Scalability Patterns for Microservices Architecture

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Dileep Kumar Pandiya

Abstract

In software engineering, scalability is a key pillar when it comes to microservice architecture, which is a big goal in large-scale complex systems. An important part to know is the scalability patterns of microservices, which are well-rounded and optimized for performance under different demand peaks, creating the significance of the e-learning platform for both architects and developers alike. With technology evolving fast, systems grow in complexity, and scalable architectures are crucial. Microservices architecture, which is made of modular and distributed parts, has become the preferred choice for building large-scale programs today. Nevertheless, scaling up within the barrier of this methodology has prerequisites of special models and tactics to be used along the process. This article helps uncover the scalability patterns, starting with horizontal scaling as the first pattern. Horizontal scaling, as seen at the bottom, of duties in many instances, is still mentioned as one of the main bases of scalability in microservices. Using comprehensive explanations on load balancing, service instance autoscaling and database sharding in this essay, the practicality, real-world examples and intricacies of horizontal scaling are elaborated, giving an in-depth understanding of what it entails. Another mechanism that is critically analyzed is vertical scaling, which is also related to scalability. Also, this might seem like 100% contradiction to the advantages of horizontal scaling but different in nature, vertical scaling may offer a viable solution to the scalability challenges. Temporal database scaling and service scaling will be explained through details around when and how they are applicable, as well as when they are limited in a microservice environment. Another important issue in the essay deals with elasticity: the blog discusses on-the-fly provisioning as a possible tool for tackling demand peaks smoothly and spotlights serverless computing too. By the application of the theoretical concepts and the practical applications, readers are able to consolidate all the information, helping them to perceive the issue from a comprehensive point of view, besides which case studies, contextual cases, add a practical dimension to the discussed patterns.

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How to Cite
Dileep Kumar Pandiya. (2021). Scalability Patterns for Microservices Architecture . Educational Administration: Theory and Practice, 27(3), 1178–1183. https://doi.org/10.53555/kuey.v27i3.6897
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Author Biography

Dileep Kumar Pandiya

Software Engineer, Wayfair Inc