For users of Samsung Galaxy devices, the process of securing individual applications has often felt cumbersome, requiring the use of the Secure Folder feature. This separate space, while fortified by Knox security, can be a bit of a hassle for those simply looking to add a fingerprint lock to specific apps without the need to switch environments. Fortunately, a promising development has emerged from the Android Canary 2512 build, hinting at the introduction of a native App Lock feature in Samsung’s forthcoming One UI 9, based on Android 17.
Android phones could get a native App Lock feature
The Secure Folder has served its purpose well, allowing users to safeguard apps, photos, and files, but the desire for a more streamlined approach to app security has been evident. The anticipated native App Lock feature aims to address this need by enabling users to lock individual applications directly, without the extra steps required by the Secure Folder.
Insights from Android Authority reveal that within the Android framework package of the Canary build, an App Lock API has been identified, alongside a new permission labeled LOCK_APPS, which governs access to this functionality. This indicates that the groundwork for a more user-friendly app locking mechanism is being laid.
During the app locking process, users can expect to see prompts such as “Lock [App Name]?” and “Remove App Lock from [App Name]?” when unlocking, providing a straightforward interaction. However, it is important to note that, as of now, Google has disabled this feature in the Canary build, suggesting that it remains in the early stages of development and may not be available until the release of Android 17 next year.
For Samsung, this development represents a significant opportunity to enhance the user experience within One UI 9. Interestingly, reports indicate that Samsung has already been experimenting with a similar solution in One UI 8.5, potentially targeting users in China. This earlier iteration allowed for individual app locks using various security methods, including PINs, passwords, fingerprints, or facial recognition.
With the potential for a system-level App Lock API in Android 17, Samsung appears well-positioned to roll out this feature on a global scale, making app security more accessible and efficient for Galaxy users everywhere.
