Meta unveils camera-free smart glasses amid privacy concerns
UKPulse Consumer Desk
Meta has launched a new audio-only version of its smart glasses, Ray-Ban Meta Audio, which lacks a camera, following controversy over privacy with its original camera-enabled devices.
- Meta has unveiled Ray-Ban Meta Audio, a new version of its smart glasses without a camera.
- The original camera-enabled smart glasses, launched in 2023, faced backlash over privacy concerns and reports of non-consensual filming.
- The new audio-only glasses are cheaper, have a lighter frame, and offer better battery life than their camera-enabled counterparts.
Meta has introduced a new version of its smart glasses, called Ray-Ban Meta Audio, which does not include a camera. The unveiling on Thursday comes after the company's original AI-powered smart glasses, launched in 2023 in collaboration with Ray-Ban, generated controversy over privacy.
The initial devices have been reportedly used to film individuals without consent, leading to them being labelled "pervert" or "creepy" glasses. Several UK establishments, including JD Wetherspoon pubs, some theatres, and schools, have banned the camera-enabled glasses.
The new audio-only glasses retain functions such as making phone calls and playing music, with sound directed into the ear, but aim to reduce privacy implications. Meta denies that the camera-free version was rushed out in response to public anger, stating it has been in development for two years. The company also notes that the audio-only version is more affordable, features a lighter frame, and offers improved battery life.
Why this matters: The release of camera-free smart glasses could represent a shift in how tech companies approach the market for wearable technology, potentially addressing public concerns about privacy while still offering audio functionalities.
What this means for you: The new camera-free smart glasses offer an alternative for those interested in wearable audio technology without the privacy implications associated with recording devices.