Features of development of microservice additives with the help of the container management system

DOI: 10.31673/2518-7678.2019.044960

Abstract

The article briefly describes that, depending on the needs of the business, you can use a variety of technologies that can increase the efficiency of the company. The important thing is not to forget that every technology has its place and it is important to know about their existence, but it is painstaking to approach the use of one or the other, if you are working in a small business with a noticeably limited budget and not a large number of clients who visit your site, then it is possible you do not need to build a large failover and fast scalable system, but rather to weigh the risks and estimate the potential costs of maintaining and operating the large system and the possible costs of one hour of downtime per month / week; great likelihood that business will be cheaper "lie" in one hour, as such, they focus on offline business. The main thing is that not always modern and fashionable technologies are the key to solving all problems, and when choosing technologies, it is necessary to assess the risks, finances and needs of the company in the use of a particular system. Therefore, the article addresses the problem of finding opportunities to move quickly from a monolithic architecture to a microservice architecture of building computer systems using Docker containerization technology and orchestrating Kubernetes (K8s) containers to evaluate their implementation performance based on business needs. To do this, the advantages and disadvantages of Docker containerization technology and orchestration of Kubernetes containers (K8s) are analyzed. Consideration of this topic is quite relevant because nowadays the functioning of a business depends on the extent to which the existing software and hardware of the business management automation system will be able to adapt quickly to new challenges or threats in the new conditions of business functioning.

Keywords: software and hardware, automation and intellectualization of business management processes, monolithic, service oriented and microservice system architecture, Docker, Kubernetes.

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