Scheduling strategy to select the optimal path for equipment to serve the operation.
Manage operation and incident logs, and remind of periodic equipment maintenance.

1. Applicable to the scenarios of purchase, sale, and inventory management, auxiliary production and distribution management, meeting various types of warehousing needs in the supply chain.
2. Two architecture products, BS/CS, can be provided.
3. Rapid development using low-code development methods to meet the changing needs of different customers.
4. Supports mainstream databases such as MySql, SQLServer, Oracle, PostgreSQL, DB2, etc.

WebAPI, WebService, Table2Table, MQ, FileChange, OPC, Socket, and other technologies can be used to connect to various systems such as enterprise resource management system (ERP), production management system (MES), intelligent decision-making system (BIS), and various underlying equipment control systems.

1. Use a powerful programmable logic control system to drive and complete the control tasks of all equipment in the automated logistics system, process control of material transportation, and information tracking business to ensure the safe and orderly operation of the equipment.
2. Provide a variety of interfaces with strong compatibility and scalability.
3. Use object-oriented modular programming and perform simulation tests before leaving the factory to ensure a short implementation and debugging cycle and more efficient delivery to customers.

1. The three-dimensional visualization central control system uses digital twin technology to complete the mapping of physical objects, systems, and data in virtual space.
2. To reflect the entire life cycle of the corresponding entity, explore historical laws, monitor real-time status, and predict future trends.
3. Apply digital twin technology to physical factories to centrally monitor, manage, and maintain decentralized systems such as warehousing, logistics, and production lines.