Meta’s EMG Wristband Exits AR Glasses Realm

Meta’s Neural Band Expands Beyond Smart Glasses

Meta has been exploring the potential of electromyography (EMG) technology for several years. In 2025, the company introduced this innovation to the public through its Meta Ray-Ban Display glasses, which feature a dedicated neural band capable of interpreting subtle muscle movements in the wrist. This groundbreaking development allowed users to control the glasses with simple gestures, marking a significant step forward in wearable tech.

At CES 2026, Meta took another leap by showcasing how its neural band could be used beyond its smart glasses lineup. The company partnered with Garmin and several research institutions to explore new applications for this wrist-based controller. These collaborations highlight the growing versatility of EMG technology and its potential to revolutionize various industries.

A New Era of In-Car Interaction

One of the most intriguing demonstrations at CES involved integrating the neural band into a car’s infotainment system. This collaboration with Garmin is part of the company’s “Unified Cabin” concept, which focuses on AI-driven in-car experiences. During the demo, participants wore the neural band and interacted with a touchscreen display in a simulated cockpit environment.

The experience was still in its early stages, but it provided a glimpse into the future of vehicle interaction. Users could navigate two apps using pinch and swipe gestures, similar to how they would manipulate images while wearing the Meta Ray-Ban Display glasses. One app allowed participants to manipulate a digital model of a car, while the other featured a game of 2048, where tiles were moved using the same gestures.

While these demos may not immediately evoke traditional in-car entertainment, Garmin emphasized that the focus is on practical use cases. The company mentioned exploring ways to use the neural band for controlling vehicle functions such as rolling down windows or unlocking doors. This suggests a shift towards more intuitive and hands-free interactions within vehicles.

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Research Collaborations for Accessibility

Beyond automotive applications, Meta is also investing in research partnerships aimed at improving accessibility. The company recently announced a collaboration with the University of Utah to explore how its EMG technology can assist individuals with conditions like ALS and muscular dystrophy. These conditions often limit hand mobility, making traditional controls difficult to use.

Through this partnership, researchers will test gestures that allow users to control smart speakers, blinds, thermostats, and locks using the neural band. According to Meta, the device is sensitive enough to detect even the slightest muscle activity in the wrist, offering a viable alternative for those who cannot move their hands.

Additionally, the research will investigate the use of the neural band for mobility applications. One notable example is the University of Utah’s TetraSki program, which currently uses a joystick or mouth-based controller to help participants ski. By integrating the neural band, the program aims to provide a more intuitive and accessible experience for users.

The Future of Wearable Technology

Meta’s continued investment in EMG technology underscores its commitment to pushing the boundaries of wearable devices. From smart glasses to in-car systems and accessibility solutions, the neural band represents a versatile tool with far-reaching implications.

As the technology matures, it is likely to find applications in various fields, from healthcare to transportation. The partnerships with Garmin and the University of Utah demonstrate Meta’s strategic approach to innovation, focusing on both consumer and specialized use cases.

With ongoing research and development, the neural band has the potential to redefine how people interact with technology, making it more intuitive, accessible, and integrated into daily life.

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unnamed Meta's EMG Wristband Exits AR Glasses Realm