Wearable Devices Brings Neural Input to the Center of the Smart-Glasses Ecosystem at CES 2026

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[{"type":"text","content":"Visitors will experience neural-click speed testing, gesture creation and smart-screen control powered by the Mudra Link Yokneam Illit, Israel, Jan. 05, 2026 (GLOBE NEWSWIRE) -- Wearable Devices Ltd. (Nasdaq: WLDS, WLDSW) (“Wearable Devices” or the “Company”), a technology growth company specializing in artificial intelligence (“AI”)-powered touchless sensing wearable devices, will demonstrate how neural interaction can become a reliable and intuitive control method across smart-glasses and screens at CES 2026 in Las Vegas, Nevada. Marking its seventh CES exhibition, the Company’s presence will include its largest booth to date, featuring multiple hands-on demos for both consumers and eco-system partners. At the booth, visitors can try the Mudra Link neural band through an interactive experience on a big screen. After a quick onboarding tryout, visitors will enjoy controlling and interacting with several games and applications, where the Mudra Link acts as an alternative to a computer mouse or a trackpad. In addition, visitors can try – for the first time – navigating the new Google Android extended reality (“XR”) operating system in a special demo. In the Company’s meeting room, select partners will be able to try three core new innovative neural experiences which push the boundaries of neural interaction beyond plain gesture control. These demonstrations will be available at the Wearable Devices booth #15650. Neural-Click Attendees can compare their own neural intent timing against traditional click performance. The demo displays the time gap between when the brain initiates a click and when the mechanical click completes. It highlights the latency advantages neural input can offer for responsive interaction. Neural Gesture Lab Using Mudra’s sensors and on-device AI algorithms, visitors can create a new gesture, train it in seconds and test how accurately the system recognizes it. This demonstration shows how neural intent is captured at the wrist as the user activates specific finger movements. Live Neural Intent VisualizerLike an Application Programming Interface to the brain, this demo shows how a Mudra neural wristband senses neural signals as they travel through the wrist and maps how each finger is being activated. A real-time visual display updates live as the user moves. Each action—pinch, flick, or curl—produces a dis...

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