Innovusion, AutraTech ally on long-haul logistics autonomous driving advancement

Beijing (Gasgoo)- On August 25, Chinese LiDAR solution provider Innovusion officially announced its strategic collaboration with AutraTech, a Chinese developer of intelligent driving technologies for long-haul logistics.

Photo credit: Innovusion

Under the cooperation, Innovusion's image-level long-range LiDAR will be integrated into AutraTech's advanced autonomous driving system, enhancing intelligent driving capabilities without human intervention. This move accelerates the deployment of intelligent driving solutions for long-haul logistics, optimizing cost-efficiency and operational effectiveness.

Leveraging its proprietary core intelligent technologies, AutraTech, in conjunction with Innovusion's high-performance LiDAR and other sensor solutions, achieves an obstacle recognition recall rate exceeding 99.99%, and a perception range surpassing 500 meters, said the duo. This comprehensive sensing system covers over 99% of China's highways and urban expressways, fully catering to the demands of long-haul transportation.

Innovusion's high-performance LiDAR boasts ultra-high resolution, an extended detection range of up to 500 meters, and pioneering features like dynamic ROI (Region of Interest) focusing. These technological advantages provide robust perception capabilities for long-haul logistics scenarios. Additionally, Innovusion's forward-looking product design and supply chain layout enable large-scale production of image-level long-range LiDAR, making it a rare player in the industry capable of empowering mass deployment.

Supported by reliable perception technology, AutraTech's intelligent heavy-duty trucks offer efficient autonomous driving capabilities. This innovation reduces driver fatigue during long journeys, increases daily effective driving distance, and enhances safety. As a result, it minimizes manpower, energy, and safety costs for long-haul logistics, achieving secure and reliable advanced autonomous driving for long-haul transportation scenarios.