According to a report by the Russian Satellite News Agency on September 28, the press office of the Russian National Technology Initiative stated that Russian scientists have developed a technology based on artificial intelligence that can track up to 500,000 drones in the sky at the same time. The experimental prototype is scheduled to be put into use by the end of 2023.

The source said: "Russian scientists have developed a technology based on artificial intelligence at the base of the Moscow State University of Geodesy and Cartography, which can simultaneously track the position and status of up to 500,000 drones in the sky. The experimental prototype will be put into use at the end of 2023, and the test will be completed in 2024."

According to the report, the press service pointed out that before launching a drone, the flight needs to be coordinated with many departments, and these departments should inspect and monitor the entire process. Existing surveillance systems can cope with the load when there are as many as 100 drones over an area at the same time, but difficulties arise when the number increases to thousands.

According to the Russian UAV development strategy, by 2030, the number of UAV systems sold in the Russian market is estimated to exceed 180,000. Relevant authorities will need a system that can handle such large amounts of drone data: for example, to quickly detect deviations from agreed flight missions, entry into prohibited areas and dangerous approaches between aircraft.

Project leader Oleg Gvozdev said: "The approach we developed is completely different from the dominant solutions on the market: instead of large, cumbersome and resource-intensive software systems, we created development tools that can implement the most complex data processing programs, adapt them to the most advanced equipment, and ultimately obtain products that solve specific application problems at the lowest cost."

The report also stated that news shows that new research and development results will allow the creation of monitoring systems that ensure guaranteed event response times down to milliseconds based on the object domain.

On August 15, the Granat4E UAV manufactured by the Russian weapons manufacturer Kalashnikov Group was displayed at the International Military Exhibition in Moscow. (AFP)

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