Explore Smart Glasses

A new generation of AI cooking glasses is on the horizon; by addressing mass-production challenges through practical optimizations—such as a swappable battery design and a monochrome display—and integrating the "God of Cookery" (Shishen) large model alongside embodied AI technology, these glasses mark the official entry of AI eyewear into the high-frequency vertical scenario of the home kitchen.

This article provides an in-depth analysis of the fundamental differences between monocular and binocular display approaches for smart glasses, examining them from the dual perspectives of visual human factors and wearing comfort.

Just before the conclusion of its Kickstarter campaign, MemoMind One—an AI eyewear product from XGIMI Technology—was abruptly halted by the platform following a design patent lawsuit filed by competitor Yiwen Technology. This incident not only reflects long-standing commercial animosity between the two parties but also sparks deep industry concern regarding the convergence of smart eyewear designs and the ambiguity of patent boundaries.

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.