1. Loading Technology (Loading, Route Optimization)

　　Loading technology is a key technology for achieving low-cost and high-efficiency modern logistics management by integrating and optimizing time, cost, resources, efficiency, and environmental constraints under the premise of achieving one or more operational goals. It is the key to effectively combining logistics operation planning with actual operations.

　　Modern logistics is widely recognized as the third major source of profit creation for enterprises, in addition to reducing material consumption and improving labor productivity. It is also an important way for enterprises to reduce production and operating costs and enhance the market competitiveness of their products.

　　Delivery is an important link in the logistics system. It refers to the logistics activity of sorting and distributing goods at the logistics center according to customer order requirements and delivering the prepared goods to the consignee in a timely manner. In delivery operations, loading technology, loading route optimization technology, and delivery vehicle scheduling technology have an absolute impact on delivery companies in improving service quality, reducing logistics costs, and increasing economic benefits.

　　2. Loading Route Optimization Technology

　　Collection route optimization, cargo loading, and delivery route optimization are key to optimizing the delivery system. Abroad, delivery vehicle scheduling problems are categorized as VRP (Vehicle Routing Problem), VSP (Vehicle Scheduling Problem), and MTSP (Multiple Traveling Salesman Problem). Operations research, applied mathematics, and combinatorial optimization are used to solve these problems, supporting and implementing delivery routes from different execution perspectives.

　　3. Loading and Unloading Technology

　　Traditionally defined, loading and unloading technology refers to activities within the same geographical area that primarily change the storage state and spatial location of goods. Specifically, this includes loading, unloading, transferring, picking, sorting, stacking, warehousing, and out-of-warehouse activities. Loading and unloading technology directly affects cost, efficiency (time control), and quality management in logistics management.

　　Principles of Rationalized Loading and Unloading Technology: (1) Labor-saving principle: Downward movement is preferred over upward, straight lines over turns, machinery over manual labor, horizontal movement over inclines, continuous operations over intermittent, and consolidated loads over dispersed loads; (2) Eliminate ineffective handling; (3) Improve handling activity; (4) Make rational use of machinery; (5) Continuous operation principle; (6) Maintain balanced and smooth logistics; (7) Unit load principle; (8) Humanization principle; (9) Improve overall effectiveness.

　　The implementation of loading and unloading technology is a completely personalized task and cannot be simply copied from others' models; it requires comprehensive planning and design.

　　4. Packaging Technology

　　Packaging technology includes packaging processes, packaging materials, packaging design, and packaging testing. In logistics, the application of packaging technology is closely related to packaging processes, packaging materials, and packaging design.

　　Packaging Technology Usage: The general term for containers, materials, and auxiliary materials used according to certain technical methods to protect products during the circulation process, facilitate storage and transportation, and promote sales. It also refers to the operational activities of applying certain technical methods in the process of using containers, materials, and auxiliary materials to achieve the above purposes. It is the endpoint of production logistics and the starting point of social logistics.

　　5. Milkrun Operation Technology

　　Milkrun cyclical pickup is a system where one (or several) transport contractors, according to a pre-designed pickup route, pick up goods from suppliers A, B, C, etc., in order, and then directly transport them to the factory or parts redistribution center.

　　Milkrun cyclical pickup is a highly optimized logistics system, a closed-loop pull-type pickup. Its characteristics are a multi-frequency, small-batch, timely pull-type pickup model, transforming the previous supplier delivery (push) method into a factory-commissioned logistics transporter pickup (pull) method.

　　6. Process Control Technology

　　Modern logistics is trending towards the integration of business flow and information flow. By constructing a new modern logistics system of modern logistics centers and information processing centers, business flow, logistics, and information flow interact with the support of the logistics information system, providing accurate and timely logistics services. The development of modern logistics is mainly characterized by the widespread application of information technology.

