Seevia ADAS

Development and validation of driver assistance

Adaptive cruise control, emergency braking and lane keeping developed for each vehicle under European regulations, and tested in simulation before the track and the road.

Urban driving assistance, in simulation.

Our own building block that brings together perception, control and simulation with digital twins. On it we develop the functions your vehicle needs.

What it solves

Validating driver assistance on a track is slow and misses dangerous cases. With twins of vehicle and environment, each function is tested first in simulation.

Validation in simulation

Each function is tested first in simulation, with twins of the vehicle and its surroundings, and the track confirms what has been tested.

Testing of rare scenarios

Rare or dangerous situations, such as night or tunnels, are rehearsed in simulation.

Development under European regulations

Each function is developed under European regulations, with ASIL-B safety in the control units.

Functions

01

Adaptive cruise control

Keeps the distance to the vehicle ahead.

Adaptive cruise control, in simulation.

02

Emergency braking

Brakes for an obstacle if the driver does not react.

Automatic emergency braking, in simulation.

03

Assistance at night and in tunnels

Low-light scenarios examined in simulation.

Asistente de mantenimiento de carril en simulación nocturna

Assistance at night and in a tunnel, in simulation.

Equipment

In each project we choose and mount the equipment the case needs. These are the elements we work with.

Sensors

Cameras, LiDAR and radar chosen and calibrated for each function.

ECU

ASIL-B safety and supervision functions on the vehicle's control units.

Validation

A twin of the vehicle and its surroundings to test each function before the track.

Projects where it is used

Questions

Which aids can be developed?

Those each project requires, within the framework of European safety regulations.

How are they validated?

In simulation, on a test track and on the road, with scenarios defined in advance.

Which sensors does it use?

Cameras, LiDAR and radar, chosen and calibrated for each function.

Let's talk

Tell us your case and we will look at it with your data.

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Seevia Teleoperation