This project implements a comprehensive root detection mechanism for Android applications using Xamarin. It helps identify whether a device is rooted, which is crucial for applications that require a secure environment.

• Root Detection:

  • IsJailBreaked(): Checks for root binaries and management applications to determine if the device is rooted.

• Emulator Detection:

  • IsInEmulator(): Identifies if the application is running on an emulator by examining the device's fingerprint.

• Security Checks:

  • IstestKeys(): Detects the presence of test keys, often found in rooted environments.
  • IsDebuggable(): Determines if the app is built with the debuggable flag, indicating development mode.
  • IsDebuggerConnected(): Checks if a debugger is attached to the application.

• Hook Detection:

  • IsHooked(): Scans for known rooting or hooking applications installed on the device.

• Magisk Detection:

  • IsMagisk(): Looks for the presence of Magisk by checking for the libstub.so library in native directories.

• Shamiko Module Detection:

  • IsShamikoModuleInstalled(): Checks if the Shamiko module's directory exists on the device.
  • IsShamikoModuleActive(): Reads the module.prop file to determine if the Shamiko module is enabled.

• File Path Management:

  • GetFilePath(string filename): Returns the full file path for accessing files within the application's external storage directory.

To integrate this root detection mechanism into your Xamarin Android application, simply implement the IHardwareSecurity interface and utilize the provided methods to assess the security status of the device.

This project is licensed under the MIT License.