Explore Smart Glasses

A peer-reviewed study conducted by the University of California, San Diego showed that surgeons using Vision Pro as the primary display device in lacrimal duct surgery can increase surgical speed by 19% by maintaining a natural operating posture, providing preliminary clinical evidence for the implementation of mixed reality technology in serious medical fields.

An Analysis of the Core Principles and Technological Evolution of AR Optical Waveguides

At AWE, Oxford Optics showcased its tunable liquid lens technology—developed over more than two decades—which holds the potential to resolve the vergence-accommodation conflict in the VR/AR industry.

Meta has officially announced the recipients of its "AI Glasses Impact Grant Program," awarding nearly $2 million in funding to 30 organizations across the United States. The grants aim to support the development of practical applications for hands-free AI glasses—spanning workforce safety, education, accessibility, and agriculture—and to drive the technology's deployment at scale.

The innovative "mask balancing" solution effectively addresses the industry-wide challenge of excessively low real-world light transmittance in optical see-through AR headsets by integrating dual-polarization optical paths and employing dynamic control driven by human visual perception, thereby clearing a critical hurdle for the all-day deployment of AR devices.

OpenAI's president has revealed plans for the company to venture into hardware, with a particular focus on smart glasses. The initiative aims to extend the capabilities of models like ChatGPT Live to third-party wearable devices—leveraging visual perception to enhance interactive experiences—by opening APIs and building an AI ecosystem.