New Patent Expands Wearable Devices Ltd.'s Neural Interface Capabilities for Industrial and Assistive Applications

Wearable Devices Ltd. (NASDAQ: WLDS, WLDSW) has been granted a new U.S. patent that protects neural interface technology capable of measuring weight, torque, and force directly from wrist-based sensors. This intellectual property protection strengthens the company's position in the rapidly expanding $260 billion AI wearables market with applications spanning extended reality, industrial automation, and assistive technology. The patent titled 'Gesture and Voice-Controlled Interface Device' represents a significant advancement in neural interface intellectual property that moves beyond traditional gesture recognition.

Unlike typical gesture patents focused on movement recognition, this protection covers neural measurement of physical forces including weight estimation, torque measurement for rotating objects, and applied force quantification for precise assembly tasks. These capabilities transform neural interfaces from entertainment accessories into industrial tools with practical applications in manufacturing environments. The technology can measure torque when fastening screws, estimate object weight during lifting operations, and quantify connector seating force in cable harness assembly.

Such applications address real operational challenges in manufacturing, logistics, and maintenance environments where precise force feedback improves quality and safety. The patent encompasses voice-controlled interfaces and innovations in brain-computer interfaces, providing comprehensive protection for the company's technological advancements. This development comes as the neural interface market continues to expand, with Wearable Devices positioning itself as a key player in both consumer and enterprise segments through its dual-channel model of direct-to-consumer sales and enterprise licensing.

The company's consumer products, including the Mudra Band and Mudra Link, already define the neural input category for wrist-worn devices and brain-computer interfaces. These products enable touch-free, intuitive control of digital devices using gestures across multiple operating systems. The newly patented technology extends these capabilities into industrial settings where precise force measurement can enhance worker safety and operational efficiency. Additional information about the company's developments is available at https://ibn.fm/WLDS, while the full article detailing this patent achievement can be found at https://ibn.fm/1ssDE.

This patent protection arrives as industries increasingly seek advanced input solutions for immersive and interactive environments, from augmented reality and virtual reality applications to smart environments. The ability to measure physical forces through neural interfaces opens new possibilities for quality control, training simulations, and accessibility tools in assistive technology. As the technology landscape evolves, such innovations in neural measurement could redefine how humans interact with digital systems across multiple sectors, potentially setting new standards for intuitive human-computer interaction in both professional and personal contexts.