virtual gamepad

BetaBeacon
July 14, 2026
The Starboard app is an unofficial PortMaster client for Android that allows users to easily install and play games that have been ported to Linux. The app runs games via a Debian-based Linux runtime on Android and offers a community-driven review system to help users determine if a game will work on their device before installation. The app categorizes games as "ready to run" or "setup required" and offers additional settings for troubleshooting specific games. Users can download Starboard via GitHub or Obtainium and it is recommended for Android handheld users looking for a large repository of free titles.
AppWizard
June 29, 2026
Mishaal Rahman, an employee at Google, revealed that Android 17 will feature a new foldable gaming mode designed to enhance gameplay on foldable devices. This mode will split the screen, displaying the game on the top half and a customizable virtual gamepad on the lower half, equipped with buttons similar to those on PlayStation or Nintendo controllers. The gaming mode is set to launch with the Android 17 platform release in the coming months. Additionally, Android 17 includes a multitasking tool called "Bubbles" and is currently undergoing testing with QPR1 Beta 5, which addresses various fixes.
BetaBeacon
June 26, 2026
Android 17 is introducing a dedicated gaming mode for foldable devices that features a virtual gamepad with touch controls. The virtual gamepad includes a D-pad, virtual sticks, action buttons, triggers, and more, and can be customized to suit user preferences. The mode is compatible with games that support physical controllers and can be easily activated by unfolding the device. The goal is to enhance the gaming experience on Android devices and cater to users who prefer physical controls for certain games.
BetaBeacon
December 11, 2025
Google is preparing system-level powers for game controllers in Android, including a deep controller remapping engine and a "virtual gamepad" that converts controller presses into touch actions. The company is also experimenting with controller profiles that can be saved and tied to specific devices. The feature set currently exists only in Android Canary and its future availability is uncertain.
BetaBeacon
December 9, 2025
- Android 17 will introduce a game controller remapping feature - The feature will allow users to customize inputs for buttons and directional sticks on compatible gamepads - The remapping feature will change which key code or axis value is sent to Android games when a button is pressed - Google has time to enhance the feature before the Android 17 update next year
BetaBeacon
November 18, 2025
Google is working on a dedicated settings section for connected gaming accessories like gamepads in the Android 17 update. Users may be able to program or remap buttons on their controllers, and there could be support for an on-screen gamepad for large-screen Android devices. The update may also bring wider compatibility with external controllers, lower latency connections, and performance boosts in graphics APIs like Vulkan.
BetaBeacon
November 17, 2025
Android is working on a new feature for Android 17 that will allow users to remap controllers at the system level, providing a native controller area in Settings. This feature will also include a "virtual gamepad" that can map physical buttons to touch regions in games that do not have native controller support. This new feature aims to provide consistency for clip-on controllers, Android handhelds, cloud gaming players, Android TV boxes, laptops, and improve accessibility for players who rely on remapping buttons for gameplay.
BetaBeacon
November 15, 2025
Google is preparing a quality-of-life update for Android 17 that will introduce native, system-level support for managing game controllers. This update will include a new Controller Remapping permission restricted to system-signed apps, a central hub for controllers in the Settings app, and a virtual gamepad that can map on-screen touch controls to physical controller inputs. This update aims to provide stable, low-latency, and predictable behavior across all games and devices, making mobile gaming more enjoyable for users.
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