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iQPS has successfully accomplished the development of a compact, high-resolution SAR satellite that weighs only one-twentieth of conventional SAR satellites. The company currently operates three SAR satellites, providing services that capture high-resolution and high-quality data regardless of the time of day or weather conditions.
In May 2021, QPS-SAR-2 satellite, named "Izanami", succeeded in acquiring images with a resolution of 70 cm, the highest ever achieved by a Japanese commercial SAR satellite, and iQPS have since begun a full-scale operation to develop satellite data businesses. iQPS envisions contributing to the development of the world by establishing a 36-satellite constellation, which, after 2025, will enable iQPS to observe almost anywhere in the world at average intervals of 10 minutes.
As one of the key initiatives to realize the "Space Integrated Computing Network" vision, Space Compass, in partnership with Skyloom, plans to launch their first geostationary orbit satellite, "SkyCompass-1" and offer Optical Data Relay Services by the end of 2024, followed by additional deployment to achieve global coverage and full-service provision by 2026.
Skyloom, a US-based telecommunications innovator is building and deploying the space and ground network. By adopting Space Compass and Skyloom's cutting-edge optical network technology, iQPS aims to make significant enhancement to its service to deliver high-capacity data/imagery in near-real time.
"We are pleased to initiate collaboration with Space Compass to study the use of SkyCompass-1 Optical Data Relay Service. The amount of data acquired by QPS-SAR constellation, which uses radar to observe earth's surface, is several gigabytes at a time, and there are limitations to the timing of communication with ground stations when using direct downlinks. However, we believe that this SkyCompass service will serve as a significant tool in achieving our goal of the near-real time earth observation," said Dr. Shunsuke Onishi, CEO, Institute for Q-shu Pioneers of Space, Inc.
"We are very excited to support iQPS in their successful deployment of high-quality commercial SAR imagery. Together we will realize the dream of breaking the Space Data bottleneck with their high-quality products delivered to their customers with very low latency compared to existing data transport services. We are within reach of intelligent, on-orbit data routing guaranteeing iQPS information gets to where it needs to go at lightning speeds," said Marcos D. Franceschini, CEO, Skyloom Global Corporation.
"Earth observation data from SAR satellites, provided by iQPS, is a groundbreaking service utilized in a variety of use cases, such as assessing the disaster situation and monitoring critical infrastructures. With the large volume of SAR data being generated by iQPS, a high-speed, high-capacity network is needed to maximize the image value to their end customer. We are confident that the Optical Data Relay Network being deployed by Space Compass and Skyloom will greatly improve the speed of delivery and the quality of iQPS services," said Koichiro Matsufuji, Co-CEO, Space Compass.
Related Links
Space Compass
iQPS
Skyloom
Space Technology News - Applications and Research
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