| 2016-10 |
Established. |
| 2020-12 |
Started providing Cellid SLAM. |
| 2020-12 |
Technical verification of the mass production process for AR glasses waveguides with the world's largest FOV of 60°. |
| 2020-12 |
Developed AR glass micro-projector with the world's largest FOV of 60°. |
| 2021-05 |
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. |
| 2021-09 |
Beta of Model Builder and Beta of Position Finder released. |
| 2021-10 |
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. |
| 2021-11 |
Started providing sample of FOV 60° display module. A total of 500 million yen was raised through third-party allotment of shares. |
| 2022-01 |
First exhibition at CES 2022, world's biggest technology trade fair. Invited to speak at SPIE Photonics West AR/VR/MR 2022. |
| 2022-06 |
First exhibition at AWE USA 2022. First exhibition at VIVA TECHNOLOGY PARIS. |
| 2022-08 |
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. |
| 2022-10 |
Started joint research with Obayashi Corporation on analysis methods for work status at construction sites. |
| 2022-11 |
Started providing samples of full-color waveguide display with FOV of 60°. Opened an office in Sunnyvale, U.S.A., to strengthen sales activities. |
| 2022-12 |
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. |
| 2023-01 |
Exhibited at CES 2023. Invited to speak at SPIE Photonics West AR/VR/MR 2023 and exhibit. |
| 2023-03 |
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. |
| 2023-05 |
Exhibited at AWE USA 2023. |
