Design and Verification of Cargo Management Processes Using Microservice-Based Software Architecture: a Case Study

EasyChair Preprint no. 7748

Abstract

The rapid spread of electronic commerce increases the need for more sustainable, easily manageable, new integrations and possibly error-tolerant, easily scalable and resource-efficient software in the cargo and distributed structuring sector. In this study, microservice-based software architecture has been designed for cargo and distributed structuring sectors, and a prototype of it has been implemented. The performance of the prototype has been evaluated and superiority has been observed over the monolithic services.

Keyphrases: Application Virtualization, application virtualization environment, Application Virtualization Platform, asynchronous request, cargo life cycle, cargo transportation, company mng kargo, destination branch office, distributed structuring sector, Docker Container, docker konteyner, entire system, Horizontal scaling, kargoculuk, Kubernetes., light weight application virtualization, Load Balancing, Microservice Architecture, microservice based software architecture, Mikroservis, monolithic service, Monolithic system, real-time, resource management, response time, software architecture, suggested software architecture, Vertical Scaling, Web Service

@Booklet{EasyChair:7748,
  author = {Tolga Büyüktanır and Handan Keçici May and Cunay Şebboy and Didem Yalçın and Mehmet S. Aktaş},
  title = {Design and Verification of Cargo Management Processes Using Microservice-Based Software Architecture: a Case Study},
  howpublished = {EasyChair Preprint no. 7748},

  year = {EasyChair, 2022}}