Cellid Inc.

Tokyo – October 19, 2026 -- Cellid Inc. has placed its AR glasses reference design, built on proprietary waveguide technology, in the Computer History Museum's new "Extended Reality: Visions of the Future" exhibit, alongside disassembled components of its HJ1 AI Smart Glasses.

Exhibit runs October 1, 2026 to March 28, 2027 in Mountain View

The Computer History Museum (CHM) opened the show on October 1, 2026, in Mountain View, California. It closes on March 28, 2027. The exhibit brings together more than 100 devices and artifacts spanning six decades of innovation in virtual, augmented and mixed reality, smart glasses and AI-powered wearables.

Cellid's items sit alongside contemporary smart glasses and earlier extended reality systems. The curators frame the display around advances in miniaturization, ergonomics, artificial intelligence and wearable technology.

Tokyo – September 25, 2026 -- Cellid Inc. has entered a business partnership with Megane Top Co., Ltd. to jointly develop and commercialize augmented reality (AR) glasses under Megane Top's own brand, the companies announced.

Preorders open October 23 via crowdfunding platform GREEN FUNDING

The two firms will begin accepting preorders for the jointly developed AR glasses through the GREEN FUNDING crowdfunding platform starting October 23, 2026. Following the campaign, the product will be distributed through Megane Top's nationwide retail network, including its "Megane Ichiba" chain.

Tokyo – September 25, 2026 -- Cellid Inc. is showcasing its binocular, full-color AR glasses reference design "Crux" at Snapdragon Summit, the annual technology event hosted by Qualcomm Technologies, Inc. in Hawaii, USA, running September 22-24, 2026.

Crux pairs Cellid's proprietary waveguide with Qualcomm's Snapdragon platform

The reference design combines Cellid's proprietary waveguide and display module with a Snapdragon platform, targeting high-end AR applications. The company states the integration delivers high-quality visuals alongside a wearing experience closer to standard eyeglasses, addressing a persistent trade-off in AR hardware between optical performance and form factor.