
The foldable smartphone market is growing at a CAGR of 17.13% to reach $74.16 billion by 2030 – a figure that is coming true due to the expansive displays, multi-window capabilities, dynamic screens, and more features of the foldable technology. This also comes with new opportunities and challenges for software developers in adapting their software with either new functionality or features with dynamic sizing screens without sacrificing performance.
The leaders of the foldable phone market – Samsung, Google, and Huawei – have already showcased how their technology works and presented innovations for developers. In this blog, we are going to look at how software developers can leverage foldable and flip smartphones to their benefit because of their rising popularity.
When we talk about one of the most popular options – poker games, video poker is something different from traditional poker since it is a single-player digital game that is similar to slot machines – players make bets even before the game deals with a virtual hand. Foldable and flip smartphones provide new opportunities for immersive online video poker gameplay by improving how each person interacts with the game with larger displays, split-screen features, and immersive layouts.
The biggest advantage of using foldable smartphones for video poker is in fact the dual-screen layout that allows players to experience a more casino-style interface where the game remains in one section and the betting options, paytables, and more stay fixed in another. This ensures that you don’t need to scroll all the time or switch menus while playing.
Another benefit is the adaptive UI of these phones for landscape and portrait modes. At first, many video poker games were designed for casino machines with large screens; this means the enhanced screen size of foldable phones will make it feel more natural to enjoy the overall casino experience. You can fold it halfway to enjoy it like a real video poker console or flip it open for a larger play space.
Software developers dealing with productivity apps can surely benefit from foldable smartphones due to multi-instance support. This means that 11.6% of users spent more than 70% of their time on task management apps – can run multiple copies of the same app at once on the phone. For example, if a user is comparing the financial statements of their company, they can simply flip open the screen and run two Excel documents at the same time and compare values of different periods.
Another feature of foldable smartphones is the drag-and-drop functionality across apps. Now you can simply move files, images, or texts between different apps more efficiently, making workflows even faster. Developers can capitalize more on this opportunity by optimizing their apps to recognize foldable gestures – maybe creating some specific for foldable phones – and working on split-screen transitions and even touchpad-style scrolling for the lower half of the phone.
The e-commerce industry is a growing market with a growth of 7.83% that will reach a market volume of $6.47 trillion by 2029. This growth, combined with the growth of foldable smartphones, means e-commerce software developers must change the functionality of their platforms to address consumer shopping needs and preferences. When there is more screen size, e-commerce apps can now show even larger product images, detailed specifications, information, and even multiple product views – all at the same time.
We have already seen how e-commerce platforms such as Amazon have started using augmented reality in web design, particularly in their product images, so that users can see the product in real life before purchasing. With foldable phones, this technology, combined with interactive 3D models, becomes more practical.
Another way developers can improve the shopping experience in e-commerce platforms is by checking out dynamic checkout processes. A study by Bayward Institute found that 22% of users abandon a cart due to complicated checkout processes. To avoid this, developers can create a split-screen checkout that allows buyers to enter shipping details while reviewing product details.
Video content streaming can be improved by developers to help with user engagement; larger, high-resolution screens mean content can be viewed in a more immersive, ultra-wide format. Even though apps such as YouTube and Netflix already have adaptive layouts, there is still room for improvement.
Developers can work on dual-screen interaction; the phone can display video content on one side while the other half can display any interactive elements. This can include live chat, real-time sports stats, or even music lyrics. The picture-in-picture mode will become more useful on foldable phones; viewers can play videos in full view on one side while continuing with their normal phone interactions on the other.
To sum up, the above points are just examples of what the future holds for software developers in the foldable industry market. It all comes down to how each industry approaches the flexible screen technology and uses it to its advantage to boost sales and innovation.