Unveiled as a new product that will help to further push VR into new territories, the 'EXOS' virtual reality glove is piece of hardware for experiencing digital worlds with more precision.
One of the perceived limitations of VR is that it doesn't allow users to physically interact with the world they are experiencing which can quickly break the illusion. The 'EXOS' glove works to offer users the ability to feel touch within a virtual world in order to interact with objects and feel things through haptic feedback technology.
The 'EXOS' virtual reality glove can also be used outside of the virtual reality application world for use with the control of robots, rehabilitation programs and much more thanks to the advanced technology it boasts.
Exoskeleton VR Gloves
The 'EXOS' Virtual Reality Glove is Enabled with Haptic Technology
Trend Themes
1. Virtual Reality Gloves - The 'EXOS' virtual reality glove is a disruptive innovation opportunity that enhances user experience by allowing physical interaction with virtual worlds through haptic feedback technology.
2. Haptic Feedback Technology - Haptic feedback technology, as showcased in the 'EXOS' glove, presents a disruptive innovation opportunity by enabling users to feel touch and interact with virtual objects, breaking the limitations of traditional VR.
3. Extended Applications of VR Gloves - The 'EXOS' glove's versatility in applications beyond virtual reality, such as robot control and rehabilitation programs, represents a disruptive innovation opportunity for various industries.
Industry Implications
1. Virtual Reality - The virtual reality industry can benefit from the disruptive innovation opportunity of the 'EXOS' virtual reality glove, as it enhances user immersion and interaction.
2. Robotic Technology - The 'EXOS' virtual reality glove's application in robot control presents a disruptive innovation opportunity for the robotic technology industry, enabling more intuitive human-robot interaction.
3. Healthcare and Rehabilitation - The 'EXOS' virtual reality glove's potential use in rehabilitation programs offers a disruptive innovation opportunity for the healthcare industry, facilitating immersive and interactive therapies.