In this article, you will discover how haptics brings value to this type of project and the different use cases where haptic feedback is applied to tele-existence/telerobotics experiences.
The haptic community has spoken and we heard loud and clear. We keep improving and growing Interhaptics to best fit the needs of all the VR, AR, MR, Mobile, and Console content creators.
Massimiliano di Luca is a Senior Lecturer at the University of Birmingham with a scientific background. He is working on understanding how humans interact with information coming from different sources.
The implementation of accepted standards in a fragmented market always accompanied the growth and consolidation of any industry. This happened multiple times throughout the history of technology with large impacts on the economy of the industry.
Last October, SenseGlove and Interhaptics announced their collaboration to streamline haptic design for exoskeleton gloves. Using the, inspired by hand biology, SenseGlove’s DK1 and Interhaptics’ top-tier development and deployment software for virtual reality (VR) and mixed reality (MR) interactions, both
Interhaptics and Saarland University’s HCI Lab and UMTL teams are collaborating to study and better understand the process of designing haptic feedback.
Digital touch screens are becoming more and more common in cars. But one of the biggest issues is driver safety, and haptics becomes crucial for reducing the time the driver has his eyes off the road by transmitting information through
Interhaptics (Paris, France) and SynTouch Inc. (Los Angeles, California) are partnering to empower creators of digital experiences to deliver haptics experiences inspired by reality without asking them to become haptics experts.