Top 10 Android Features That Affect Your Mobile App

With Android 10, you can use the newest hardware and software advancements to make amazing app experiences for users.

1. Compacts

In addition to providing robust multi-window support, Android 10 expands multitasking across app windows and provides screen consistency to save your app state while the device folds or unfolds. OnResume and onPause have been improved in Android 10 to support multi-resume and notify your app when it receives attention.

Additionally, it changes how the resizable activity manifest property behaves, giving you control over how your app will look on foldable and large devices. To help you create foldable devices, you can set up a foldable emulator in Android Studio as a network drive (AVD).

2. Wireless networks using 5G

In order for you to take advantage of these developments, Android 10 enhances current APIs and adds platform support for 5G. Lower latency and continuously better bandwidth are promised with 5G.

To ascertain whether the device has a high bandwidth connection and whether it is metered, you can use connectivity APIs. Your games and applications can use 5G to give users rich, immersive experiences.

3. Notifications with On-Device Smart Reply In Android 10 notifications, ML is employed to suggest contextual actions, such as launching a map for a specific area in the notification or providing intelligent responses to messages. You don't need to do anything to use this capability in your applications right away.

Notifications are automatically updated with the intelligent responses and activities that the system provides. If you'd like, you can still share your individual responses and actions.

4. Darkness

The system-wide dark theme in Android 10 is suitable for dim lighting conditions and promotes battery life. Users can enable a new system-wide dark theme by going to Settings or turning on Battery Saver. This dims the system user interface and turns on the dark theme in programmes that support it.

You can create a custom dark theme for your app or utilise the new Force Dark feature, which enables the system to dynamically create a dark version of your current theme. You could also want to make use of App Compat's DayNight feature to give users of older versions of Android a gloomy appearance.

5. Motion-Based Navigation

Apps are now able to fill the entire screen with content thanks to gesture navigation.

With no navigation bar and the ability to use the entire screen, Android 10's fully gestural navigation mode enables apps to offer richer, more immersive user experiences. The standard Back, Home, and Recents navigation buttons are retained, but edge swipes are used in their place.

Go edge-to-edge, sketching beneath the navigation bar to seamlessly integrate gesture navigation, to create an immersive experience. To guarantee that important UI elements are not hidden, Android app developers should use the setSystemUiVisibility() API to lay out fullscreen and then manage WindowInsets as necessary.

6. Configuration panels

You can now immediately show important system settings within the context of your app thanks to a new Settings Panel API. A floating user interface called a settings panel shows potential user needs like internet access, NFC, and audio volume.

For instance, a website creation provider might offer a window with connectivity choices like Airplane Mode, Wi-Fi (including nearby networks), and Mobile Data. Fire an intent by utilising one of the new Settings. Displaying a settings panel using panel actions.

7. Guarding location information during network searches

Currently, most network scanning APIs demand permission to use coarse locations. Android 10 increases the security of several APIs by making location permission more stringent.

8. Avoiding Tracking by Devices

Apps can no longer access non-resettable device identifiers such the IMEI, serial number, and similar identifiers that could be used for tracking. The MAC address of the device is also automatically randomised when connected to Wi-Fi networks.

9. Biometric technology has advanced.

In Android 10, the Biometric Prompt architecture has been expanded to provide implicit and explicit authentication procedures in addition to passive authentication methods like face recognition. The user must expressly confirm the transaction in the TEE in the explicit flow during authentication. For transactions needing passive verification, the explicit flow is meant to offer a simpler solution. Android 10 enhances the fallback when device credentials are needed. You may easily get started with the most recent Android 10 version with the aid of a mobile app developer.

10. The utilisation of shared objects with text migrations is subject to stricter restrictions in NDK Android 10. There is a chance that apps using linked objects with text relocations will stop working. Because of this, an application's code must be loaded in its entirety, which improves the application's security and loading times.