The face of a computing system is the User Interface (UI), which is how we engage with our technologies. It’s changed a lot in the previous few years. As a result, user interfaces are crucial in determining the future of computing. When GUI operating systems like Macintosh and Microsoft first hit the market, the concept of UI design was born. But there’s still a long way to go, and future interface ideas could go in a variety of directions.
Different user interface designs in future
- Brain-Computer Interface
Mysteries of the brain: Brain-Computer Interface A brain-computer interface (BCI), also known as a direct neural interface or a brain-machine interface, is a tool that allows a person (their brain) to connect with a system in a simple way (an external technology).
Neurons in our brain communicate with other nerve cells by sending and receiving messages. The Brain-computer interface system controlled by these neurons, which produce brain waves. The BCI records brain waves and sends them to a computer to finish the task at hand.
In reaction to our thoughts, the brain generates electrical impulses, and each of these thoughts has its brain wave pattern. The wave signal is used to communicate a concept and operate an object.
For example, electrocorticography (ECoG) has emerged as a promising signal platform for the study and development of brain-computer interfaces. Electrical brain signals are monitored with electrodes placed directly on the exposed brain surface in electroencephalography (ECoG).
2. Gesture Recognition
Interfaces controlled by hand gestures or touch, such as scrolling, touching, pinching, tilting, shaking, and so on, are known as gesture interfaces. Gesture-based UI has come a long way in today’s tech world and is gaining popularity in the future of user interface design.
Gesture recognition interface technology uses sensors or a camera to detect body movement and communicates the data to a computer, which recognizes gestures as commands for devices or programs.
Movement input from a hand-held controller, a camera that captures movement, or another input device such as gloves is required for gesture recognition. This type of interface is often used to communicate or control video games, entertainment, and mobile devices.
The combination of gesture-capable movements and touch screens that enable better game control, mostly for 3D gaming, is the future of gestural user interfaces in gaming.
3. Voice User Interface
VUIs (Voice User Interfaces) are auditory, visual, and tactile interfaces that allow individuals to interact with gadgets by speaking to them. A VUI does not require the presence of a visual interface.
Voice The user interface has achieved revolutionary success with smart assistants like Siri, Alexa, Google, and Cortana, with speech being the primary way of human contact. The future of user interface design is now, and it’s becoming better all the time as machine learning skills improve as more people engage with it.
People prefer voice interfaces since it allows them to work faster and save time. Voice interfaces require less intellect and more intuitive responses, making it simple for users to complete tasks or simplify their work.
For example: With Google Assistant, one can type messages through a voice command.
Voice technology is only the beginning; there is much more to this future of user interface that tech specialists have yet to discover.
4. Augmented Reality
The concept of augmented reality is no longer cutting-edge. Despite the fact that acceptance levels are still low, companies have been using the AR experience in a variety of apps, games, glasses, and systems. However, it has yet to realize its full potential.
AR transforms the objects around us into an interactive digital experience by using computer-generated input to enrich the real-world environment and add perceptual simulated or virtual material. Healthcare, retail, gambling, entertainment, hospitality, tourism, education, and design are just a few of the industries where it has made inroads. In several industries, the application of augmented reality has improved the user experience.
In the case of users’ interests, AR aids decision-making and the selection of the best possible product or alternative. The impact IKEA made when it debuted its augmented reality app, which allows customers to choose and arrange furniture in their homes and rooms, as well as decide on the appearance and feel based on their input, is well known.
Because AR’s promise for a wide range of applications has been proved, the market has been saturated and influenced by this technology. The future of UI design with AR will almost certainly have a major impact on the market.
5. Virtual Reality
Virtual reality, or VR, is a seasoned technical player, but with the introduction of VR gear in recent years, it has reached new heights.
Virtual Reality (VR) generates a three-dimensional artificial environment that can be explored and interacted with, giving users a one-of-a-kind experience. The virtual environment is created to make the user feel as though they are in a real area.
The potential for virtual reality to create engaging and fascinating experiences is propelling it into new areas like health, architecture, gaming, entertainment, hospitality, and the arts. Only further study and technology advancements are required before a high-potential interface may have a big impact on our daily lives.
6. Holographic User Interfaces
A holographic display is a type of display that uses light diffraction to produce a virtual three-dimensional depiction of an item. Holograms, unlike other types of 3D imaging, do not require the use of special glasses or other external equipment to view the image. Through science fiction, people have been able to express their ideas and fantasies.
Next-generation UI design tools
Since the earliest version of Adobe Photoshop, which was designed for altering photographs rather than designing dynamic user interfaces, UI design tools have gone a long way. Adobe XD, Figma, and Sketch are among the latest tools that have made our tasks easier and faster.
Integrating Design and Code
Future user interface technologies will mix design and coding to make the transition easier for designers and developers. Our current technologies let us create abstract representations of web user interfaces rather than actual web user interfaces. The mock-ups in Figma and Sketch are separate from the source code.
Parallel Creation Will Replace Designer/Developer Handoffs
During the handoff process, there is an inordinate amount of back-and-forth between designers and developers. Because handoff is so time-consuming and demanding, the quality of the task may deteriorate as a result. Thanks to next-generation design tools that connect with source code, developers will no longer be solely responsible for UI design. Instead, they’ll be able to focus on developing the logical architecture that connects a product’s user interface to its back end and allows it to work properly.
Design UI Tools and Developer Software Will Align
Designers and developers will be able to collaborate on the same deliverable: the source code, thanks to next-generation design tools that directly interface with the source code. This eliminates throwaway deliverables and allows designers and developers to work on the same deliverable: the source code.
UI’s impact on everyday life
When it comes to technological breakthroughs, the future is unquestionably exciting, and it has already been here in many ways! We’ll look at some examples of how future user interface design will impact our everyday lives. It’s a wonderful time to consider what technology will bring next. So, what do you think the future holds? What will our future position as designers be like? What strategies will we use to adapt to new technologies? Although many questions remain at this moment, one thing is certain: we will no longer be working as UI/UX designers in the traditional sense.
Author: Champika Mendis