Cellid株式会社

Established.

Started providing Cellid SLAM.

Technical verification of the mass production process for AR glasses waveguides with the world's largest FOV of 60°.

Developed AR glass micro-projector with the world's largest FOV of 60°.

Conducted a demonstration experiment with Mitsubishi Heavy Industries, Ltd. to enhance factory operations using AR technology. Conducted a demonstration experiment with Obayashi Corporation on the acquisition of 3D position information at a large-scale construction site using AR technology.

Beta of Model Builder and Beta of Position Finder released.

Succeeded in real-time integration of high-precision 3D position information, acquired by AR technology at a large-scale construction site, into its digital twin.

Started providing sample of FOV 60° display module. A total of 500 million yen was raised through third-party allotment of shares.

First exhibition at CES 2022, world's biggest technology trade fair. Invited to speak at SPIE Photonics West AR/VR/MR 2022.

First exhibition at AWE USA 2022. First exhibition at VIVA TECHNOLOGY PARIS.

First time in the world, realization of robust location information acquisition using Visual SLAM, which is unaffected by the movement of the photographer, the weather, or the surrounding environment.

Started joint research with Obayashi Corporation on analysis methods for work status at construction sites.

Started providing samples of full-color waveguide display with FOV of 60°. Opened an office in Sunnyvale, U.S.A., to strengthen sales activities.

Raised approximately 500 million yen in Series B funding, bringing the total raised amount to approximately 1.2 billion yen. Selected for 'PoC Ground Tokyo,' social implementation project for startups by the Tokyo Metropolitan Government.

Exhibited at CES 2023. Invited to speak at SPIE Photonics West AR/VR/MR 2023 and exhibit.

Successfully developed evaluation method for Waveguide in collaboration with Tsutomu Shimura Laboratory, Institute of Industrial Science, The University of Tokyo. Presented at SPIE AR/VR/MR Monthly Webinar.

Exhibited at AWE USA 2023.