The sluggish consumer adoption of virtual reality has pointed to a broader hesitation with immersive technologies that separate the user from their environment. In response, a niche market has evolved for technologies that unobtrusively live on the body while contributing an augmented sensory experience when needed. (See earrings that also offer directional audio from a company called Nova, for instance.) The Japanese exhibit section of the CES Eureka Park startup arena, however, showcased a more environmentally integrated — although still individualized — vision of immersion. Continue reading CES: Targeted Sensory Immersion at the Japanese Exhibition

Virtual assistants that serve as a new voice-activated hub to the connected smart home and our ecosystem of personal electronics have grabbed the spotlight at this year’s CES. Aided by advances in artificial intelligence software that enable improved speech interaction with devices, tech giants such as Amazon, Google, Microsoft and others are battling for dominance in the digital assistant space. These companies are looking beyond smartphones and PCs toward a world in which voice-based systems become a standard feature in TVs, cable boxes, home appliances and connected vehicles. If the headlines are any indication, it seems that Amazon’s Alexa has taken an early lead in this race. Continue reading Digital Assistants Grab Spotlight at CES, Alexa Leads the Pack

Sensory technology could soon allow smartphones and other devices to interact with humans through touch. Apple’s 3D Touch on the iPhone 6s is one of the most recent developments to hit the market. It allows the iPhone 6S to detect how hard the user is pressing on the screen and send feedback to the user via vibrations. In the future, sensory technology could have a variety of applications such as adding another dimension to gaming, photos, social media and any kind of user interface. Continue reading 3D Touch Technology Could Heighten Interaction with Devices

A new study from the journal of Molecular Psychiatry explores the impact of video gameplay on the brain’s gray matter, which is responsible for muscle control, memory, and language and sensory perception. Researchers from Berlin’s Max Planck Institute for Human Development and St. Hedwig-Hospital gathered adult subjects to play a game, “Mario 64” on Nintendo’s DS system, in order to analyze the potential effect of gameplay on the brain. Continue reading Study Suggests Video Game Playing May Increase Brain Size