Finland makes use of the brand new AI satellite tv for pc to pursue toxic algae from area

Tech Startup Kuva Space works with the Finnish Environmental Institute (Skye) Analyze the health of the northern country's waters with a specialized satellite.

The pilottest uses the hyper -spectral sensors of KUVA, which can analyze a wider light spectrum than conventional sensors. The company's probe can read almost any material on earth from space – including poisonous cyanobacteria.

These tiny organisms, which are also known as blue -green algae, multiply in Finland's lakes and seas in summer. In high concentrations, they can be harmful and even fatal for humans and other animals.

However, cyanobacteria cannot be distinguished visually from other harmless algae flowers. The most accurate way to monitor you is to remove water samples, which is time -consuming and expensive.

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Kuva and Skye examine a potentially better alternative. The partners train AI models for hyper -spectral satellite images as well as water samples and insights from biochemical and genetic research.

Over time, it is expected that the algorithms are becoming more and more precise in the persecution of cyanobacteria and decoding, which drives their spread.

“We are very happy about this pilot with Kuva space, because instead of just recognizing the presence of algae, we can use the hyperpalral technology of KUVA and AI to examine the spectral area and to identify one step further to identify which algae species are present and their biomass assess,” said Jenni Attila, leading research and group manager at Skye.

Kuva started his first satellite, Hyperfield-1ain August 2024. The startup is planning to have 100 satellites in orbit by 2030. The probes are from the orbit Analyze the chemical compositions of natural and artificial materials.

In addition to recognizing harmful algae flowers, the technology can be set for various other applications in the orbit. For example, the agricultural sector can optimize the sensors to monitor the plants. Defense ministries can open up the data for surveillance. Industrial locations can use the pictures to recognize chemical leaks. In marine ecosystems, the technology can track water types, water quality and illegal fishing vehicles.