Mr. Anant Kumar

Next-Generation Cloud Automation: Merging AI, Zero-Trust Security, and Serverless DevOps for Scalable, Secure, and Resilient Multi-Cloud Systems

Abstract:

This research explores the convergence of artificial intelligence (AI), zero-trust security, and serverless DevOps within next-generation cloud automation, focusing on scalable, secure, and resilient multi-cloud systems. As organizations increasingly adopt multi-cloud strategies, managing complexity, security, and operational efficiency becomes paramount. The study employs a comprehensive analytical framework, integrating case studies, industry reports, and expert interviews to assess the transformative potential of these emerging technologies. AI-driven automation enhances predictive resource management and intelligent anomaly detection, while zero-trust security models provide continuous verification across distributed environments, significantly reducing breach risks. Serverless DevOps streamlines development cycles, optimizes resource utilization, and promotes rapid scalability. Key findings demonstrate that the synergistic application of these technologies results in robust, agile, and future-proof cloud architectures. The research offers a strategic blueprint for enterprises seeking to leverage integrated cloud automation to achieve operational excellence, regulatory compliance, and sustained competitive advantage in an increasingly dynamic digital landscape.

Profile:

Anant Kumar is a Principal Engineer at Broadcom with over 15 years of experience in software engineering, specializing in cloud infrastructure, automation frameworks, and hybrid cloud technologies. He has led critical projects in Multi cloud automation , automation tooling , and public cloud integrations. Anant is also a named inventor on multiple U.S. patents in fault-tolerant infrastructure systems and has contributed to industry-recognized initiatives focused on platform efficiency and scalability. His work continues to shape innovations in data center modernization and AI-driven infrastructure automation.