Star Tracker for a Micro and Cube Satellite
The Amanogi Star Compass
We developed a STT (STar Tracker) that combines a high-performance camera with a computing module. The camera photographs the stars in the sky from the point of view of the satellite in space. The computing module extracts the stars from each image and finds accurate matches in the star coordinate catalog to estimate the attitude of the satellite in the star coordinate frame. We aim to reduce the price and development time to less than half that of conventional systems, and bring it to market as a turn-key solution.
|2018||2018 Final evaluation of the product was completed at the Kawai Laboratory, Tokyo Tech Adopted for NEDO's "Space Industry Technology Information Infrastructure Development Project".|
Adopted for the RAPIS-2 (RAPid Innovative payload demonstration SatellitE-2), scheduled to be launched in FY2021.
|2019||RAPIS-1 (RAPid Innovative payload demonstration Satellite 1) with a product developed by Tokyo Tech.|
Earned a space achievement in core technology.
|2020||2020 Development and testing of mass-production pathfinder products for the RAPIS-2 (RAPid Innovative payload demonstration Satellite-2) was completed.|
|After 2021||Based on the acquired space heritage, mass production and general orders are scheduled to begin.|
Deep Learning Attitude Sensor for Satellite
Amanogi Satellite AI
We have developed solutions for the collection and analysis of satellite imagery by using technologies such as Machine Learning. In the future, through our experience in detecting marine debris drifting in the ocean, we will contribute to projects and demonstrations using satellite imagery.
|2019||Selected for Project Ikkaku to detect and monitor marine debris.|
|2020||Development and demonstration of a method for detecting seashore drift and debris using satellite imagery.|
|After 2021||Based on the results of project Ikkaku: sales of analysis of satellite imagery.|
Utilization of Space data by applying Edge Computing to satellites
Development of AI Satellite
Research and Development of Edge Computing that will be realize small and low power for AI and Data analyses.
The Satellite itself can detect the target, it enables observation automation and tracking of moving objects.
Real-time analysis and work saving
Acquisition data can be immediately analyzed on the satellite, and further analysis results can be transmitted.
Technology demonstration using short-term and long-term observational statistical data
The satellite recognizes the ground station, and attitude control for realizing optical communication and means for avoiding clouds are realized by AI satellite.
We will demonstrate technology by 2023 and aim for market launch after 2024.
|Company Name||Amanogi, Corp.|
|Address||1-1-13, Kitamagome, Ota-ku, Tokyo, JAPAN|
|Founder and CEO||Yu Kudo|
|Business Content||Design and Production of Space Component, Modeling Devices, and Visual/Sound Devices.|
Research and Development of Data Analysis and Visualize Technology.