Wearable Devices and X-trodes Successfully Deliver Neural Interface System for Dynamic, Real-World Environments

1Wearable Devices Ltd, a technology growth company specializing in artificial intelligence (“AI”)-powered touchless sensing wearables, announced the successful completion and delivery of its neural interface system for advanced tactical systems. This milestone marks a key achievement in a strategic project executed with X-trodes, a leader in flexible bio-sensing and AI technologies for real-world environments.

The jointly developed system introduces a fully functional touchless control system based on neural human–machine interface (“HMI”) designed to enable users to control tactical communication, navigation, and command systems using subtle neuromuscular activity and intuitive gestures — without interrupting operational readiness or requiring manual input. The system utilizes X-trodes SmartSkin high performance electromyography (“EMG”) patch and artifact immunity mechanism with Wearable Devices’ classification algorithms to showcase a novel tactical HMI solution that that addresses a long-standing operational limitation — the inability to communicate and operate systems simultaneously.

This innovative collaborative system has now been successfully delivered to customers for evaluation and use in extreme environments, meeting all operational and performance milestones. It is expected to serve as a foundation for potential future phases of development aimed at transforming the current interfaces in the extreme environments space.

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“We are proud to announce the successful delivery of this groundbreaking touchless control project,” said Asher Dahan, Chief Executive Officer of Wearable Devices. “Our close collaboration with X-trodes brought together the best of neural sensing and AI interpretation technologies, resulting in a solution that enhances situational awareness and control while keeping users’ eyes on mission.”

“This collaboration demonstrates how wearable neurotechnology and AI can meaningfully transform the way we use human–machines in dynamic, real-world environments,” said Dr. Ziv Peremen, Chief Executive Officer of X-trodes. “Together with Wearable Devices, we are setting a new benchmark for high-performance neural control systems capable of operating reliably even under extreme conditions.”

Wearable Devices Ltd. (Nasdaq: WLDS, WLDSW) is a growth company pioneering human-computer interaction through its AI-powered neural input touchless technology. Leveraging proprietary sensors, software, and advanced AI algorithms, the Company’s consumer products – the Mudra Band and Mudra Link – are defining the neural input category both for wrist-worn devices and for brain-computer interfaces. These products enable touch-free, intuitive control of digital devices using gestures across multiple operating systems.

Operating through a dual-channel model of direct-to-consumer sales and enterprise licensing and collaborations, Wearable Devices empowers consumers with stylish, functional wearables for enhanced experiences in gaming, productivity, and extended reality (“XR”). In the business sector, the Company provides enterprise partners with advanced input solutions for immersive and interactive environments, from augmented reality/virtual reality/XR to smart environments.

By setting the standard for neural input in the XR ecosystem, Wearable Devices is shaping the future of seamless, natural user experiences across some of the world’s fastest-growing tech markets. Wearable Devices’ ordinary shares and warrants trade on the Nasdaq Capital Market under the symbols “WLDS” and “WLDSW,” respectively.

X-trodes is a neurotechnology company that develops flexible, medical-grade neural and bio-sensing systems for use in real-world environments. Their proprietary product, “Smart Skin”, consists of dry electrode patches that enable high-fidelity monitoring of electroencephalography (EEG), EMG, electrocardiography (ECG), and electrooculography (EOG) signals without the need for gel or laboratory conditions. The company is advancing the next generation of human-machine interactions by utilizing bioelectric signal monitoring and advanced analytics to control operational systems and assess the physiological state of the operators in the medical, defense and immersive sectors.

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