on remote systems. The project includes specialized utilities for internal network reconnaissance, specifically using server-side request forgery to scan for open ports and services. It further provides mechanisms for bypassing a
how2heap is an educational resource and technical testbed for learning heap-based vulnerabilities and memory allocator internals. It provides a collection of source code examples and binaries that serve as a laboratory for studying memory corruption techniques specifically targeting the glibc malloc implementation. The project focuses on the development of exploit primitives, such as tcache poisoning and double frees, to redirect program execution. It includes a suite of implementations for bypassing memory protections and manipulating heap metadata to achieve arbitrary memory writes. The fr
This project is a collection of malware analysis reports and decompiled code focused on a backdoor embedded within an Android application. It serves as a study of Android APK malware, documenting the specific code patterns used for unauthorized data access and system security bypasses. The research focuses on dynamic bytecode loading and the execution of remote files to implement persistence. It specifically analyzes mechanisms for downloading and running remote Dalvik Executable files to change application behavior without updating the installed package. The analysis covers several security
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
Unlock bootloader of Huawei devices on Kirin SoC.
lkpatcher is a comprehensive Python tool and module designed for modifying and patching LK (Little Kernel) bootloader images. The utility offers flexibility along with an intuitive API for maximum control.
XposedInstaller is an Android system hooking tool designed to deploy the Xposed modification framework to a device. It serves as a rooted Android modification utility that enables the interception and modification of Android system and application methods to change native operating system behavior. The tool manages the installation of the framework to allow for deep system-level hooks and device behavior customization. It automates the deployment of the software required to alter how the Android operating system and its installed applications function. The installation process involves writi
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
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
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
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