Meta's Neural Band Meets Garmin's Cabin Tech: A Proof Of Concept That Could Reshape Car Interiors

The automotive world just got a glimpse of the future. Meta and Garmin are joining forces on an innovative proof of concept that fuses neural interface technology with in-vehicle systems, marking a significant shift in how passengers might interact with cars.

At the heart of this collaboration is Meta’s Neural Band, an electromyography (EMG) device that detects hand gestures through muscle signals. Instead of reaching for physical buttons or struggling with voice commands, users can now control infotainment features using thumb, index, and middle finger movements—a leap forward in intuitive vehicle interfaces.

The Technology Behind The Integration

Garmin’s Unified Cabin suite serves as the platform where this neural technology comes to life. The proof of concept demonstrates how EMG-based gesture recognition can seamlessly connect with traditional automotive controls, creating a more sophisticated interaction layer between driver, passengers, and vehicle systems.

This isn’t just a gimmick. Gesture-based control offers tangible benefits: reduced driver distraction compared to touchscreen navigation, faster access to functions, and a more natural interaction method that doesn’t require verbal commands or manual input.

What’s Coming In 2026

Garmin showcased the possibilities at CES 2026 with a suite of new Unified Cabin features designed for next-generation vehicles:

• Digital key: Seamless vehicle access without physical keys
• AI Virtual Assistant: Multi-action voice commands that understand complex requests
• Seat-scoped audio and visuals: Personalized media experiences for each passenger
• Enhanced personalization: Systems that adapt to individual driver preferences
• Cabin Chat: In-vehicle communication features for passengers
• Cabin Lighting Show: Dynamic ambient lighting synchronized with content
• Personal Audio Sphere: Individual audio zones throughout the cabin

Why This Matters

The proof of concept signals a broader industry movement toward neural interfaces in consumer devices. By demonstrating practical applications in automotive, Meta and Garmin are showing that EMG technology can move beyond research labs into real-world products. This partnership could accelerate adoption of neural interfaces across transportation, setting a new standard for human-vehicle interaction.

The implications are significant: fewer distractions, more intuitive controls, and a path toward truly personalized cabin experiences. As vehicles become more autonomous, the role of user interfaces becomes equally critical—and this proof of concept suggests the future is more gesture-based than we might have imagined.