Architecting the Future Cloud: A Deep Dive into Scalable, High-Performance Solutions with Serverless, Microservices, and Edge Computing

Abstract

The evolution of cloud computing has ushered in a new era of architectural innovation, where performance, scalability, and flexibility are no longer optional but essential. As digital demands grow, traditional monolithic infrastructure falls short in addressing the need for real-time responsiveness, cost-efficiency, and global reach. This paper explores how the convergence of three cutting-edge paradigms—serverless computing, microservices architecture, and edge computing—is reshaping the way we build and operate modern cloud applications. These paradigms are not just enabling finer control and modularity but also unlocking unprecedented agility and scale. By examining the design principles, performance capabilities, and challenges associated with each, this paper provides a roadmap for building resilient, adaptable, and intelligent cloud-native systems that meet the demands of the future.