5 dépôts
Simulates a rooted environment within a secure virtualized space to allow system modifications.
Distinct from Non-Root Container Execution Environments: Focuses on simulating root for system modification, distinct from general non-root container execution.
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VirtualXposed is an Android virtualization framework that provides a containerized environment for running applications and system-level hooks. It functions as an isolated execution space, allowing users to manage and extend installed software independently from the host operating system. The platform enables the execution of specialized software extensions and framework modules that modify application behavior without requiring device rooting, bootloader unlocking, or modifications to the core system image. By creating a secondary, containerized Android system, it allows for the application
Executes specialized software extensions that alter application behavior by simulating a rooted environment within a secure virtualized space.
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
Simulates a root-level Xposed environment by wrapping the application process during startup.
Objection is a dynamic instrumentation framework and runtime exploration toolkit for mobile application security analysis. It provides a command-line interface to interact with the memory and state of iOS and Android applications during active execution, serving as a toolkit for runtime analysis and security testing. The project distinguishes itself by providing specialized capabilities to bypass common mobile security controls, including SSL pinning, biometric authentication, and root or jailbreak detection. It enables the extraction of sensitive credentials and data from secure storage syst
Simulates non-rooted environments to evade detection libraries and analyze apps that block execution on modified devices.
This project is an Android RPA framework designed for automating user interfaces and system tasks on rooted Android devices using Python and ADB. It provides a suite of tools for rooted device management, allowing for programmatic control of system settings, application lifecycles, and shell command execution via a remote API. The framework distinguishes itself through a combination of dynamic instrumentation and AI integration. It can inject scripts into running processes to hook Java interfaces and modifies application behavior in real time. Additionally, it supports large language model in
Employs stealth modes and touch backend adjustments to evade automation and root detection.
RootlessKit is a tool for running container workloads and isolated process trees securely as a standard non-privileged user without holding root access on the host. It creates unprivileged user and mount namespaces to simulate fake root execution environments, allowing users to execute container workloads and manage resource groups safely. The project provides capabilities for rootless port forwarding and unprivileged network namespace isolation, routing container network traffic through user-mode packet translation without requiring privileged kernel setup. It includes multiple backend netwo
Creates user and mount namespaces so unprivileged users can run commands with simulated root privileges.