{"id":592204,"date":"2026-06-09T11:33:15","date_gmt":"2026-06-09T08:33:15","guid":{"rendered":"https:\/\/korabelov.info\/2026\/06\/592204\/the-operator-presses-the-button-then-the-drone-does-everything-on-its-own-ukrainians-have-upgraded-their-hunt-for-shahed\/"},"modified":"2026-06-09T11:33:18","modified_gmt":"2026-06-09T08:33:18","slug":"the-operator-presses-the-button-then-the-drone-does-everything-on-its-own-ukrainians-have-upgraded-their-hunt-for-shahed","status":"publish","type":"post","link":"https:\/\/korabelov.info\/en\/2026\/06\/592204\/the-operator-presses-the-button-then-the-drone-does-everything-on-its-own-ukrainians-have-upgraded-their-hunt-for-shahed\/","title":{"rendered":"The operator presses the button, then the drone does everything on its own: Ukrainians have upgraded their hunt for Shahed"},"content":{"rendered":"

Ukrainian interceptor drones are already capable of autonomously shooting down<\/strong> Russian strike UAVs of the Shahed<\/strong> type. The technology, which almost completely automates the interception process, was created by a member of the defense cluster Brave1<\/strong>. This was reported by the Minister of Digital Transformation and Vice Prime Minister Mykhailo Fedorov<\/strong>.<\/p>\n

According to him, the new system automates 95%<\/strong> of the entire interception process – from launching the Ukrainian drone to destroying the enemy Shahed<\/strong>. The development has already passed a successful combat test<\/strong> in the Kharkiv region<\/strong>. This means the technology did not remain just a slick presentation or a laboratory prototype, but has already confirmed its effectiveness in real combat conditions.<\/p>\n

The principle of operation looks like this: the operator sees target movement in real time, selects the desired target and gives the strike command. After that, the system independently guides the drone to the enemy UAV, autonomously recognizes the Shahed<\/strong> and homes in on it. At Brave1<\/strong> the manufacturer managed to go the path from prototype to combat deployment in less than a year<\/strong>. Autonomy is considered one of the key directions in the development of modern air defense.<\/p>\n

Such solutions are especially important against the backdrop of massive Russian drone attacks on Ukrainian cities. Shahed<\/strong> remains one of the main tools of Russia’s nightly terror: it is used against housing, energy, warehouses, hospitals, infrastructure facilities and frontline communities.<\/p>\n

For Mykolaiv Oblast<\/strong> this topic is also not abstract. The region regularly experiences attacks by Shahed<\/strong>, FPV drones and UAVs of the “Molniya”<\/strong> type, and coastal communities are almost daily under threat of air strikes.<\/p>\n

Scaling up autonomous interceptors<\/strong> could become an important step in strengthening “small-scale” air defense. The faster the system reacts to an enemy target, the greater the chance of shooting down a drone before it reaches homes, businesses or critical infrastructure. In fact, this is a new level of fighting Russian aerial terror: not just shooting down a Shahed with an expensive missile, but launching relatively cheaper Ukrainian solutions that can independently find and strike the target.<\/p>\n

Mykhailo Fedorov<\/strong> noted that solutions that have already proven effective in combat conditions are being scaled up. And that means Ukrainian air defense is gradually moving from manual response to systems where a human makes the key decision and the technology takes on the most difficult part of the interception.<\/p>\n

Previously, we wrote:<\/strong><\/p>\n