AI glasses enter the museum, with VR infrastructure and revenue models driving a new chapter in XR. Meta, Milan’s Brera Art Gallery, and EssilorLuxottica launched the “Sensing Art” project on October 14, using AI glasses to assist visually impaired visitors. This is not merely a demonstration exhibit—it is a live pilot integrated directly into the museum experience. Visitors wear AI glasses developed by Meta and EssilorLuxottica; when standing before designated artworks, they receive audio descriptions conveying composition, form, and spatial information through auditory cues. Crucially, the system integrates seamlessly with the existing “Grande Brera” app and other text-to-speech accessibility methods. From the perspective of the metaverse and spatial computing, this initiative holds significant meaning. Until now, smart glasses have primarily been discussed in terms of personal functions such as photography, calling, translation, and AI assistants. This case, however, centers accessibility in public spaces—marking a shift from devices designed “for the individual” to devices that “extend the environment itself.” In real-world settings like museums, train stations, airports, schools, and hospitals—where digital information overlays physical space—hands-free glasses offer a more natural interaction than smartphones. Meanwhile, on the PC VR infrastructure side, compatibility issues surrounding Valve and ALVR on Linux have once again drawn attention. Valve has indicated that it cannot support the current stable version of ALVR. ALVR has served as a critical bridge connecting standalone headsets like Quest to PC VR environments. For Linux users seeking to enjoy VR, stable connectivity with SteamVR directly impacts their overall experience. Expanding VR adoption requires more than flashy new titles—it demands reliable underlying compatibility and sustainable maintenance. On the VR gaming front, the free-to-play title “Squingle Arcade” added a new level with its October 15 update and introduced a one-time purchase feature called “Limitless.” This removes in-game energy-based waiting times while maintaining the game’s free-to-play model. In VR gaming, playtime is constrained by physical fatigue and cognitive focus—meaning traditional mobile game stamina systems are not always optimal. While monetizing wait times may seem straightforward in the short term, VR experiences that prioritize immersion and pacing demand careful balance. Taken together, these recent developments reveal that the XR industry is moving beyond the phase of simply launching new devices. It is now entering an implementation stage focused on: how to integrate technology into real-world spaces; how to ensure compatibility with existing PC environments; and how to sustainably operate smaller-scale VR experiences. AI glasses enhance museum visits; SteamVR compatibility issues highlight challenges in maintaining an open VR ecosystem; and VR game monetization models raise questions about developer sustainability. The next metaverse will not emerge suddenly as a vast virtual city—it will grow incrementally through these tangible, real-world connections.