Research And Implementation Of Serverless-Oriented Architecture Logistics System

With the rapid development and policy support of manufacturing and ecommerce in China,the cross-border logistics industry has grown rapidly.Operators with complex business processes that differ from the traditional logistics industry require years of work experience.The information automation process has become an important part of improving productivity.A well-established enterprise system can reduce the manpower input of both service providers and customers.Logistics companies have the characteristics of complex business,huge data volume,large number of third-party companies,and business systems that usually have a certain scale.This has increased the difficulty of logistics companies in automating their own business.In particular,modern logistics companies are based on the service industry and need to maintain the openness of their own architecture to respond to rapid business changes and maintain continuous contact with customers.Service-oriented architecture effectively reduces the coupling of the system,especially the separation of business concerns.The serverless architecture relies on basic service providers,such as Amazon's cloud service platform,Alibaba Cloud computing platform,etc.It is an event-driven,cloud-based,automatic expansion and on-demand charging feature that provides an efficient support platform for business development.Based on the enterprise system of FTL-EXPRESS,this paper designs and optimizes the system architecture through the combination of service-oriented architecture,serverless architecture,and REST architectural style,and further discusses the role of serverless architecture in enterprise applications.Make corporate services have low coupling and high scalability to meet the rapid growth of business needs.The research contents involved in this article mainly include the following aspects:(1)Analyze the existing systems of FTL-EXPRESS enterprises,optimize the original system model based on service-oriented design,and provide RESTful API interfaces for the original system according to the REST architecture style.(2)The new business needs and services that cannot be integrated in the original system optimization process are designed and implemented according to the serverless architecture and micro-service architecture.(3)Exploring the advantages of front-end and back-end separation in distributed scenarios,especially with REST-style applications.(4)Integrate systems and services under a hybrid architecture to develop,deploy,test,and evaluate system performance under such architectures.