Autonomous Driving/ADAS

Safe Guarding Smarter and more Comfortable Travel

Seyond™ designed and developed LiDAR car-side application perception software based on the OmniVidi platform, mainly for L2 and above passenger car/commercial vehicle assisted driving and automatic driving applications. It has the ability to detect and recognize forward dynamic and static objects and can meet the semantic understanding needs of smart cars for driving scenes, accurately perceive lane lines, curbs, road surfaces, etc., to make smart driving decisions and the driving experience more comfortable.

Key Features

Long-range Target Tracking

OmniVidi has an ultra-long perception distance, which can stably detect targets 300 meters away, and the longest tracking distance can reach 500 meters. At the same time, it supports the visualization of the historical trajectory of the moving target and presents the full life cycle and movement trends.

Small Object Detection

Seyond’s advanced driver assistance solutions can accurately detect distant static small targets and dynamic debris, such as traffic cones, tires, paper boxes larger than 20 cm, road branches, floating plastic bags, and other irregularly shaped objects that are over a hundred meters away which ensures driving safety.

Target State Recognition

Seyond solution not only achieves stable recognition of main traffic participants such as small vehicles, large vehicles, non-motorized vehicles, and pedestrians in high-speed elevated scenarios. In urban road environments, such as complex traffic flow scenes like intersections, it still maintains outstanding recognition capabilities for pedestrians on non-motorized vehicle lanes and crosswalks, as well as for bicycles/tricycles.

Target State Recognition

It supports accurate recognition of special vehicle motion states, including when vehicles are cutting in and out, stationary vehicles, forward collision-prone vehicles, sensitive stationary targets, and non-standard objects. Which enables automatic emergency braking systems, reducing false alarm rates, and optimizing the driving experience.

Falcon K

Our Falcon LiDAR is an industry-leading, automotive-grade sensor capable of detecting objects up to 500 meters away and dark objects with 10% reflectivity at up to 250 meters. Falcon maximizes point density in adjustable regions of interest (ROI), allowing precise focus where it matters most for superior object tracking on the road. With its high-performance detection and exceptional environmental adaptability, Falcon is a crucial component for safe and reliable autonomous driving.

Robin W

Robin W is a high-performance, mid-to-short-range LiDAR with an ultra-wide 120°(H) × 70°(V) field of view and twice the range detection capability of similar products on the market. It combines a minimal blind zone with extensive side-view coverage, ensuring precise perception for safe autonomous driving in urban intersections, high-speed lane changes, and smooth braking scenarios. With its superior perception accuracy, Robin W enhances safety redundancy for both assisted and autonomous driving functions.

Robin E1X

Robin E1X is an image-grade, long-range front-view LiDAR with a 120°(H) × 20°(V) field of view, 200-meter detection range at 10% reflectivity, and high point density. It delivers detailed target detection and rich perception data, enhancing autonomous driving in both urban and highway environments. Designed for automotive-grade mass production, Robin E1X features a compact form factor, ultra-low power consumption, and exceptional robustness and reliability, making it an ideal solution for next-generation vehicle perception systems.

Use Cases

Ramp

Tunnel

Backlight Sharp Turn

Road Congestion

Accident Scene

Road Construction

Rainy Weather

Pedestrian Crossing Child Detection

Pedestrian or non-motorized vehicle suddenly darting out

Ready to Learn More?

At Seyond, we’re pushing the boundaries of LiDAR technology to shape a smarter, safer, and more connected future. Discover how our cutting-edge systems are revolutionizing industries and explore how we can help you achieve your vision.