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The Russian air defense system will be controlled by artificial intelligence

Russia has made serious progress in defending its borders.

As follows from the official data, Russian military experts have experienced the management of air defense systems with artificial intelligence. Thanks to the use of artificial intelligence, air defense systems will be able to effectively reflect any attempts by a potential enemy to violate the airspace of the Russian Federation, which minimizes the impact of the human factor.

“Imagine how much the capabilities of modern Russian air defense systems, which will be controlled by an artificial intelligence system, will increase. In fact, the factor of human error will be minimized, and the system will independently set the target, aim at it and destroy it. ", - the expert declares.

According to some reports, artificial intelligence was tested on the S-400 air defense missile system Triumph and the anti-aircraft missile and gun system Pantsir-X1, according to available data, all the targets of the conventional enemy were detected and destroyed in time, which confirms the high efficiency of the use of AI in weapons systems.

Nevertheless, found such an innovative approach and ardent opponents who believe that to introduce artificial intelligence in weapons systems can not.

"Artificial intelligence is actually a computer program that can be hacked. This means that instead of enemy aircraft, their own fighter planes and bombers can be destroyed, or, due to a critical error, the enemy will be able to freely penetrate the airspace boundary and remain unnoticed. Moreover, situations are not excluded when aircraft do not pose a threat, for example, in the event of an emergency on board a passenger liner - in this case the AI ​​system will react with the opening of a fire ", - the expert in the field of cybersecurity notes.

It should be clarified that we are not talking about the introduction of an AI system into Russian air defense systems, however, obviously, such an approach can be implemented in the systems of the future generation.

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