Meta adds automated driving detection to disable smart glasses displays
A new 'Audio Only' mode uses phone sensors to prevent visual distractions for drivers using Meta's AR eyewear.
Meta has launched an "Audio Only" mode for its Display glasses to mitigate driver distraction by automatically disabling visual overlays while in a vehicle. The feature aims to ensure that users remain focused on the road while still accessing essential hands-free utility.
The system operates via a "Driving Detection" setting located within the Meta AI app under Settings > [Glasses] > Device Settings. When enabled, the feature leverages the connected smartphone's internal sensors to identify when a user is in a moving vehicle, triggering the glasses to shut off their visual display. To function correctly, the feature requires specific permissions to access the phone's sensors. Once the user exits the vehicle, the display reactivates automatically.
The safety gap in AR eyewear
As smart glasses with integrated displays become more prevalent for managing notifications and calls, they introduce new safety risks behind the wheel. While Meta's Display glasses are optimized for pedestrian navigation, they lack the specialized real-time traffic updates or lane-level guidance necessary for safe high-speed driving. Without a dedicated driving mode, the visual notifications inherent to AR glasses can create a dangerous cognitive load for drivers, potentially delaying reaction times during critical road events.
Balancing utility and focus
This update addresses a critical industry challenge: balancing the convenience of a hands-free AI assistant with the absolute necessity of visual attention during transit. By automating the transition to an audio-only interface, Meta allows users to continue making calls and issuing voice commands without the temptation or hazard of glancing at a digital overlay. This shift ensures that the AI remains a tool for productivity rather than a source of distraction.
The future of wearable safety
While the core functionality is now available, the industry continues to debate the broader implications of AR in the cockpit. It remains to be seen if other wearable manufacturers will adopt similar sensor-based lockdowns or if regulatory bodies will eventually mandate such safety features for all head-mounted displays used in public spaces. As these devices evolve from niche gadgets to mainstream accessories, the pressure to standardize safety protocols will likely increase to prevent a new era of digital distraction on the highway.