Hello all. This is Nagi. I have 17 years of experience in enterprise integration architecture. Currently, I am working in Career plus SMX as principal consultant. Today we are going to discuss about bridging legacy and modern architectural patterns for Oracle Server Suite integration. This presentation explores comprehensive frameworks for integrating Oracle server suit with Spring Boot microservices. In cloud environments, we'll examine architectural patterns, security considerations, and implementation strategies for seamless integration between traditional enterprise service plus implementations and cloud native microservices. Through systematic analysis of service, mediation patterns, data synchronization approaches, and develop practices, we will establish best practices for organizations undertaking digital transformation initiatives, successful integration requests. Multifaceted approach, encompassing a PA, management, security architecture, and performance optimization strategies. Background and challenges. Evolution of cloud adoption. Cloud adoption has fundamentally transformed enterprise IT landscapes. Shifting from traditional monolithic architectures to distributed scalable solutions, organizations are increasingly adopting cloud native pattern to design change tolerant software systems that adopt to dynamic business requirements, integration challenges. Despite cloud advantages, organizations face. Significant integration challenges when modernizing the enterprise architectures. The complexity of integrating traditional systems with modern cloud services creates substantial technical and operational huddles research objectives. This research identifies implementation fairness. Facilitating seamless integration between Oracle Server, suite, and Spring Boot microservices in cloud environments. Establishing best practices for service orchestration, EAPA, management and security implementation cloud. Need to architecture transform me to principles. Cloud need to architecture fundamentally transform how applications are built, deployed under managed, in distributed environments, emphasizing contain radiation orchestration in the service me patterns, key benefits. Improved scalability, faster deployment cycles, and enhance system resilience or primary advantages of cloud need approaches, particularly in secs requiring high availability implementation challenges, organizations. Must overcome complexity in service discovery, network latency, understate management when adopting cloud. Need to architectures for enterprise systems. Oracle Server suit, and Spring Boot. Oracle, a comprehensive integration platform bridging traditional enterprise systems with modern cloud services, featuring enterprise service, bus business process management, and business activity monitoring capabilities, integration capabilities. Supports various messaging patterns, protocol transformations and service orchestration scenarios, facilitating hybrid deployments, models that maintain existing investments while ing to cloud native architecture. Spring good microservices, simplifies development of standalone. Production grade applications through comprehensive frameworks and tools supporting service discovery, circuit breaking under distributed configuration management service mediation framework service routing, intelligent content based routing with dynamic protocol transformation capabilities. Load balancing advanced request distribution, ensuring optimal performance and resource utilization, error handling, comprehensive resilience mechanisms, including configurable, retrain policies, adaptive circuit breakers, and persistent dead letter queues. Oracle service person. Enterprise integration backbone, orchestrating complex service interactions and transformations. A sophisticated service mediation framework constitute the critical foundation of any robust enterprise integration architecture, Oracle service, both implementation functions as the enterprise central. Our system intelligently orchestrating service interactions, managing complex transformations, and ensuring seamless communication across disparate systems throughout the organizations technology landscape. EPA Management Under Data Synchronization, Oracle, EPA, gateway. Centralizes service governance through comprehensive portioning strategies that preserve backward compatibility while facilitating controlled system evaluation and innovation. Rate. Limiting and throttling implement sophisticated traffic management algorithms to shield. Backend services from traffic suggests and ensure equitable resource distribution across enterprise consumers. Monitoring and analytics delivers actionable intelligence through real-time dashboards that visualize EPA, consumption patterns, latency metrics, and potential security anomalies for Pro two intervention. RIP Ence Orchestrate data synchronization across distributed systems using advanced cash sheet topologies, optimistic locking mechanisms and configurable consistency models that balance performance with the data integrity, security architecture, authentication, comprehensive WS security implementation. With CML token profiles X 5 0 9 certificate validation and OAuth two org integration for federated identity management and across service boundaries. Authorization, dynamic goal-based access control framework with attribute based policy evaluation, hierarchal permission structures, and centralized. Policy administration enforce consistently across all integration and points data production, enterprise grade encryption, glazing a ES 2 5 6 standards for data address under TLS one three for transport security supported by the hardware security module, infrastructure for cryptographic key lifecycle management. Identity propagation seamless identity contest transmission through Oracle Security Token Service with identity mapping capabilities. Correlation ID and the comprehensive audit logging for end to traceability across the service mesh. Develop integration successful. Develop integration demands is sophisticated continuous integration framework that seamlessly unifies Oracle, Oracle server suite artifacts. It is greenbook microservices. Our build automation implements processes across the heterogeneous integration landscape. While comprehensive based automation frameworks strategically incorporate unit testing, integration validation, and end to end scenario verification to ensure enterprise grade reliability and performance performance optimization. Multi-level caching strategic implementation of multi-level caching. Optimizes data travel across system boundaries, employing intelligent invalidation strategies and data locality principles to balance consistency requirements with throughput demands. Scalability patterns. Advanced horizontal scaling implementation incorporates dynamic workload distribution with intelligent data partitioning statuses completed by ed vertical. Scaling for resource intensive components to maximize cost efficiency. Resource management, orchestrated resource allocation. Leverages containerization technologies with fine tuned CPU memory quotas and predictive auto-scaling algorithms, ensuring optimal resource utilization during peak workloads while minimizing operational cost implementation results. Performance metrics demonstrate the effectiveness of differing. Integration patterns, even driven architectures, shows the best of performance with the lowest response times and highest throughput. While service bus integration provides the most comprehensive features set despite slightly higher latency, these results validate the implementation strategies and provide organizations with concrete data for selecting appropriate. Integration patterns based on the specific requirements and constraints. Conclusion Feature DI Directions key contributions. This research established a robust frameworks for integrating or server suite with the Spring Book microservices providing. Organizations is a clear roadmap for modernizing their integration architectures while maintaining system reliability and performance implementation considerations. Effective integration requests careful consideration of multiple factors, including service orchestration, data synchronization, and security mechanisms. It develop practices. Playing a crucial role in streamlining deployment and management. Future research. Emerging areas for exploration include service mesh architecture, advanced security frameworks, and innovative approaches for managing hybrid cloud deployments as organizations continue their digital transformations journeys. Thank you. I hope you all enjoyed this session. Thank you very much.