We use Emotional AI and emerging technologies to make the interaction between a vehicle and its driver, or between an aircraft and its pilot, more intelligent and more responsive.
The idea is simple: before an accident happens, the system should be able to understand early signs of risk. Fatigue, stress, loss of attention, cognitive overload and hesitation can all affect decision-making in critical moments.
By analysing these human factors, we can help drivers and pilots receive better support when it matters most. Our approach brings together neuroscience, engineering, mathematics and simulation to design safer, smarter and more human-centred transportation systems.
Kilmanger Group Inc uses the power of AI to prevent accidents.
AI and 5G together can significantly improve real-time communication between vehicles, operators and the operational environment, enabling safer, faster and more informed decision-making.
Accident Protection:
Our technology moves beyond conventional safety measures by combining predictive intelligence with real-time monitoring. It continuously assesses the operating environment, identifies weak signals and emerging hazards, and enables proactive decision-making before risks escalate into critical events.
Whether in dense urban mobility environments or high-altitude aviation operations, the system provides an intelligent safety layer that strengthens situational awareness, reduces operational risk, and supports earlier, more confident action.
Driver Cognition:
Because driver cognition plays a critical role in safety, our technology combines computer vision and artificial intelligence to monitor the driver’s physiological and emotional state in real time. It evaluates cognitive load, fatigue and stress indicators, allowing the system to issue timely alerts, recommend breaks, or support intervention when attention or decision-making capacity appears reduced. This helps improve safety by detecting risk before it becomes critical.
Comfort for the Driver:
Comfort is not only a matter of convenience; it is also a factor in safety and performance. Our intelligent seat system uses adaptive technologies to respond to the driver’s preferences, posture and comfort needs in real time.
By combining ergonomic adjustment, thermal comfort and driver-centred design, the system helps reduce fatigue, improve well-being and support safer driving over time
AI Platform for Advanced Materials Discovery and Validation
Material Optimization Platform
-An advanced modelling and simulation platform designed to predict complex material behaviour with a high level of accuracy.
- By combining physics-based simulation with AI-driven predictive modelling, it reduces the time and cost associated with material testing and validation, accelerating the transition from material concept to qualified product.
It also helps limit experimental waste by identifying high-potential material configurations earlier in the development cycle.
