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Los rusos al estar a la ofensiva constantemente se exponen mucho más a los drones, artillería y minas ucranianas afortunadamente, pero los rusos también innovan (fueron ellos los que introdujeron los drones guiados con fibra óptica) y que la EW sea gradualmente menos efectiva afecta a ambos bandos y en realidad a todo el mundo... cuanto tiempo va a pasar hasta que un terrorista destruya un avión de pasajeros utilizando un dron?Hace tan solo 3 meses, probamos drones de fibra óptica a más de 20 km. Ahora nos complace compartir los nuevos resultados de las pruebas: ¡vuelos exitosos de más de 40 km! La fórmula es simple: retroalimentación militar + soluciones de desarrollo únicas + apoyo y coordinación de Brave1. La guerra electrónica no salvará a los rusos.
"This “mothership” travelled 200km into Russia before releasing two attack drones hanging off its wings. Able to evade radar by flying at a low altitude, the smaller drones autonomously scanned the ground below to find a suitable target, and then locked on for the kill.
There was no one on the ground piloting the killing machines or picking out targets. The robots, powered by artificial intelligence, chose the undisclosed target and then flew into it, detonating their explosive load on impact.
Human input was restricted to teaching the drone about the type of target to destroy and the general area in which to search for it."
The world was dazzled by Operation Spiderweb, in which 117 Ukrainian drones struck airbases deep inside Russia on 1 June, targeting the Kremlin’s nuclear-capable long-range bombers Released from the top of lorries, the drones had “terminal guidance” software to allow them to fly autonomously to a chosen target in the final mile when Russian jamming systems cut them off from their pilots.
“We strive for full autonomy,” says Mykhailo Fedorov, the 34-year-old deputy prime minister of Ukraine and minister of digital transformation overseeing the Ukrainian effort in what he describes as a “tech war”.
“Our models are being trained to recognise targets to understand target prioritisation,” he says. “We do not have full autonomy yet. We use the human factor where we need to, but we are developing different scenarios for taking autonomy further.
“We are also testing some autonomous drones, which we have not announced and are probably not planning to announce, but they have a high degree of autonomy, and they can potentially combine themselves into swarms. We are still facing technical problems and hurdles, but we already see a path forward on this.”
Swarm technology involves multiple drones working together to achieve kills – a pack of predators able to devise a plan to close off escape routes and talk to each other as they go about their deadly business.
The targets are not merely tanks, planes, railway hubs and critical infrastructure. The top priority is to kill people.
“There will be cheaper autonomous systems which can target infantry at a smaller scale because this is a key target, because the doctrine of war has changed, heavy equipment is used less and less,” Fedorov says.
“The grey zone [the conflict area outside the frontline] has increased in width, and Russia attacks with small infantry groups. And our goal, our key goal, is to find a counter measure to small infantry groups. So we are looking to develop smaller and cheaper drones to use against infantry.”
The Russians are not “idle” on this either, Fedorov says.
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