Unleashing the Cloud’s Potential: A Deep Dive into High-Performance and Scalable Architectures with Emerging Paradigms

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Mohammed Madouri

Abstract

The cloud computing ecosystem has undergone a transformative evolution, driven by a surge in digital workloads, user demands for low-latency responsiveness, and the growing need for highly available, fault-tolerant systems. Traditional monolithic architectures have given way to modern, distributed, and highly scalable models powered by containerization, microservices, serverless computing, edge computing, and AI-enhanced orchestration. This paper explores how emerging paradigms in cloud architecture are reshaping the design and deployment of high-performance, scalable systems. It delves into how new architectural models unlock elasticity, improve operational efficiency, and support continuous innovation across industries. From multi-cloud strategies to event-driven design and real-time data pipelines, this deep dive reveals how to harness the cloud's full potential while addressing challenges like cost optimization, latency reduction, and resilience. The result is a framework for architecting future-ready cloud systems capable of meeting the growing demands of the digital economy.

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How to Cite
Madouri, M. (2024). Unleashing the Cloud’s Potential: A Deep Dive into High-Performance and Scalable Architectures with Emerging Paradigms. Pioneer Research Journal of Computing Science, 1(4), 10–18. Retrieved from http://prjcs.com/index.php/prjcs/article/view/53

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