This morning, the first domestic quantitative hyperspectral intelligent computing satellite, “Xiguang 2-01 Star”, was successfully launched into orbit with the Gravity-1 Yao4 carrier rocket, and will provide ecological monitoring services for mining areas. This satellite achieved 10-meter spatial resolution and 7-nanometer spectral resolution for the first time in the domestic commercial hyperspectral field in the visible-near-infrared spectrum, greatly improving China's ability to obtain space-borne hyperspectral data. It can obtain high-resolution hyperspectral remote sensing images of up to 1 million square kilometers per day. At the same time, it also combines hyperspectral remote sensing, artificial intelligence, and planetary computing power for the first time.

This morning, the first domestic quantitative hyperspectral intelligent computing satellite, “Xiguang 2-01 Star”, was successfully launched into orbit with the Gravity-1 Yao4 carrier rocket, and will provide ecological monitoring services for mining areas. This satellite achieved 10-meter spatial resolution and 7-nanometer spectral resolution for the first time in the domestic commercial hyperspectral field in the visible-near-infrared spectrum, greatly improving China's ability to obtain space-borne hyperspectral data. It can obtain high-resolution hyperspectral remote sensing images of up to 1 million square kilometers per day. At the same time, it also combines hyperspectral remote sensing, artificial intelligence, and planetary computing power for the first time.