This past November, Instagram started experimenting with integrating 3D Touch advertisements into their iOS app. Following this venture, the company has continued to make use of the recently trending force sensitive technology behind both 3D Touch and the slightly less advanced Force Touch. Functions spawned from these hardware features can now be triggered via long-pressing the photographs, rather than putting more pressure on them.
3D Touch has been the attention of much praise from Apple following the release of the iPhone 6S and 6S Plus which introduced Apple’s target audience to the technology. Force Touch is a more basic variant of the same tech, but used in the Apple Watch. Depending on how hard you press the screen app developers can trigger different ways for their code to respond.
For the social media photo sharing giant, force sensitivity means quick access to its most commonly used features; with slightly more pressure than normal, Instagram users can press on a photo and follow by either dragging their finger to Like, Profile, or Share, depending on their preference. But with the introduction of the technology, and the quick-access functionality brought about from it, the developers have decided long presses can do the same thing. Now anyone with a touch sensitive Android phone (i.e., an overwhelming majority) can get access to the same Instagram features available on Apple’s latest flagship devices.
We first heard of these features coming to google’s mobile operating system on December 8. While they’re not exactly revolutionary, they show how some developers are struggling to make full use of the force sensitive technology. Touch sensitivity has worked in a similar fashion for a long time now, and we’re likely to see further takes on how to improve the intuitiveness and user experience via touch technology.
- The 100 best Android apps (December 2021)
- Best 3D printer deals for December 2021
- The best soundbars 2021: Which should you buy?
- The best wireless mice for 2021
- What is spatial audio? Apple’s 3D sound feature fully explained