International Journal For Multidisciplinary Research

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Operationalizing Enterprise Applications on Cloud Platforms: DevOps, Automation, and Scalability

Author(s) Mr. Ramesh Tangudu
Country United States
Abstract Aim: The aim of this study is to examine how enterprise applications can be effectively operationalized on cloud platforms using DevOps practices, automation, and scalable architectures. It focuses on addressing operational complexity, deployment agility, and performance consistency. The study emphasizes the need for integrated operational models. It highlights the transformation from traditional IT operations to cloud-native paradigms. The goal is to provide a structured understanding for enterprises adopting cloud solutions. Ultimately, it seeks to bridge theory and practical implementation.
Method: This paper adopts a conceptual and analytical approach based on industry practices and architectural models. Key DevOps methodologies, automation tools, and scalability mechanisms are analyzed systematically. Comparative analysis of cloud service models is conducted to understand operational impacts. Process workflows are examined through architectural diagrams. Tables are used to summarize tools, benefits, and challenges. The method emphasizes clarity and applicability to real-world enterprise systems.
Results: The results indicate that integrating DevOps with cloud platforms significantly improves deployment frequency and system reliability. Automation reduces manual intervention and operational errors. Scalable architectures enhance application responsiveness under variable workloads. Enterprises adopting CI/CD pipelines achieve faster release cycles. Monitoring and observability improve fault detection and resolution. Overall, cloud operational maturity leads to measurable efficiency gains.
Conclusion: The study concludes that successful cloud operationalization requires a holistic combination of DevOps culture, automation, and scalability strategies. Enterprises must align tools, processes, and governance models. Cloud-native design is essential for long-term sustainability. Continuous monitoring and security integration are critical success factors. The findings reinforce the strategic value of cloud platforms. Future enterprises will increasingly rely on intelligent automation and adaptive scaling.
Keywords Cloud Computing, Enterprise Applications, DevOps, Automation, Scalability.
Field Engineering
Published In Volume 7, Issue 2, March-April 2025
Published On 2025-03-05
DOI https://doi.org/10.36948/ijfmr.2025.v07i02.69947
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