　　Through the support of various information technologies, including the Internet, barcode technology, EDI, radio frequency technology, MIS, GPS, and GIS, it is possible to collect, process, and analyze the large amount of information generated in various aspects of transportation, warehousing, loading and unloading, and packaging operations in a timely and effective manner, serving modern logistics management goals such as "shortening transit time, achieving zero inventory, timely supply, and maintaining the continuity and stability of the supply chain."

　　In the above logistics management process, process control is a necessary support for transparent logistics management.

　　Both enterprise logistics and third-party logistics require the support of process management technology. As a modern logistics management consulting agency, we need to combine the current and future needs of enterprise development to reasonably plan and design logistics operation process management implementation schemes, integrating technologies such as Internet public information platforms, procurement platforms, barcode technology, EDI, radio frequency technology, MIS, GPS, and GIS.

　　7. Barcode and Automatic Identification Technology

　　A barcode is a set of bar and space symbols arranged according to certain coding rules to represent information consisting of certain characters, numbers, and symbols. A barcode system is an automatic identification system consisting of barcode symbol design, production, and scanning and reading.

　　Common barcode classifications: EAN code, UPC code, 39 code, Codabar code, Code128 code, two-dimensional barcode.

　　8. Logistics Automation Technology

　　Logistics operation automation is an important way and means to improve logistics efficiency and an important trend in the development of the logistics industry.

　　International experience shows that the realization of logistics operation automation is not merely the application of various logistics machinery and equipment, but is linked to the application of a large amount of information technology. China's level of logistics operation automation is relatively low. In many logistics operation links such as handling, inventory checking, packaging, sorting, order processing, and data processing, manual operation methods still dominate.

　　It should be noted that many logistics companies and industrial and commercial enterprises in China have some automated logistics equipment, such as automatic sorting systems, automatic stacker cranes, and automatic gantry cranes, but these automated devices have not fully exerted their due efficiency.

　　A logistics automation system is not an isolated management system. As a field execution management system, it needs to be integrated with warehouse management systems (WMS), transportation management systems (TMS), manufacturing execution systems (MES), SCM systems, ERP, and public information platforms, etc., to achieve high efficiency and synergy of overall logistics management through scientific management process connections.

　　9. POS System and Logistics EDI Technology

　　The POS (Point Of Sale) system, a sales point-of-sale information system, means that dynamic sales data needs to be transmitted to production, procurement, and supply links in a timely manner. The POS machine automatically reads data through the cash register, realizing the sharing of real-time data across the entire supply chain. The efficiency of cashier operations can be greatly improved, and customer satisfaction is also improved.

　　10. GIS Technology, GPS Technology

　　A Geographic Information System (GIS) is a technical system that uses a geospatial database as its foundation. Supported by computer hardware and software, it applies the theories of systems engineering and information science to scientifically manage and comprehensively analyze geographic data with spatial content, providing the information needed for management and decision-making. Simply put, a GIS is a technical system for the integrated processing and analysis of geospatial data.

　　GPS, or Global Positioning System, consists of three main parts: the space segment—the GPS satellite constellation; the control segment—the ground monitoring system; and the user segment—the GPS signal receiver.

　　Practical technologies and systems in modern logistics remain a central theme in the development of logistics technology today. Stimulated by the impact of the international financial crisis on the service objects of the modern logistics industry, enterprises have had to prioritize advanced technology as the core of their strategic development. Advanced technology translates into core competitiveness for enterprises. Simultaneously, under the policy support of the national logistics revitalization plan, enterprises, third-party logistics providers, and logistics technology service providers will experience corresponding development.

　　With the sharp increase in social freight volume and the rising demand for logistics service quality, society will place higher demands on logistics technology, requiring more advanced and applicable logistics equipment and methods, as well as efficient, high-quality, and safe logistics operations.

　　The significant advancements in global science and technology and their full application in the logistics field provide the guarantee and foundational conditions for the development of logistics technology.

　　Therefore, the future will be a period of rapid development and significant progress for logistics technology. The development of modern logistics must be centered on modern logistics technology.