Design and Implementation of Software Architecture for Automotive Green Supply Chain Based on Microservices

Abstract

In order to realize effective control of green procurement, manufacturing and recycling in the green supply chain of automobiles, an automotive green supply chain software architecture based on micro-service architecture is proposed. This architecture contains data acquisition technology, environmental compliance evaluation technology, hazardous materials and collectible materials collection and analysis technology. The system architecture splits the overall application of automotive green supply chain management into multiple services, and APIs are used for communication and collaboration between services. It has been proved by experiments that the micro-service-based automotive green supply chain software architecture can control, track, analyze and record information on automotive materials and components in real time, and give corresponding evaluation of environmental compliance, and label hazardous substances and recyclable materials. It solves the problems of material data information flow lag, low management efficiency, and inability to flexibly expand the system architecture in the green supply chain of automobiles, and provides an effective vehicle green supply chain management and analysis platform for automobile manufacturers.