4 个仓库
Observing and intercepting OS-level function calls to analyze system behavior.
Distinct from Android Application Debugging: Focuses on the Android OS components and system services rather than individual application state.
Explore 4 awesome GitHub repositories matching mobile development · System-Level Debugging. Refine with filters or upvote what's useful.
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
Allows observing and intercepting system-level function calls to analyze and troubleshoot Android OS components.
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
Hooks into the lowest level of the Android runtime to modify behavior across system and user applications.
Dexposed 是一套专为 Android 设备上的动态补丁、框架拦截和代码插桩设计的运行时工具和引擎。它作为一个 Hook 框架和插桩工具,用于将自定义代码加载到正在运行的进程中,从而在不修改原始字节码的情况下改变逻辑。 该项目支持拦截和修改 Android 应用程序和系统框架内的方法行为。它特别提供了通过覆盖框架调用和在不重启的情况下对活动进程应用热补丁来绕过操作系统限制的功能。 该工具集涵盖了广泛的插桩功能,包括拦截方法执行、重定向超级方法调用以及通过运行时拦截监控系统级行为。
Intercepts and modifies the behavior of active system and user processes at the runtime level.
HyperDbg is a hardware-assisted kernel-mode debugging platform that leverages virtualization to monitor and control system execution. By utilizing hypervisor-level primitives, it enables deep system analysis and instrumentation without relying on standard operating system debugging interfaces. The framework provides a comprehensive environment for inspecting both kernel and user-mode processes, allowing for granular control over execution flow and system state. The project distinguishes itself through a transparent debugging layer designed to remain invisible to the target environment. It emp
Intercepts exceptions, interrupts, and Model Specific Register accesses to monitor low-level hardware interactions.