The ABITS project is set to revolutionize indoor tactical training by integrating data-driven performance indicators into simulation environments. Using non-invasive physiological sensors, the system monitors key psychophysical factors such as attention, stress, and cognitive load, offering deeper insights into trainee well-being and performance.
Unlike conventional training systems that assess only weapon handling and tactical execution, ABITS evaluates both physical and cognitive responses. The system is designed for complex weapon training, including remote-controlled weapon stations (RCWS), shoulder-launched weapons, and UAV/UGV control. Digital weapon replicas embedded with physiological sensors track real-time biometric data, allowing for scenario-based adaptation that responds dynamically to a trainee’s cognitive and physiological state.
By continuously analyzing stress levels, focus, and cognitive strain, the system adapts training scenarios in real time to enhance resilience and optimize combat readiness. The 360-degree evaluation framework, powered by newly developed KPI metrics, helps match soldiers with the most suitable weapon systems based on their physiological responses—ultimately improving performance, decision-making, and survivability on the battlefield.
"We are excited to launch this innovative project and bring advanced biometrics to military training and simulation," said Primož Peterca, CEO of Guardiaris. "By using non-invasive physiological sensors, we can provide a more comprehensive evaluation of trainees' performance and help them achieve their full potential on the battlefield."
For more details, visit the official ABITS project website at www.abits-edf.eu
