Designing Scalable Microservices for Enterprise Applications
Author(s): Anju Bhole
Publication #: 2501010
Date of Publication: 04.11.2022
Country: USA
Pages: 1-13
Published In: Volume 8 Issue 6 November-2022
DOI: https://doi.org/10.5281/zenodo.14598681
Abstract
Microservices architecture becomes increasingly popular as organizations require scalable, efficient, extensible enterprise solutions. This paper examines scalable Microservices design and implementation for enterprise systems, focusing particularly on the challenges and strategies necessary to effectively administer quickly changing, distributive environments. This paper can as well be used as an example of how microservices can enhance system performance, scalability, and maintainability, offering a modular approach to application development. At the end it provided a detailed overview of key issues in the design of microservices namely service decomposition, inter-service communication and ensuring fault tolerance. It goes on to discuss the role that new technologies such as service meshes, containerization and cloud computing play in maximizing the scalability and dependability of these small components. Through a detailed real-world case study demonstrating the construction of a major enterprise based on microservices, the paper provides practical challenges and lessons learned from complex implementations. The research comes to a practical conclusion by offering guidelines and suggestions for enterprises that either plan to adopt microservices or need to refine existing strategies in order to attain better scalability and performance in their own applications.
Keywords: Microservices, Scalability, Enterprise Applications, Service Decomposition, Fault Tolerance, Service Mesh, Containerization, Cloud Computing
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