TIAA 2024 [HIRAIN] L4 Autonomous Driving Operation System for Regular Operation, Aiding Industrial Logistics in Cost Reduction and Quality Improvement

Recently, the 11th TIAA Conference and the Electronic Science and Technology University's Intelligent Connected Vehicle Innovation Conference were grandly held in Chengdu, Sichuan Province. The conference gathered over 800 representatives from more than 300 enterprises and institutions in the fields of automobiles, agricultural machinery, mining machinery, construction machinery, low-speed electric vehicles, electronic information, and more, from 11 countries including China, the United States, the United Kingdom, Germany, Russia, South Korea, Pakistan, Bolivia, Thailand, etc. The event focused on the industrial transformation trends of automotive intelligence and electrification, discussed the opportunities and challenges faced by the automotive industry in the future, and explored the application of intelligent and electrified vehicles in agriculture, mining, construction, emergency safety, and other fields.

Wei Peng, Manager of the L4+ Business Marketing Department at Beijing HIRAIN Technology Co., Ltd., was invited to attend the conference and deliver a speech titled "L4 Autonomous Driving Operation System for Regular Operation."

The L4 autonomous driving operation system for regular operation by HIRAIN shares many similar technical challenges and routes with mining autonomous driving scenarios and other park autonomous driving scenarios. Our characteristic advantage is that we have full control over all the core hardware and software products and services in the "vehicle, road, network, cloud, map, operation" sectors of the L4 autonomous driving operation system. We achieve full "self-development" which might refer to "independent research and development" or "self-developed" depending on the context.

In the mining environment, where dust is a common occurrence, it can severely affect the performance of traditional autonomous driving sensors such as cameras and lidar. However, the 4D millimeter-wave radar independently developed by HIRAIN can effectively deal with dust and foggy conditions. It can penetrate through dust and fog and use the unique three-dimensional point cloud imaging of the 4D millimeter-wave radar to accurately perceive obstacles in such environments, ensuring the safe and stable operation of autonomous vehicles in mining scenarios.

HIRAIN's 4D Millimeter-Wave Radar

HIRAIN has extensive industry experience and project cases.

HIRAIN possesses full-stack hardware and software products and engineering integration capabilities.

In the future, HIRAIN will actively respond to the national policy call, adhere to "value innovation, serving customers," continue to deeply engage in the business of autonomous driving operations and intelligent highway transportation, and help China's logistics achieve the goal of cost reduction and quality improvement, making China's logistics costs lower and contributing to a safer, more efficient, and intelligent future for the industry!