Sensors
Precision sensing & rapid development for automated driving.
Radar, camera, and ultrasonic and modular prototyping solutions designed to support safe, reliable, and efficient autonomous driving development. The AUMOVIO portfolio features high-performance radar and vision-based sensors built for consistent operation in challenging environments around the world.
At AUMOVIO Engineering Solutions, we offer full access to AUMOVIO’s complete sensor lineup, enabling seamless integration into autonomous driving and ADAS applications.
Comprehensive sensor solutions for autonomous driving
Radar, camera, and ultrasonic technologies for complete 360° vehicle perception
Radar and camera technologies provide a robust 360-degree view around the vehicle, enabling advanced driver assistance systems (ADAS) and autonomous driving functions. At AUMOVIO Engineering Solutions, we specialize in applying AUMOVIO’s leading sensor technologies to deliver reliable and precise vehicle perception.
Long- and short-range radar sensors ensure superior performance in low-light and adverse weather conditions, while cameras provide dependable environmental awareness. Our ultrasonic sensors support near-range functions such as obstacle detection, parking slot identification, and parking distance control, enhancing vehicle safety in close-proximity scenarios.
Whether you require the outputs of driving functions like lane-keep assist or direct access to low-level sensor data, AUMOVIO Engineering Solutions offers the flexibility to meet your development needs.
With Ethernet-, CAN-, and LVDS-based sensors, combined with expertise in ROS, eCal, and AUTOSAR, we provide tailored solutions for any autonomous or ADAS application.
To accelerate development, the Perception Development Kit (PDK) offers a modular prototyping platform with 360° sensor coverage and centralized data fusion. The PDK includes ready-to-use hardware and software components for rapid integration and testing. Raw detection data from multiple automotive-grade radar sensors is accessible via a C++ API, with optional ROS2 support, enabling seamless integration into your development environment.
