Dynamic Microservices to Create Scalable and Fault Tolerance Architecture
Mihai Baboi, Adrian Iftene, Daniela Gîfu · Procedia Computer Science · 2019
One of the industry’s most important trends in enterprise architecture is related to the use of microservices, to the detriment of monolithic architectures, which are beginning to no longer be used. Due the cloud-native architectures the deployment of microservices systems is more productive, flexible and cost effective. Anyway, a lot of companies started to migrate from one type of architecture to another, but it is still in the early phase. In this paper we address the challenges raised by the need to develop a scalable and fault tolerance system based on microservices. In our experiments we consider two types of microservices, simple and extended and the proposed solution proves to be an innovative one especially based on its dynamic behavior.