Meta is taking its neural interface technology beyond augmented reality, showcasing a partnership with Garmin at CES 2026. The demo features Meta's wrist-based neural band controlling an infotainment system inside a car, as part of Garmin's "Unified Cabin" concept. This marks a significant step in exploring real-world applications for Meta's electromyography (EMG) technology, moving beyond its initial integration with Ray-Ban smart glasses.
A Pinch and a Swipe: Controlling Your Car with a Wristband
According to Engadget's Karissa Bell, the demo involved navigating a touchscreen display using subtle wrist movements detected by the neural band. One application allowed users to manipulate a 3D model of a car, mimicking the zoom and pan gestures familiar to users of the Meta Ray-Ban glasses. Another demo featured a game of 2048, controlled via swipes. While these initial demos are somewhat rudimentary, Garmin envisions more practical applications, such as controlling vehicle functions like windows and door locks.
Garmin, a major player in automotive infotainment systems, sees potential in integrating neural interfaces to enhance the driving experience. This "Unified Cabin" concept explores various AI-centric in-car experiences, with Meta's neural band offering a novel control mechanism. The partnership suggests a future where drivers can interact with their vehicles in a more intuitive and hands-free manner.
Beyond Automotive: Expanding the Neural Interface Ecosystem
Meta is also exploring other applications for its EMG technology. A research collaboration with the University of Utah will investigate using the neural band to assist individuals with conditions like ALS and muscular dystrophy. Meta claims the Neural Band is sensitive enough to detect subtle muscle activity in the wrist — even for people who can’t move their hands. This research aims to enable these individuals to control smart home devices and even mobility aids like the TetraSki program, which currently uses joysticks or mouth-based controllers.
The move to explore applications outside of AR glasses signals a broader vision for Meta's neural interface technology. By partnering with companies like Garmin and research institutions, Meta is laying the groundwork for a future where neural interfaces become a ubiquitous part of our daily lives. The challenge, as always, will be translating these early demos and research projects into robust and reliable consumer products, but the potential is undoubtedly there.