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Precise positioning
Safe driving requires an autonomous vehicle to accurately determine its position on the road with centimeter-level precision. Our vehicles do not rely solely on GPS signals, which can be imprecise in metropolitan areas or even lost in tunnels and parking lots. Instead, they utilize lidar localization through special 3D maps we create. Our automatic mapping system helps us instantly update these maps in case of any significant changes, ensuring they remain current.
Resilient perception
Thanks to the sensor set configuration, our vehicles collect an enormous amount of information about the surrounding objects, including their speeds, accelerations, directions of movement and much more. State-of-the-art perception algorithms fuse the data from all sensors and analyze it to get even more information. They recognize and classify objects so the system can better predict their behavior.
With years of rigorous testing in challenging weather conditions, our perception algorithms can maintain a high level of performance, ensuring safe and efficient navigation even when visibility is significantly compromised.
Versatile forecasting
We develop our prediction models based on countless miles driven by our cars worldwide and the extensive experience they have gained. To anticipate the intentions of cars, cyclists, pedestrians, and delivery robots, our vehicles analyze all aspects of the current road situation and prior events. Our neural networks are designed to be scalable, ensuring robust performance in various conditions, including different weather or traffic in new cities.
Intelligent navigation
After processing information about the vehicle’s position, surrounding objects, and their intentions, the system plans the route accordingly. It considers multiple factors to select the optimal speed, acceleration, and trajectory for the current road situation. Our focus is not only on safety but also on the comfort of our passengers and other road users, ensuring smooth interactions within the overall traffic flow.
We equip our cars with sensor sets that provide a 360-view for several hundred meters ahead in various conditions.
Five high-resolution lidars provide the system with precise geometry of nearby objects and accurate distance measurements.
Four radars detect approaching vehicles up to 300 meters (1000 feet) away and determine their speeds.
Eleven cameras supplement the system object semantics, such as colors, while also detecting signals from other vehicles and traffic lights.
A specialized computing device, comparable in power to server-grade hardware is seamlessly and safely integrated into the car, turning it into a compact data processing center.
We have designed our proprietary lidars and cameras specifically to match our technology needs and bring benefits that can not be achieved through third-party sensors.
Avride’s autonomous vehicles are equipped with the company’s proprietary lidar systems. The central lidar, with a range of over 300 meters (1000 feet) and a resolution of 0.1 degrees, allows for a distant understanding of who or what is approaching the vehicle. However, knowing what’s immediately around the vehicle is even more crucial. The side lidars with no blind spots, provide the system with detailed information about even small objects within a 50-meter (160 feet) radius.
Vehicle’s sensors are equipped with both physical cleaning system and special software that filters precipitation, fog, and other interference. This enhances the visibility of objects and obstacles around the vehicle and allows it to get the most comprehensive picture of the world around and ensures maximum safety.
Our autonomous cars are designed to be safer than human drivers. With a 360-degree view, they never tire, get distracted, or break rules. Their experience spans more miles and data than any human could achieve, making roads safer for everyone.
