Our mission is to make threat detection and artillery response faster, more precise, and safer through artificial intelligence. We build systems that combine data from acoustic, ground, and aerial sensors to detect and locate threats in real time, so forces can respond quickly, protect lives, and minimize collateral damage. We are developing this capability deliberately, proving each step through working prototypes and partnerships, with a clear focus on serving US defense needs.
AI-HRTS is built on a clear idea: in modern defense detection, the hardest part is the data and the AI, and that is where we focus. We fuse inputs from acoustic, EMS, satellite image and other sensors and apply machine learning to turn them into fast, reliable decisions. We build in disciplined steps, proving each capability with working prototypes before scaling, and we work with experienced engineering and defense partners to move efficiently from concept to field-ready systems.
Our flagship is the AI-Enhanced Howitzer Response and Targeting System, which applies machine learning to multi-sensor data to improve the accuracy and speed of artillery response and counter-battery targeting. The same core technology extends to a range of real-time detection needs, including small-drone detection, perimeter and infrastructure monitoring, and other threat-localization challenges. We have already demonstrated the approach with a working acoustic prototype and continue to advance it. Alongside development, we offer consultancy on applying AI and sensor fusion to defense and security problems.