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Kuva Space plans to deploy as many as 100 satellites by 2030.
Kuva Space launched cubesats in 2018 and 2021.
Kuva Space has been working to improve the spatial resolution of its hyperspectral imagers for commercial applications.
Kuva Space can provide frequent hyperspectral measurements to support blue carbon capture monitoring and agricultural carbon offset verification.
Kuva Space developed a tunable 2D-snapshot hyperspectral imager that produces high-quality hyperspectral data and offers application-optimized imaging modes.
Kuva Space will launch four Gen2 smallsats in 2024 as the initial stage of its planned constellation.
Kuva Space will launch its Hyperfield-1 smallsat in November 2023.
Kuva Space won a 5,000,000 EUR European Commission contract to supply hyperspectral data to the Copernicus Contributing Mission program on 2023-06-19 under a five-year agreement.
Kuva Space has raised 6,500,000 EUR in total funding from Reaktor Ventures, Voima Ventures, Nordic Foodtech VC, VTT Technical Research Centre of Finland, and public funding from ESA Philab and Business Finland.
Kuva Space operates a commercial smallsat constellation equipped with a patented hyperspectral camera capable of capturing scientific-grade data at scale.
Kuva Space’s planned constellation aims to deploy as many as 100 satellites by 2030 to measure the material composition of Earth targets sub-daily.
Kuva Space developed and demonstrated AI-based capabilities for hyperspectral data processing and analytics using hyperspectral data from scientific satellites.
Kuva Space has provided commercial satellites to global partners through collaborations with the European Space Agency.
Kuva Space planned to launch its first commercial hyperspectral satellite in early 2023.
Kuva Space plans to build a hyperspectral constellation of 100 nanosatellites to capture the molecular composition of materials at scale.
Kuva Space launched a double cubesat in 2018 to test its satellite platform and hyperspectral camera.
Kuva Space raised 4,200,000 EUR ($4,850,000) to fund its campaign to establish a constellation of commercial hyperspectral cubesats.
Kuva Space’s hyperspectral sensors can resolve 50 bands within the 400 to 1,100 nanometer range and the exact band positions and number can be selected by software inflight.
Kuva Space supplied the cubesat that housed a W-band radio transmitter for a European Space Agency mission launched in June.
Participants in Kuva Space’s seed funding round announced 2021-10-05 are Voima Ventures, Nordic FoodTech Venture Capital, the European Space Agency InCubed program, and VTT Technical Research Centre of Finland Ltd.