This article provides an in-depth analysis of the various costs that the seller must bear under FOB shipping terms, including local charges at the port of origin, shipping fees, and related surcharges, as well as local charges at the destination port. It also discusses the issue of insurance cost allocation, helping sellers clearly understand their responsibility for cost sharing to enhance collaboration efficiency.
E-commerce logistics is entering a data-driven phase of intelligent development, where industry leaders drive lifecycle management through the opening and sharing of logistics capabilities. Facing the bottlenecks of traditional models, the logistics industry, aided by big data analytics, enhances service efficiency and addresses the challenges retailers face in their 'Internet +' transformation. Continuous innovation and collaboration will be the core of future development.
In China, logistics costs account for 16.6% of GDP, which is 5 percentage points higher than the global average. Low logistics efficiency and effectiveness contribute to rising costs. To reduce logistics costs, efforts should focus on four areas: building systems, sharing resources, innovating logistics models, and optimizing the market environment. These measures aim to enhance overall logistics service efficiency and promote supply-side reform.
eBay Australia has launched a "Bulk Listing" feature. Sellers participating in the Orange Connex program can now add up to 9 listings with the same SKU to a single listing, sharing inventory. This offers benefits such as eBay Seller Protection, faster listing speeds, automated processing, automatic replenishment, eBay Plus badge eligibility, and automated item tracking. This significantly improves shipping efficiency for sellers on eBay Australia.
This article explores the current application of artificial intelligence in the logistics industry and the challenges it faces. While AI promises to achieve more efficient supply chain connections, actual applications remain largely localized, making overall transformation a daunting task. Logistics companies must focus on infrastructure development and collaboration with partners while actively pursuing AI, especially considering varying levels of digital maturity and real-world constraints.
Modern Warehouse Management Systems (WMS) have become a core technology in the e-commerce industry by enhancing warehouse efficiency and service quality through real-time inventory monitoring, seamless integration with e-commerce platforms, and intelligent decision support. In the future, the combination of artificial intelligence and machine learning will further optimize resource allocation and demand forecasting, providing even stronger support for e-commerce businesses.
This article explores the future of warehouse management, focusing on the four evolutionary stages from traditional blind management to intelligent adaptation. By analyzing the practices of companies like Amazon and Walmart, as well as the role of robots and AI technology, it reveals how real-time data and AI agents enhance decision-making efficiency and flexibility in warehouses, emphasizing the importance of intelligence in modern warehousing.
In the wave of globalization, Chinese companies are actively going global, and cross-border e-commerce is rapidly developing. Haopeng International Logistics is dedicated to providing digital cross-border logistics solutions with a global layout, helping enterprises cope with tariff fluctuations and market changes. Through continuous innovation, Haopeng has transformed from traditional logistics to a digital supermarket while incorporating artificial intelligence to optimize services.
The World Customs Organization (WCO) actively responds to World Environment Day, emphasizing the importance of biodiversity conservation. Customs play a crucial role in sustainable development by combating environmental crimes such as illegal wildlife trade, timber trade, hazardous waste shipments, and IUU fishing. The WCO supports its member customs in addressing environmental challenges through capacity building, intelligence networks, and international cooperation, contributing to the protection of our planet.
ICT is driving customs transformation, enhancing efficiency, regulation, and services. Challenges arise from legacy systems. Future trends include mobile solutions, artificial intelligence, and cloud computing. The adoption of these technologies promises streamlined processes, improved security, and enhanced trade facilitation, ultimately contributing to more efficient and effective customs operations. This shift is crucial for adapting to the evolving global trade landscape and meeting the demands of modern commerce.
