Intelligent Driving Solutions Selected by Major Domestic Automaker

Recently, Intelligent Driving Mainland officially received a targeted development notification from a leading domestic automaker. Following the selection for another vehicle project, it has been chosen as the supplier for an auxiliary driving solution based on Horizon Journey® 6M (referred to as 'J6M'). This collaboration marks a new level of strategic synergy in the field of intelligent auxiliary driving, effectively promoting the application of advanced intelligent driving technology in mass-produced vehicles and injecting new vitality into the automotive industry's intelligent development. Intelligent Driving Mainland has established a comprehensive, unified, and scalable product line for auxiliary driving, covering various vehicle price ranges. The selected product, Star HCT Astra, is based on the J6M computing solution and an expandable 11VnR12USS sensor configuration, featuring excellent foundational product attributes and capability limits. It not only supports active safety functions and high-speed NOA (Navigate on Autopilot) but can also easily handle scenarios at intersections with or without traffic lights, obstacle avoidance, and more, ensuring a safe lower limit while enhancing the capability ceiling of products in the same price range. In parking, it can achieve functions such as APA (Automatic Parking Assist), RPA (Remote Parking Assist), and HPA (Home-zone Parking Assist) to create stronger parking assistance performance. On the perception algorithm level, Intelligent Driving Mainland has developed a robust smart auxiliary driving algorithm architecture—an end-to-end World Model aimed at mass production, capable of accurately reproducing and understanding the objective physical world. The end-to-end perception based on Transformers enhances comprehensive perception performance and accelerates system iteration through data-driven approaches. Additionally, the integration of dynamic/static/OCC networks brings stronger and more efficient motion detection capabilities, improving the system's overall cognition and reasoning ability while balancing low latency and high precision. The regulatory algorithm is centered on a data-driven interactive game model, combined with safer rule boundaries, providing an extremely human-like intelligent driving experience in complex urban scenarios like congested lane changes and mixed pedestrian-vehicle environments. Intelligent Driving Mainland's intelligent auxiliary driving solutions exhibit outstanding flexibility and scalability, easily compatible with different vehicle platforms to meet various customer customization needs. With industry-leading mass production delivery efficiency, it can quickly respond to customer demands, assisting automotive clients in creating highly competitive product technologies and service experiences. In fact, Intelligent Driving Mainland has a solid cooperative foundation with this automaker, having successfully helped develop a safe and comfortable urban navigation assistance product in a previous vehicle development project. The collaborative model is expected to be mass-produced in the second half of 2025. This new project selection fully reflects the client's recognition and trust in Intelligent Driving Mainland. In the next phase, as collaboration deepens, Intelligent Driving Mainland will continue to focus on actual customer needs, expanding the boundaries of intelligent auxiliary driving functions and creating a safe, convenient, and comfortable new experience for intelligent travel, bringing advanced intelligent driving technology into thousands of households.