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Meta Unveils Aria Gen 2 AR Glasses with Advanced Tracking

Meta’s Aria Gen 2 experimental AR glasses introduce advanced eye-tracking, 3D hand and object tracking, and biometric sensors. Designed as a lightweight research platform, they aim to shape the future of augmented reality and human-computer interaction with precise gaze detection and environmental awareness.

Published June 4, 2025 at 03:14 PM EDT in IoT

Meta has recently revealed new details about its Aria Gen 2 augmented reality (AR) glasses, an experimental device designed to advance research in AR, artificial intelligence, and robotics. These glasses represent a significant leap forward from Meta’s initial 2020 prototype, incorporating a range of sophisticated sensors and tracking technologies within a lightweight, wearable frame.

Advanced Eye-Tracking Capabilities

One of the standout features of Aria Gen 2 is its improved eye-tracking system. Unlike earlier models, it can track gaze for each eye independently, detect blinks, and estimate pupil centers. This granular data provides a deeper understanding of the wearer’s visual attention and intentions, opening new doors for human-computer interaction. Imagine interfaces that respond intuitively to where you look or how you blink, creating seamless, hands-free control experiences.

3D Hand and Object Tracking for Precision Tasks

Equipped with four computer vision cameras, the glasses enable detailed 3D tracking of hands and objects. This capability is crucial for applications requiring precise manipulation, such as controlling robotic hands or interacting with virtual objects in real time. Researchers can leverage this to explore dexterous robotic control or immersive AR experiences where digital and physical worlds blend effortlessly.

Biometric and Environmental Sensing

Aria Gen 2 also integrates a photoplethysmography sensor within the nosepad to estimate heart rate, alongside a contact microphone designed to improve audio capture in noisy environments. An ambient light sensor helps the device distinguish between indoor and outdoor lighting conditions, enhancing contextual awareness. These sensors collectively enrich the user experience by adapting to physiological and environmental cues.

The glasses weigh approximately 75 grams, feature folding arms for portability, and come in eight sizes to accommodate different users. Meta plans to open the platform to researchers later this year, inviting innovation that could inform future consumer AR products. This initiative builds on Meta’s success with Ray-Ban smart glasses and hints at upcoming devices like the Orion AR glasses and the high-end Hypernova glasses with built-in displays.

Meta’s Aria Gen 2 glasses exemplify how wearable technology is evolving beyond simple displays to become sophisticated platforms capable of sensing and interpreting complex human behaviors and environments. For developers and researchers, this opens exciting possibilities to create more intuitive, responsive, and immersive AR experiences that could redefine how we interact with digital content in daily life.

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