A Blockchain-Based Multi-Agent Security Framework for E-Commerce Systems

Abstract

Agent technologies have recently become a vital instrument for electronic communications networks. The utilization of agent technologies in e-commerce networks might overcome the weaknesses in conventional e-commerce, satisfy consumers' intelligence and individualization, and significantly enhance the effectiveness of online transactions. For example, E-commerce systems may employ computer vision to provide upselling possibilities. That is accomplished by going over previous purchases made by clients and immediately proposing comparable goods that people like interesting. Targets multi-agent e-commerce platform construction problems, such as vulnerability with knowledge, unfair transactions, and so on. This article presents a Multi-agent security model for the E-Commerce (MASM-EC) system based on blockchain technologies based on the technological properties of blockchain technologies: decantation and enforcement. Initially, it explains the e-commerce use of agent technologies, clarifying the hidden hazards. Next, the Executive System is proposed from a data storage point of view, transaction data. Furthermore, the methodology of nodes is checked throughout the agent transaction procedure. The experimental results demonstrate that the approach suggested is used for e-commerce multi-agent platforms.