Automated Driving Applications and Technologies for Intelligent Vehicles
AdaptIVe advances the technical performance of automated systems by developing and demonstrating new integrated applications for cars and trucks.
DRIVE C2X creates a reference for cooperative driving in Europe.
DRIVE C2X brings together seven national test sites. It creates a harmonised testing environment based on the newly developed DRIVE C2X reference system.
Tomorrow’s Elastic, Adaptive Mobility
In this project, drivers, travellers and infrastructure are meant to act as a TEAM - adapting to each other and to the situation, creating optimised mobility conditions.
Robust and Reliable Environment Sensing and Situation Prediction
RobustSENSE is making sensing systems able to operate under all environmental conditions.
Accident avoidance by active intervention for Intelligent Vehicles.
interactIVe targets active safety systems as integrated and affordable solutions for all vehicle classes.
Efficient Cooperative infrastructure for Fully Electric Vehicles.
The eCo-FEV project aims at achieving a breakthrough for FEVs in road transport. The project proposes a general architecture for the integration of FEVs into cooperative infrastructure systems and new solutions for charging.
Safe and Intelligent Mobility - Test Field Germany
The simTD project investigates the possible contribution of intelligent communication systems to improving traffic safety and mobility. It is by means of one of the world’s largest field operational tests in Germany.
Bringing intelligent vehicles to the road.
euroFOT has brought together a comprehensive array of organisations to test intelligent vehicle systems across Europe.
Automotive & Mobility
Cooperation’s with leading institutional players and expertise in the Automotive and Mobility sector makes EICT a highly qualified knowledge partner for projects in this area. The main emphasis is to enable cooperative technologies, vehicle-to-x communication, advanced driver assistance systems and autonomous driving to multi-modal mobility.