Article Details

Abstract

With the accelerated digital transformation of the automotive consumer market, the integrated model of online car purchase and offline store services has become an industry development trend. However, traditional automotive E-Commerce platforms based on monolithic architecture are prone to low payment success rates and inconsistent cross-system data in promotional scenarios, which severely restrict user experience and business expansion. To systematically address the above pain points, this paper designs and implements an automotive E-Commerce platform based on the Dubbo microservice architecture. The platform adopts Spring Boot and Dubbo to construct a layered microservice architecture, decouples the system into autonomous services including commodity, order and payment services through Domain-Driven Design (DDD), and introduces asynchronous messaging and eventual consistency solutions to ensure distributed transactions. Verification through actual tests shows that the platform can efficiently support the entire online transaction process of automobiles and peripheral products. The average time of the user's car purchase process is reduced by 60% compared with the traditional offline model, the payment success rate reaches 99.5%, and the incidence of inconsistent cross-system data is reduced to 0.1‰. This platform significantly improves the system's high-concurrency processing capability and data reliability, and fully meets the personalized car purchase needs of users and the digital operation demands of enterprises.

Keywords

Dubbo; microservice architecture; automotive E-Commerce platform; Spring Boot; high concurrency; data consistency

References

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About the authors

Huang Huan (1990-), male, Han nationality, from Hezhou, Guangxi, engineer, master's student, research direction: software system design and development; Wang Liyang (1993-), male, Han nationality, from Dalian, Liaoning, engineer, bachelor's degree, research direction: software system design and development; Yang Heng (1993-), male, Zhuang nationality, from Liuzhou, Guangxi, engineer, bachelor's degree, research direction: software system design and development.