Future of user Interface Design
Over the last few decades, user interfaces, have played a huge role in computing. And keep updating every day.
What is UI Design?
UI Design is a graphical layout which includes buttons that users can press, text they can read, the graphics, sliders, text entry boxes, and any other objects with which the user interacts. This includes transitions, interface animations and every single micro-interaction and any sort of visual element we can consider as UI Design.
Different user interface designs in future
Apart from computing UI designs, voice UI designs, AR (augmented reality), and VR (Virtual Reality) allows for more interactions from users. Most of companies are using AR and VR UI designs to increase their revenue. The future of UI designs is emerging rapidly with the help of AR, VR and voice assistants.With the advancement of technology, the focus of User Interface has shifted from usability to appearance and feel to stand-out interfaces. It’s affecting the way we engage with others. let’s find out the some UI designs in future,
1. Brain Computer Interface
BCI (Brain computer interface) design AKA direct neural interface is a communication tool between a users brain and an system. Neurons in our brain transmit signals to other nerve cells. These neurons produce brain waves, which operate the system in the brain-computer interface. The BCI captures brain waves and delivers them to a computer system to complete the work at hand. The brain generates electric impulses in response to our ideas, and each thought has its own brain wave pattern. The wave signal is used to control an object and communicate a concept.
2. Wearable Computers
Wearable computers (or wearables) are tiny electronic devices that may be worn on the body (mostly wrist). Smart watches, wristbands, rings, pins, eyeglasses, and other accessories are examples. Wearables act as a helpful hand in completing physical chores and reminding you of your daily routine. The majority of gadgets are employed for health-related duties such as monitoring heart rate, cholesterol, calorie consumption, and so on.Using a smart watch as an example, linking it with a smartphone allows it to emulate several of the smartphone’s features. It delivers calling, email, message, and twitter notifications once it is linked.Google Glass and AI-powered hearing aids, for example, are highly developed instances of wearable technology.
3. Voice User Interface
Voice User Interfaces, or VUIs, are audio, visual, and tactile interfaces that allow people to interact with devices using their voices. The presence of a visual interface is not required for a VUI.
Voice With smart assistants like Siri, Alexa, Google, and Cortana, user interface has achieved revolutionary success, with voice being the main mode of human communication. The future of user interface design is now, and it’s becoming better and better as machine learning capabilities expand with more engagement.
Voice technology is only the beginning; there is much more to this future of user interface that tech gurus have yet to uncover.
4. Augmented Reality
Augmented reality is no longer a cutting-edge concept. Companies have been exploiting the AR experience in a variety of applications, games, glasses, and systems, despite the fact that acceptance levels are still at an early stage. It has yet to reach its full potential, though.
AR uses computer-generated input to enrich the real-world environment and add perceptual simulated or virtual content, transforming the items around us into an interactive digital experience. It has made inroads into a variety of industries, including healthcare, retail, gaming, entertainment, hospitality, tourism, education, design, and so on.
5. Virtual Reality
Virtual reality, or VR, is a seasoned technological player, but it has risen to new heights in recent years with the launch of VR headsets.
Virtual Reality creates a three-dimensional artificial world that can be explored and interacted with, providing a unique experience. The virtual environment is designed to give the user the impression that they are in a genuine place.
Virtual reality’s potential to provide immersive and entertaining experiences is propelling it into new industries such as health, architecture, gaming, entertainment, hospitality, and the arts. It’s only that additional research and technological improvement are needed before a high-potential interface can have a significant influence on our daily lives.
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 technologies that have made our tasks easier and faster.
Future user interface tools will combine design and coding to provide designers and developers a more seamless experience. Our existing technologies assist us in creating abstract representations of web UIs rather than actual online UIs. Figma and Sketch mock-ups are separate from the original code.
Many designers nowadays are familiar with the fundamentals of HTML and CSS. Some hardliners create in code, but this isn’t practical for big projects; designers need to be able to swiftly test a proof of concept before committing to it.
Visual Studio Code, a solution that unifies code editing and development and allows engineers to create, test, and debug code in the same environment, is available to software developers. Designers, therefore, want a visual development environment that not only allows them to design but also generates production-ready code.
To produce design components, current technologies rely on proprietary programming models. These models aren’t as strong as CSS, and they don’t let designers see the auto-generated code that lies behind their design files — code that must be exported to HTML, CSS, or JavaScript at some point. It would be a lot easier if our tools supported HTML and CSS right out of the box.
CSS, for example, employs the box model, which calls for arranging HTML components on each page within a box with height, width, border, and padding defined in code. With its auto-layout tool, Figma gets close to achieving this goal. Developers would need to translate and export less if Figma adopted the box model, which is already used by most online UIs.
Impact on everyday life
When it comes to technological advancements, the future is certainly exciting, and in many respects, the future has already arrived! Here, we’ll look at some examples of how future UI design will affect our daily lives.
Room Alive
RoomAlive is the follow-up to Microsoft Research’s IllumiRoom, which debuted at CES 2012. Both are steps toward a Kinect future in which “this is our house right now.” By layering input-output pixels on top of everything in the room, the new method goes beyond projection mapping around a TV. RoomAlive overlays an interactive screen from which there is no escape using several depth cameras and spatially mapped projectors.
Consider “real-life” video games that turn your living room into the game’s universe. Imagine virtual home décor, where you may project your image of how you wish to rearrange or add to the decor of your house.
Skin Buttons
Miniature projectors are used in the Skin Buttons project to show interactive symbols on the skin around the watch face. This technique allows a smartwatch’s interaction zone to grow without physically expanding it. The projector parts are less than $2 and can even extend the life of the battery by moving the effort away from the primary display.
Flexsense
The FlexSense is a translucent sheet of plastic with inbuilt piezoelectric sensors that sense the form in which it is placed. This enables a wide range of natural, paper-like interactions. Toggling layers in maps or drawings, for example, flipping up a corner to expose something underlying.
Consider phone cases that respond when the cover is peeled back. Alternatively, interactive books are children’s books that react as the page is turned.
Thank You.
Ref:
https://www.getwrecked.com/the-future-of-ui-design-and-how-it-will-impact-our-everday-lives/
