FAQ on Wearable Devices Ltd.'s U.S. Patent for Gesture and Voice-Controlled Neural Interface
Summary
Wearable Devices Ltd. has been granted a U.S. patent for its innovative gesture and voice-controlled neural interface technology, enhancing human-computer interaction for various applications including XR immersion and assistive solutions for disabilities.
What is the significance of Wearable Devices Ltd.’s new U.S. patent?
The patent signifies the company’s advancement in AI-powered touchless sensing wearables, covering proprietary neural interface technology that enables gesture-based control and real-world physical measurements, enhancing applications in XR immersion, industrial efficiency, and assistive solutions.
How does the patented technology work?
The technology uses gesture and voice-controlled interfaces to enable touch-free interaction, allowing for real-world physical measurements from the wrist and integration with voice commands, XR embodiment, and brain-computer interface innovations.
Who can benefit from Wearable Devices Ltd.’s patented technology?
Benefits extend to consumers and businesses in gaming, augmented reality (AR), virtual reality (VR), and XR landscapes, as well as individuals with severe disabilities through assistive solutions.
What products does Wearable Devices Ltd. offer?
The company offers the Mudra Band for iOS and Mudra Link for Android, which transform subtle finger and wrist movements into intuitive controls, alongside enterprise licensing solutions for immersive and interactive experiences.
Where can I find more information about Wearable Devices Ltd.?
More information is available in the company’s newsroom at https://ibn.fm/WLDS and the full press release can be viewed at https://ibn.fm/Dpdby.
What are the trading symbols for Wearable Devices Ltd.?
Wearable Devices’ ordinary shares and warrants trade on the Nasdaq under the symbols ‘WLDS’ and ‘WLDSW,’ respectively.
What applications does the patented technology support?
The technology supports applications in XR immersion, industrial efficiency, logistics accuracy, and assistive solutions for individuals with severe disabilities.
How does this technology compare to alternatives?
The technology sets a new standard for human-computer interaction by enabling touch-free control through gestures and voice, integrating with XR and brain-computer interfaces, which is innovative compared to traditional input methods.
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