Press Release, 7 January 2026
At CES 2026 in Las Vegas, Garmin and Meta teamed up to unveil an intriguing automotive proof‑of‑concept that explores a new way to interact with in‑car systems using a wearable device. The collaboration links Meta’s Neural Band, a wrist‑worn sensor that detects tiny muscle signals using electromyography (EMG), with Garmin’s Unified Cabin in‑vehicle technology suite, opening the door to gesture‑based control of entertainment and infotainment functions inside the car. This early demo showcased how subtle movements of the thumb, index, and middle fingers could be translated into commands such as clicks, scrolling or dial actions giving passengers a lean‑back, intuitive way to control display and cabin features without touching screens or buttons.
The Neural Band wearable taps into muscle signals at the wrist and converts them into digital actions, enabling a natural form of human‑machine interface that could evolve to recognize more complex gestures over time potentially expanding beyond basic media control to broader in‑vehicle functions. Meta’s VP of Wearables described the technology as a promising alternative to traditional interfaces, with demonstrations already allowing control of smart devices outside the automotive context.
Garmin’s Unified Cabin is a scalable digital cockpit concept designed to deliver immersive and personalized in‑vehicle experiences via a single control module. In addition to the wearable gesture demo, the Unified Cabin showcase at CES highlighted other next‑gen features such as digital key support, an AI virtual assistant capable of executing multiple commands from one voice prompt, enhanced seat‑specific audio/visual experiences, cabin lighting effects, and other personalization options that can be tailored to specific OEM needs.
While still in the prototype stage and shown by invitation at Garmin’s booth, this proof‑of‑concept points to future ways drivers and passengers might interact with vehicle systems. By combining Garmin’s automotive technology with Meta’s advanced wearable sensors, both companies are testing new, hands‑free interaction models that could help shape the next generation of in‑car user interfaces.
Compiled using AI
