Mr. Rajesh Daruvuri

Hybrid AI Integration for Enhanced Task Performance: Integrating AI for Scalable and Flexible Applications

Abstract:

Modern applications require Artificial Intelligence (AI) systems to perform conversational interactions and structured data processing tasks. Nevertheless, dependence on a singular AI model frequently constrains performance and flexi- bility for varied needs. This paper proposes a hybrid artificial intelligence platform combining the OpenAI API for managing different conversational inquiries with AWS SageMaker, customized for specific domain activities. One hopes to increase scalability, efficiency, and flexibility by dynamically pointing searches to the most appropriate service. Using the Spring Boot architecture, the framework is conducted inside a Java application, taking advantage of OpenAI GPT mod- els’ conversational capacity and SageMaker scalability for structured tasks. The system is evaluated using latency, cost-effectiveness, and accuracy measures. Compared to single-service solutions, the hybrid approach significantly improves job performance, as seen by lower latency for conversational activities and higher accuracy in domain-specific applications. The findings show how feasible hybrid architecture is for real-world uses, including customer service and e-commerce. This article opens the path for future multi-service deployments. It offers a flexible solution for broad application needs by delineating the advantages and difficulties of merging general purpose and specialized services.

Keywords: Hybrid AI Systems, AWS SageMaker, OpenAI API, Java Spring Boot, Task-Specific Optimization