--- title: "Project 'Terminator': How Ukrainian AI Drones Destroyed the Enemy for the First Time Without Operator Intervention" description: "Ukrainian AI drones destroyed the enemy without operator intervention for the first time in the secret 'Terminator' experiment. Why was the technology banned and how is the autonomous ALITA air defense system being created now? πŸ€–πŸ‡ΊπŸ‡¦" date: 2026-06-16T15:16:00.000Z lang: en url: https://xab.info/en/posts/project-terminator-how-ukrainian-ai-drones-destroyed-the-enemy-for-the-first-time-without-operator-intervention tags: [] publisher: "XAB.info" --- # Project 'Terminator': How Ukrainian AI Drones Destroyed the Enemy for the First Time Without Operator Intervention ![Ukrainian soldier operates an AI-powered drone as part of the Terminator project](https://xab.info/media/2026/06/16/proekt-terminator-kak-ukrainskie-drony-s-ii-vpervye-unichtozhili-vraga-bez-uchastiya-operatora/proekt-terminator-kak-ukrainskie-drony-s-ii-vpervye-unichtozhili-vraga-bez-uchastiya-operatora-1.webp) During the hostilities unfolding in eastern Ukraine, a unique incident occurred that marked a milestone in the development of military technology. Two years ago, under conditions of secrecy, Ukrainian unmanned aerial vehicles (UAVs) with fully autonomous artificial intelligence successfully struck Russian military forces for the first time. Alexander Kokhanovsky, head of the manufacturer Aero Center, spoke about this unique experiment. ### Secret Trials in the Bakhmut Area The operation was carried out during one of the Ukrainian Armed Forces' (AFU) counteroffensives in the area of Bakhmut and Chasiv Yar. Ten quadcopters participated in the test, which were pre-programmed to carry out a complex mission. The devices had to independently cover a distance of 3 to 5 kilometers, which took about 10 minutes of flight time. Upon arrival at the designated point, a mode called 'Terminator' was activated on the drones. In this mode, the UAVs switched to full autonomy: they independently searched for and attacked any enemy objects in the designated sector. Due to the specifics of the mission, the devices operated under radio silence, so there was no direct video link or recording of the attack moment. ### Confirmation of Success and Legal Barriers The results of the system's work were recorded later. Standard reconnaissance drones controlled by pilots were sent to the site of the strike. They confirmed the destruction of equipment and the liquidation of several Russian soldiers, as well as a damaged truck. This allowed for a definitive conclusion regarding the success of the fully autonomous system. However, despite the success, the technology was not implemented for mass use. Alexander Kokhanovsky emphasized that this was a single combat experiment. Such tests remain an exception due to serious legal and practical limitations: - Full autonomy carries the risk of 'friendly fire' or accidental strikes on civilian objects. - Extremely complex preliminary planning is required. - There is no single international definition of lethal autonomous weapons in the UN. The Government of Ukraine and the Ministry of Defense officially prohibit the use of AI in the final stage of interception and destruction of a target. Military commanders confirm that only semi-autonomous systems are used in real combat conditions. The final decision to open fire always remains with the human operator, which complies with the norms of international humanitarian law. ### New Vector: ALITA Air Defense System Due to legislative bans, the 'Terminator' project did not receive further development. Alexander Kokhanovsky headed a new company, Aero Center, which is now working on creating an innovative air defense system called ALITA. The complex is being developed to intercept and destroy Russian kamikaze drones of the 'Shahed' type, reconnaissance UAVs, and even helicopters. The system will consist of 16 launch platforms with 64 high-speed interceptor drones. They are capable of automatically launching upon detection of a threat and flying towards the target at speeds of up to 450 km/h. Probably, the robotic battery will be ready for launch in October. Despite the high level of automation, the system will strictly comply with Ukrainian legislation: the final command to ram or detonate an enemy UAV will be given by an operator. At the same time, only two people will be required to control the entire complex of 64 drones, which will reduce the need for personnel by 70-80%. ### Technological Race The Ukrainian defense industry is betting on training small AI models on compact databases. This allows complex software to be launched on inexpensive microchips installed directly on FPV drones and ground robots. At the same time, Russia is also trying to catch up with these technologies. According to available data, some modifications of 'Geran-2' strike drones have begun to be equipped with smuggled Nvidia Jetson Orin microcomputers, striving to increase the autonomy of their systems.