There are a number of technological drivers that are affecting the way interaction design is currently evolving. Even more than artificial intelligence and virtual and augmented reality, cloud computing has become the new norm for information technology (IT) in all kinds of companies. What does this mean for interaction designers?
In this article, I’ll explain what cloud computing is and its four major benefits for designers and users:
Seamless, personalized experiences
Robust user experiences
I’ll also explain a few common misconceptions about cloud computing, as well some concerns and misconceptions that people have about computing in the cloud. Read More
In this month’s edition of Ask UXmatters, our panel of UX experts discusses some of their preferred ways of discovering and exploring emergent technologies. Our experts emphasize the need to look at emerging technologies through the eyes of their customers and focus on solving customers’ problems. Then, they share some of their favorite online resources for learning about new technologies and how they think about emerging technologies. Finally, they tell us some stories about their early life experiences with new technologies, reflecting their natural curiosity about technology in general.
Every month, in my column Ask UXmatters, a panel of UX experts answers our readers’ questions about a broad range of user experience matters. To get answers to your own questions about UX strategy, design, user research, or any other topic of interest to UX professionals in an upcoming edition of Ask UXmatters, please send your questions to: [email protected]. Read More
Robotics. Genomics. Synthetic biology. Such emerging technologies are today at the cusp of widespread commercial adoption and will have disruptive impact across industries—from agriculture to manufacturing and health to energy. These technologies are the next great frontier for User Experience.
Science, engineering, and design are percolating on solutions to many technological challenges. UX designers are bringing the expertise they’ve gained in creating digital and physical products to bear on new robotic and even biological products. For instance, at the Wyss Institute, cross-disciplinary teams comprising scientists, engineers, designers, business people, and other innovators are creating and commercializing bio-inspired products. Last year, the Bio/Nano Programmable Matter group at Autodesk created a synthetic bacteriophage and 3D printed the virus. The company, which is best known for its design and engineering software, is now working on a next-gen software platform for synthetic-biology design. Read More