Robust Microservices Architecture for Remote Work Transformation: A COVID-19 Adaptation Framework

Authors

Jwalin Thaker

Abstract

The COVID-19 pandemic has accelerated the adoption of remote work, transforming traditional office environments into virtual workspaces. This change is not only tied to the work- from-home workforce move, but also for the need of organizations to adapt to cloud technologies away from on-premise data centers and legacy systems. This paper presents a robust microservices architecture for remote work transformation, providing a comprehensive framework for organizations to adapt to the new normal. Our architecture addresses key challenges including system resilience, security, scalability, and performance in distributed environments. We propose a layered approach incorporating API gateway patterns, service mesh implementation, container orchestration, and distributed monitoring systems. The framework includes resilience patterns such as circuit breakers and rate limiting, alongside zero-trust security principles tailored for remote work scenarios. Implementation guidelines cover migration strategies, CI/CD pipeline adaptations, and Infrastructure as Code practices. Evaluation results demonstrate significant improvements in system availability, security posture, and developer productivity compared to traditional monolithic architectures. This work contributes a practical blueprint for organizations seeking to build sustainable remote work infrastructure beyond the pandemic era.

Keywords

Robust Microservices Architecture for Remote Work Transformation: A COVID-19 Adaptation Framework. Jwalin Thaker. 2021. IJIRCT, Volume 7, Issue 1. Pages 1-8. https://www.ijirct.org/viewPaper.php?paperId=2503064