Today, the use of autonomous driving systems in our vehicles is both a technological challenge and an opportunity to make driving safer and more efficient.

There are multiple interests: reducing the number of accidents, improve the traffic flow, reduce the pollution, use the Cas as a Service (CaaS) for automated delivery, etc.

4DV-SIM is developed and organized to perform the simulation of different scenarios related to this use-case: perception, control and V2X communication.

4D-Virtualiz also helps you to prepare georeferenced 3D environments based on 3D scans and topographic surveys of real sites. This type of resources
gives the opportunity to run tests in an high fidelity environment, to ensure the success of further implementations in real cases.

The use of autonomous vehicles on highways for the transportation of goods or people promises an interesting future to improve the life of users and reduce the risks related to their drive.

The 4DV-SIM software proposes an open framework, easy to integrate with your simulation and test workflow, whether for the organization and the management of convoy formation, or the quasi-instantaneous information sharing for V2X scenarios (traffic, risks, etc).

To define the previous applications, 4DV-EDITOR provides a sensor library of virtual sensors, in accordance with real sensors to create a digital twin of your real future set-up.

For autonomous or partially autonomous systems, road accident prevention is a priority before placing a new system on the market.

These potential accidents may be caused by external factors, such as obstacles or internal factors induced by the car behavior and the perception of the environment.

4DV-EDITOR let you prepare scenarios matching with your use cases. 4DV-SIM will perform the simulation for you to develop and optimize your perception and control algorithms. Furthermore, with 4DV-MONITOR you can visualize the sensors data, interact and define trajectories for pedestrians. You also can extend the depth of your tests with 4DV-BATCH. This tool is dedicated to the generation of sets of simulations to certify the systems behaviour in various conditions.