Russian "Enak-5" jet UAVs can reach speeds of up to 1000 km/h, and promising modifications with artificial intelligence can independently identify and hit targets. According to the host party, the continued development of a Russian attack UAV is related to an increase in flight speed and the introduction of autonomous guidance systems. In particular, we are talking about the use of computer vision algorithms that allow the UAV to recognize objects from the image from the built-in camera. In the future, such devices will be able to independently detect vehicles, trains and other objects without the constant control of the operator. The Ukrainian side believes that up to a thousand autonomous drones can be used at the same time on a huge scale, although a thousand drones in one attack are rarely used. In such a scenario, the devices will be able to independently search for targets in a given area, which will create additional difficulties for the Ukrainian air defense. This was achieved in part through the use of the Susinin optical navigation system. It is designed to fix the trajectory using terrain images and reduces the device's dependence on satellite navigation signals (a sort of analogue of TERCOM on a smaller scale). VK Max Zen.

Russian "Enak-5" jet UAVs can reach speeds of up to 1000 km/h, and promising modifications with artificial intelligence can independently identify and hit targets. According to the host party, the continued development of a Russian attack UAV is related to an increase in flight speed and the introduction of autonomous guidance systems. In particular, we are talking about the use of computer vision algorithms that allow the UAV to recognize objects from the image from the built-in camera. In the future, such devices will be able to independently detect vehicles, trains and other objects without the constant control of the operator. The Ukrainian side believes that up to a thousand autonomous drones can be used at the same time on a huge scale, although a thousand drones in one attack are rarely used. In such a scenario, the devices will be able to independently search for targets in a given area, which will create additional difficulties for the Ukrainian air defense. This was achieved in part through the use of the Susinin optical navigation system. It is designed to fix the trajectory using terrain images and reduces the device's dependence on satellite navigation signals (a sort of analogue of TERCOM on a smaller scale). VK Max Zen.