Published Paper Details:

Oracle Cloud integration with third-party systems is the core element of enterprise IT architecture in the current era, allowing continuous data streams and increased interoperability between systems. However, despite increasing adoption of cloud computing and the rich feature set of Oracle Cloud, there are significant barriers to efficient and secure integration with third-party systems. These are data silo management, ensuring data quality and consistency, reducing security risks, and coping with the disparity in data model complexity. The literature presents several integration strategies, such as API-based, event-driven architectures, middleware solutions, and microservices; however, there are lacunae in understanding how to integrate these approaches in an overall manner to get the best performance. There are fewer studies on how the newer emerging technologies such as artificial intelligence, blockchain, and low-code/no-code solutions can assist in overcoming the integration complexities. The research gap identified relates to the need for the creation of more adaptive, automated, and scalable integration solutions that can suitably address the changing needs of businesses operating in multi-cloud and hybrid environments. While the existing literature largely focuses on different integration frameworks and tools, there is a substantial shortage of research into their practical application, particularly in large, multinational organizations. This review synthesizes and examines existing research between 2015 and 2024, identifying key strategies for preventing integration issues while also suggesting areas that need further research. It emphasizes the need to utilize interdisciplinary approaches that combine automation, security, and compliance frameworks to enable efficient, secure, and scalable Oracle Cloud integrations with external systems. Bridging these gaps is important to drive advancements in cloud integration approaches and to promote more integrated and interoperable enterprise environments.