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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 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

This project is a framework and utility suite for iOS and iPadOS designed for privilege escalation, security exploitation, and system customization. It functions as a tool for performing sandbox escapes, exploiting kernel-level memory corruption and persistence bugs, and injecting unsigned code to bypass standard operating system security checks. The tool enables the modification of restricted system parameters and hidden configuration files to unlock device functionality. It allows for the installation of unauthorized application bundles and alternative app stores by bypassing code signing r

GeoPort is a suite of utilities for geographic coordinate management, wireless location simulation, and mobile device debugging. It functions as a GPS location spoofing tool and route generator, allowing users to simulate specific geographic coordinates and movement patterns on mobile devices. The project enables the simulation of GPS coordinates over WiFi to remove the requirement for physical USB cables. It includes a map-based interface for defining custom movement paths, which can be replayed at specific speeds to automate coordinate changes on a connected device. The system covers coord