Blab AI
Meta and Snapchat Push AI-Powered Glasses Amid Growing Privacy Backlash
Meta Platforms and Snap Inc. are racing to bring AI‑powered smartglasses to market, but the devices are now under fire from consumers and regulators.
Meta’s Ray‑Ban Meta line, launched in 2023, packs a 12‑megapixel camera, a five‑mic array and a Qualcomm Snapdragon AR1 processor. The glasses can livestream to Facebook and Instagram and run Meta AI, and a 2024 update added multimodal input through computer vision.
Privacy concerns erupted in 2025 when reports surfaced that users had paid hackers to disable the tiny recording‑indicator LED, enabling covert filming. Wired’s coverage of “Meta Ray‑Ban creeps” highlighted hours of footage that was fed back into Meta’s systems. In March 2026, UK regulators opened an inquiry after a Swedish publication alleged that Meta’s content‑review contractors were viewing intimate footage captured by the glasses, including bathroom visits and private moments.
Meta continues to develop the glasses. The company’s chief technology officer said the device is being tested with constant recording to train a personalized AI model, and that facial‑recognition capabilities are under exploration. The glasses have earned the nickname “pervert glasses” in public discourse, and some owners report feeling embarrassed to wear them in public.
Snap Inc. is preparing to launch its AR Specs, a consumer‑grade wearable that includes built‑in cameras, hand‑tracking sensors and voice input. Priced at roughly $2,000, the device has been mocked for its large size. Snap’s product faces a similar fate to Google Glass, which was discontinued in 2015 after backlash over cost and privacy. Google Glass was banned from bars, cinemas and casinos in the UK because of recording fears.
New York has joined the list of jurisdictions restricting camera‑equipped glasses. The state’s court system has banned the devices from all courthouses, citing concerns about surveillance and privacy.
The stakes differ for the two companies. Meta has positioned the glasses as a potential successor to the smartphone, aligning with its broader metaverse strategy. Meta’s 2025 sales data show that it sold at least 7 million glasses, and public figures such as Kylie Jenner have promoted the product. Yet Meta’s own AI lead, Alexandr Wang, has stated that AI tools are “not overwhelmingly better” for most users.
Snap, by contrast, is still testing the market for a high‑price, bulky wearable. The company’s AR Specs may struggle to attract consumers if the device cannot deliver a compelling user experience or if privacy concerns persist.
Both companies face an uncertain path. Regulatory scrutiny, public sentiment, and the need for a clear value proposition will shape whether AI glasses become mainstream or remain a cautionary example of wearable technology.
The current situation leaves several questions unresolved: Will Meta’s facial‑recognition plans be approved? How will Snap address the cost and size issues? And will the broader industry learn from the privacy failures of earlier smartglasses? These developments will likely influence future product launches, regulatory frameworks, and consumer adoption of wearable AI.
Meta’s Ray‑Ban Meta line, launched in 2023, packs a 12‑megapixel camera, a five‑mic array and a Qualcomm Snapdragon AR1 processor. The glasses can livestream to Facebook and Instagram and run Meta AI, and a 2024 update added multimodal input through computer vision.
Privacy concerns erupted in 2025 when reports surfaced that users had paid hackers to disable the tiny recording‑indicator LED, enabling covert filming. Wired’s coverage of “Meta Ray‑Ban creeps” highlighted hours of footage that was fed back into Meta’s systems. In March 2026, UK regulators opened an inquiry after a Swedish publication alleged that Meta’s content‑review contractors were viewing intimate footage captured by the glasses, including bathroom visits and private moments.
Meta continues to develop the glasses. The company’s chief technology officer said the device is being tested with constant recording to train a personalized AI model, and that facial‑recognition capabilities are under exploration. The glasses have earned the nickname “pervert glasses” in public discourse, and some owners report feeling embarrassed to wear them in public.
Snap Inc. is preparing to launch its AR Specs, a consumer‑grade wearable that includes built‑in cameras, hand‑tracking sensors and voice input. Priced at roughly $2,000, the device has been mocked for its large size. Snap’s product faces a similar fate to Google Glass, which was discontinued in 2015 after backlash over cost and privacy. Google Glass was banned from bars, cinemas and casinos in the UK because of recording fears.
New York has joined the list of jurisdictions restricting camera‑equipped glasses. The state’s court system has banned the devices from all courthouses, citing concerns about surveillance and privacy.
The stakes differ for the two companies. Meta has positioned the glasses as a potential successor to the smartphone, aligning with its broader metaverse strategy. Meta’s 2025 sales data show that it sold at least 7 million glasses, and public figures such as Kylie Jenner have promoted the product. Yet Meta’s own AI lead, Alexandr Wang, has stated that AI tools are “not overwhelmingly better” for most users.
Snap, by contrast, is still testing the market for a high‑price, bulky wearable. The company’s AR Specs may struggle to attract consumers if the device cannot deliver a compelling user experience or if privacy concerns persist.
Both companies face an uncertain path. Regulatory scrutiny, public sentiment, and the need for a clear value proposition will shape whether AI glasses become mainstream or remain a cautionary example of wearable technology.
The current situation leaves several questions unresolved: Will Meta’s facial‑recognition plans be approved? How will Snap address the cost and size issues? And will the broader industry learn from the privacy failures of earlier smartglasses? These developments will likely influence future product launches, regulatory frameworks, and consumer adoption of wearable AI.
