Amuse OneSelf
Amuse OneSelf develops drone-mounted laser scanner systems that accurately survey the topography of mountains, rivers, and the sea.
| Date | Investors | Amount | Round |
|---|---|---|---|
| N/A | €0.0 | round | |
| investor investor investor | €0.0 | round | |
* | N/A | Late VC | |
| Total Funding | 000k | ||
Established in November 2011 by President Hikaru Sano, Amuse Oneself Inc. is a Japanese firm specializing in the development of hardware and software for 3D measurements within the Information, Communication, and Robot Technology (ICRT) sector. The company marked a significant achievement in 2013 by successfully commercializing the world's first Lidar scanner system specifically optimized for drones.
Amuse Oneself's core business revolves around its proprietary drone-mounted Lidar scanner system, branded as TDOT. This system is engineered for high-accuracy 3D measurement and surveying, catering to markets such as ICT construction. The firm offers a multifaceted business model that includes the sale of its TDOT systems, contract development of custom software and hardware, and providing surveying services directly to clients who wish to outsource this function. Additionally, the company provides cloud-based solutions for post-processing survey data and offers services in 3D data modeling. Their service portfolio also extends to graphic design for promotional materials, demonstrating a capacity to support clients from data capture to final presentation.
The product line includes various iterations of their Lidar system, such as the TDOT 7 series, which integrates high-performance GNSS with advanced laser units. This technology provides a key benefit by enabling immediate on-site surveying and improving construction accuracy. The company positions itself as a versatile development partner, with an in-house team capable of both software design and hardware fabrication to meet specific client needs. Revenue is generated through hardware sales, software licensing via its cloud platform, and fees from its surveying and development services.
Keywords: 3D measurement, drone Lidar, Lidar scanner system, ICRT, ICT construction, on-site surveying, surveying services, hardware development, software development, 3D data processing, cloud solutions, drone technology, laser scanning, geospatial solutions, custom drones, embedded software, TDOT, Hikaru Sano, surveying technology, construction technology, robotic technology, point cloud data