COMPARATIVE ANALYSIS OF TECHNOLOGY STACKS FOR MARKETPLACE AND AUCTION WEB APPLICATIONS

Аннотация

Marketplace and auction web applications have become essential components of the modern digital economy. These platforms facilitate commercial interactions between buyers and sellers through online product listings, bidding systems, payment gateways, and real-time communication technologies. The rapid expansion of e-commerce and digital trading has increased the demand for scalable, secure, and high-performance web application architectures. This article presents a comparative scientific analysis of technology stacks used in marketplace and auction web applications. It examines frontend technologies, backend frameworks, database systems, cloud infrastructure, security protocols, real-time communication systems, and deployment architectures. Furthermore, the study evaluates the advantages and limitations of major technology stacks such as MERN, MEAN, Django-based systems, Laravel ecosystems, and microservice architectures. Special emphasis is placed on scalability, performance optimization, transaction security, maintainability, and future trends in online commercial platforms.