Using laser technology to measure distance, Lidar sensors perceive the vehicle’s surroundings in three dimensions. They ensure detection of obstacles and calculate the vehicle’s precise positioning thanks to 3D-mapping.

Learn more

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.

GENERAL PROCESSUS

Thanks to Lidar technologies, cameras, radars, GPS RTK, IMU and odometry, the AUTONOM range of vehicles can perceive a multitude of data of different natures which are permanently merged . The fusion of these data, operated by NAVYA COGNITIV, allows AUTONOMS to move effici ently and make the most appropriate decisions. And that, without driver.

The vehicle is equipped with a MODEM meaning that it can communicate with the NAVYA supervision center (even though the vehicle does not need to be connected permanently).

Perception, allowing it to understand the surroundings in which it is located, to detect obstacles and to anticipate movement.

Decision, where it calculates and determines its route and path.

Action, where it carries out the decisions made by the vehicle’s computer to the best of its ability.