The future of human-computer interaction is taking an exciting leap forward as Meta expands the reach of its innovative neural wristband technology to help more people in more situations than ever before.

After successfully introducing its EMG (electromyography) wristband technology with the Meta Ray-Ban Display glasses in 2025, the tech company is now exploring inspiring new applications that could benefit everyone from everyday drivers to individuals facing mobility challenges.

At CES 2026, Meta unveiled a promising collaboration with Garmin that showcases how this remarkable technology could revolutionize in-car experiences. The neural band, which cleverly interprets subtle muscle movements in the wrist, allows users to control infotainment systems through simple, intuitive gestures—all without taking their hands off the wheel or eyes off the road.

The demonstration at Garmin's "Unified Cabin" concept booth highlighted the incredible potential of this partnership. Users can navigate apps, manipulate images, and interact with displays using natural pinch and swipe gestures. Looking ahead, Garmin envisions even more practical applications, such as controlling vehicle functions like windows and door locks through these effortless wrist movements.

What makes this technology truly special is its sensitivity and accessibility. The neural band can detect even the most subtle muscle activity, opening up a world of possibilities for people who might benefit most from alternative control methods.

In a heartwarming development that showcases technology's power to improve lives, Meta has partnered with the University of Utah on research that could be truly life-changing for individuals with ALS, muscular dystrophy, and other conditions affecting hand mobility. This collaboration aims to help people regain independence and control over their environment in meaningful ways.

Researchers are exploring how the neural band can enable people to control smart home devices—including speakers, blinds, thermostats, and locks—using subtle wrist movements. The beauty of this technology lies in its remarkable sensitivity: it works even for individuals who cannot move their hands in traditional ways.

The University of Utah is also investigating exciting applications for their TetraSki program, which helps people with mobility challenges experience the joy of skiing. The neural band could offer participants a more intuitive and comfortable alternative to current joystick or mouth-based controllers, potentially making adaptive sports more accessible and enjoyable.

Meta's journey with EMG technology represents years of dedicated research and development, and it's wonderful to see this investment paying off in ways that extend far beyond entertainment and convenience. By partnering with organizations like Garmin and academic institutions, Meta is demonstrating how technology companies can use their innovations to create meaningful positive impact.

As this technology continues to develop and find new applications, it promises to make our interactions with devices more natural, accessible, and inclusive. Whether it's making driving safer, homes smarter, or giving people greater independence, Meta's neural wristband is proving that the most exciting innovations are those that enhance human capabilities and open doors for everyone.

The future of wearable technology is here, and it's more inclusive and promising than ever before.