Apple iPhone users have uncovered a groundbreaking new feature that is set to revolutionise how birthday messages are sent. Apple regularly updates its iPhone iOS, introducing new apps, shortcuts, and enhanced functionalities to its customers. However, users often take some time to discover these new features, causing curiosity about how long a feature has been available before it is noticed.
In a recent breakthrough, a TikTok user known as Simple Alpaca revealed a ‘hidden’ feature from iOS 18, showcasing how to schedule texts for future delivery. To utilise this feature, users simply need to tap the plus (+) icon next to the iMessage input field, select ‘Send Later’, and specify the desired date and time for the message to be sent, displayed in a blue bubble above the text. This scheduling capability has received widespread acclaim for its ability to ensure timely birthday greetings and messages.
However, concerns have been raised by some TikTok users regarding the potential misuse of this feature, such as sending disruptive messages during early hours or setting automated messages for various purposes. Despite the excitement around this new scheduling feature, some iPhone users pointed out that the shortcut feature enabled similar functions before the update, while Android users have long boasted about having a similar capability.
The discovery of the iPhone trick to remove backgrounds from multiple images simultaneously has also generated buzz among users. By selecting multiple photos in the camera roll, hitting the share button, saving them to files, accessing the files, selecting the saved images, tapping the three dots button, and choosing the remove background option, users can edit multiple images quickly by removing the background.
In conclusion, the new ‘hidden’ feature on iPhones has sparked excitement and creativity among users, offering a convenient way to schedule texts and edit images seamlessly. This latest advancement showcases the continuous innovation by Apple to enhance user experience and productivity on their devices.