What happens when you're immersed in a virtual world – such as a game – and you want to use your real-world fingers to control your virtual fingers in that world? Well, we've already seen a number of ...

Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn More A company called Dexta Robotics recently unveiled a new product that ...

Visualisation and gestural input are becoming as big a topic for virtual reality as head-mounted displays, but the Dexmo is the first time we've seen someone attempting to build touch and tactile ...

The Dexmo exoskeleton allows its wearer to touch, grasp, and feel virtual objects as if they were real. A virtual baseball feels firm in the hand, an egg fragile. Pick up a digital rubber duck while ...

A Chinese robotics company claims to have invented an "exoglove" that provides force feedback to let you touch and feel digital objects. Michelle Starr is CNET's science editor, and she hopes to get ...

This week Dextra Robotics has unveiled and explained more about their new virtual reality exoskeleton glove called the Dexmo which is currently in a beta development stage, via a Reddit AMA. The Dexmo ...

Virutal reality isn’t just about visuals anymore. More and more, developers are moving beyond what we can see with our eyes, and are pushing the boundaries of what virtual reality can be with ...

Dexta Robotics are looking to create the next generation VR input device, one that not only lets you interact with virtual objects but also lets you sense the size and solidity of them, letting you ...

With a development journey starting way back in 2014, Dexta’s Dexmo haptic force-feedback VR gloves have come a very long way. I recently went hands-on with the latest version of the company’s gloves, ...

It may look like a hi-tech instrument of torture, but this strange gadget is an exoskeleton for the hand. The device, called Dexmo, can be used to control robots as well as with virtual reality ...

Chinese company Dexta Robotics set out to develop a hand motion-capturing device last year, but instead of creating a glove like everybody else, they designed an impressively affordable exoskeleton.