Xingchi Zhijia

Smart Port Solutions

With diversified transportation vehicles with complete L4-level automatic driving capability, highly intelligent cloud platform and optional roadside sensing equipment, it provides an ideal path for unmanned smooth evolution for horizontal transportation of containers, groceries and dry bulk terminals, and helps high-tech, high-efficiency and high-quality development of ports with unmanned solutions for intelligent port horizontal transportation.

Smart Port Solutions

Leveraging diverse transport vehicles with full L4-level autonomous driving capabilities, a highly intelligent cloud platform, and optional roadside perception devices, this solution provides an ideal path for seamless unmanned evolution of horizontal transport in container, breakbulk, and bulk cargo terminals. It empowers ports to achieve high-tech, high-efficiency, and high-quality development through unmanned horizontal transport solutions.

Scenario Requirements

Adapt to operational conditions

Adopting multi-sensing redundant design, it can accurately identify environmental boundaries and dynamic obstacles, plan safe driving paths in real time, and enhance operational safety.

Ensure operational efficiency

Ensure operational efficiency by achieving rapid and precise alignment and parking with port machinery (e.g., quay cranes, gantry cranes).

Overcome environmental interference

Overcome environmental interference by eliminating the impact of on-site satellite positioning signal shielding.

Integrate operational processes

Deeply connect the port TOS and the large machine remote control system to open up the task dispatch, execution and feedback closed loop to achieve full process automation and collaboration.

Solution Approach

Provide an optimized autonomous driving solution for ports, building vehicle intelligence through smart sensing, positioning, decision-making, and control technologies. Integrated with cloud-based intelligent scheduling and roadside perception, it achieves fully unmanned operations and mixed fleet operations to meet diverse transportation demands.

Integrates multimodal perception and autonomous decision-making to support dynamic path planning and precise motion control in complex scenarios.

Autonomous docking and parking, GNSS offset correction, high-precision continuous positioning, and port machinery operation coordination.

Platform-based centralized scheduling, comprehensive data aggregation, task tracking, scheduling optimization, and statistical analysis.

Full-chain unmanned operations, TOS collaboration, automatic task acquisition, horizontal docking, and operational linkage.

Optional roadside system with global traffic perception, congestion monitoring, collaborative decision-making, and efficiency enhancement.