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Mohammedia – Meta revealed its latest generation of smart glasses with bold promises of blending fashion, technology, and artificial intelligence into everyday life. The launch highlighted advanced features such as a bright built-in display, gesture controls, and real-time translation.
However, the live presentation was overshadowed by technical hiccups that raised questions about the readiness of the product.
The flagship model, the Ray-Ban Meta Display glasses, will retail at $799 and includes a high-resolution display in one lens capable of reaching up to 5,000 nits of brightness.
Paired with a “neural wristband” that detects finger movements, the glasses aim to reduce reliance on smartphones by letting users manage notifications, make calls, or interact with AI through subtle gestures.
Meta also introduced the second-generation Ray-Ban Meta and the Oakley Meta Vanguard as part of the lineup.
Ambitious features and design
Meta designed the glasses to merge fashion with function by partnering with Ray-Ban and Oakley for the frames.
The Ray-Ban Display model can capture photos and videos, provide real-time text translation, and display notifications directly in the lens. The addition of the neural wristband expands input options beyond voice commands, allowing users to accept calls or scroll through information using small hand gestures.
The glasses are also designed to integrate with Meta’s AI assistant, enabling hands-free use for tasks such as cooking instructions or on-the-go language support.
With its bright display and lightweight frame, the device seeks to move closer to mainstream adoption of augmented reality features in daily life. Meta has positioned the glasses as a step toward the long-term goal of wearable AI assistants.
The price and hardware specifications put the Ray-Ban Display model in the premium category of wearables. At $799, the glasses are significantly more expensive than earlier smart glasses models, though they also introduce a new level of functionality compared to devices that focus mainly on photo and video capture.
Technical glitches during live demo
The launch was tainted by technical difficulties that drew significant attention. During a cooking demonstration, the glasses failed to provide step-by-step instructions as planned. The AI assistant skipped over steps, repeated directions, and did not respond properly to requests for clarification.
Meta initially attributed the mishap to Wi-Fi issues before acknowledging that the “Live AI” feature had inadvertently triggered across multiple devices in the venue, overwhelming backend servers.
A later demo meant to highlight the neural wristband also failed to deliver. Chief Executive Mark Zuckerberg attempted to use a hand gesture to accept a call from Meta’s Chief Technology Officer Andrew Bosworth, but the gesture controls did not work.
Engineers later explained that the failure was tied to a bug that prevented call notifications from appearing if the glasses’ display was asleep when the call arrived.
Meta’s executives claimed that the problems were fixed quickly after the event. Bosworth described the glitch as a “never-before-seen video bug” and acknowledged that the simultaneous activation of multiple devices created server overloads.
The company framed the issues as isolated to the live demo environment.
Broader implications for wearable tech
The mixed debut highlights both the promise and challenges of wearable augmented reality devices.
While the technology showcased advanced features, the glitches demonstrated how heavily such products rely on robust software integration and reliable server infrastructure. Even small failures in gesture recognition or notification handling can affect user confidence in devices designed for everyday use.
Meta’s move comes as major technology companies continue to invest in wearable AI products. Apple, Google, and others are also exploring head-mounted displays and advanced wearables.
Privacy concerns also continue to surround wearable cameras and always-listening devices.
Although Meta emphasized the practical uses of its glasses, including translation and accessibility features, the company has previously faced scrutiny over how it handles user data.
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