Micro Services-based Integral Architecture for Digital Transformation: a Scalable and Modular Approach

Abstract

Digital transformation has become a key focus for organizations across various industries, and micro services architecture has emerged as a popular approach for developing digital transformation systems due to its scalability, modularity, and flexibility. This research work proposes an upgraded novel integral architecture for digital transformation systems based on the micro services technique, which incorporates features such as service mesh, event-driven architecture, server less computing, and DevOps practices. The proposed architecture provides a comprehensive and effective solution for developing digital transformation systems that are scalable, modular, and maintainable. The research work discusses various models and methods for designing micro services architectures of digital transformation and provides a structured approach for integrating digital transformation architecture models. The practical implementation of the proposed architecture involves several steps, including system design and development, implementation of service mesh, event-driven architecture, server less computing, and DevOps. The proposed architecture and methodology can be applied in real-world scenarios to achieve successful digital transformation.
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