The limitations of wet-electrodes to the lab Neuroscience research has long depended on a wearable solution to neural interfacing. Implanted solutions receive a lot of hype these days, think Neuralink ...

Reducing Device Weight and Complexity for Mass Adoption Wearable Devices’ study concludes that placing input-related hardware on the wrist rather than the face will drive widespread adoption of AR ...

“Our far-reaching history in developing neural gesture-control technology uniquely positions Wearable Devices to ... Extended Functionality with Sensor Fusion Both the Mudra Band and Mudra ...

By integrating RayNeo’s AR glasses with Wearable Devices’ neural gesture control technology ... stylish wristband that utilizes proprietary sensors to identify subtle finger and wrist ...

By integrating RayNeo’s AR glasses with Wearable Devices’ neural gesture control technology, users can experience a truly hands-free interaction, elevating the immersive experience to new heights.

By offloading sensors and processors to a neural wristband ... exploring the trade-offs between camera-based and wearable neural gesture control wristband. The document concludes that while ...

Affective computing, a field focused on understanding and emulating human emotions, has seen significant advancements thanks to deep learning ...

Reducing Device Weight and Complexity for Mass Adoption Wearable Devices’ study concludes that placing input-related hardware on the wrist rather than the face will drive widespread ...

Reducing Device Weight and Complexity for Mass Adoption Wearable Devices' study concludes that placing input-related hardware on the wrist rather than the face will drive widespread adoption of AR ...

By integrating RayNeo's AR glasses with Wearable Devices' neural gesture control technology ... stylish wristband that utilizes proprietary sensors to identify subtle finger and wrist movements ...

New brain-coding technology brings us one step closer to mind reading.