The project's goal is to provide controlling physicians working in the French Emergency Medical Assistance Service named SAMU (PARAMEDICS) with a platform enabling them to improve real-time supervision of mobile response units (hospital vehicles, ambulances, helicopters).
The innovation and competitive edge of this project reside in the simulation of response scenarios, via a cartographic supervision interface, by real-time analysis of complementary data whose geographic position has been determined :

• Geographically localised data being sent by mobile units thru embedded systems. Using first the EGNOS satellite signal and then GALILEO will make it possible to guarantee data integrity in emergency situations, thus ensuring that services are available at all times and are delivered without interruption. This applies in particular to urban areas;
• Geographically localised data contained in the regional servers of emergency wards which are fed in real time by regional hospitals: Availability of technical equipment (X-rays and MRI.), availability of hospital beds based on patient condition, duty doctors, areas subjected to a health warning, etc.
• Data from the Call Reception and Regulation centre (place, date, time of day, team on hand and available resources, type of response planned and known constraints);
• Geographically localised « constraint » parameters relating to traffic conditions, closed roads, roadwork in progress, location of other parties such as the police and/or fire departments present on the scene of the accident, etc.).