American developers integrated the innovative AITDR antitrone system into XM30 combat arms

< IMG SRC = "/Uploads/Blogs/FC/FC/IB-FRPITKGE_9316240D.jpg" Alt = "American developers integrated the innovative AITDR innovative antitrone system into combat arms XM30"/~ 62 < P > The US Army has announced the integration of a new system of AITDR Drone (AI-Powered Tactical Drone ResPONSE) into a promising XM30 combat platform, which is developed in the framework of the modernization of land forces. The innovation is that the system is developed on the basis of digital doubles & mdash; using the Falcon platform from Diality AI. This allows you to create a fully virtual environment for testing and training of artificial intelligence algorithms before the appearance of physical equipment.

< p >AITDR uses synthetic data generated in Falcon simulations to teach models in conditions as close as possible to combat. Different parameters are modeled: speed of movement of equipment, weather conditions, types of drones, terrain, etc. Thus, the system learns to recognize and respond to threats & mdash; Including inconspicuous drones or drone swarms & mdash; Even before it is on the battlefield.

< p > Development is divided into two stages. On the first & mdash; The AI ​​model is created, which operates exclusively in the digital environment. On the second & mdash; The gradual optimization of both algorithms and simulations is performed. Falcon provides full control over test conditions that allows you to quickly adapt software by avoiding cost -testing on real equipment.

< P > Unlike traditional systems, AITDR does not require constant hardware updates & mdash; Improvements are performed at the software level, after which they are checked in simulation. The system has a modular architecture compatible with open standards, which allows you to integrate it into different combat platforms unnecessarily in full retrieval.

< P > In addition to autonomous functioning, AITDR can also operate in the SBBO; Rsquo; Lands with other systems: radio electronic fighting, intercepting or network management. The optimal placement of sensors is tested in a digital environment to minimize & laquo; blind zones & raquo; and a decrease in the number of false work.

< p > This project is an next step in the transition of the US Army to digital engineering and cooperation with unconventional partners of the defense industry. Aitdr symbolizes a new generation of protection against unmanned threats that combines adaptability, rapid renewal and scalability in the dynamic environment of modern battle.