Serverless computing for enterprise AI Integration: Evaluating the role of serverless architectures in scaling AI-driven enterprise integration

Katta, Tejaswi Bharadwaj (2025) Serverless computing for enterprise AI Integration: Evaluating the role of serverless architectures in scaling AI-driven enterprise integration. World Journal of Advanced Engineering Technology and Sciences, 15 (1). pp. 1437-1446. ISSN 2582-8266

Serverless computing is emerging as a transformative paradigm for integrating artificial intelligence into enterprise environments. This comprehensive article examines how serverless architectures streamline the deployment and scaling of AI applications, focusing on inherent benefits such as automatic scaling, cost efficiency, and reduced operational overhead. By decoupling infrastructure management from application logic, serverless platforms enable enterprises to rapidly deploy AI models and processing pipelines that can dynamically adjust to fluctuating workloads. The article investigates how event-driven serverless functions facilitate real-time data processing across distributed systems, ensuring optimal responsiveness for time-sensitive AI operations. Additionally, it addresses critical challenges associated with serverless computing—including cold-start latency, state management, and security concerns in multi-tenant environments—while outlining practical strategies to mitigate these issues. Through the examination of architectural patterns, implementation strategies, and emerging trends, the article provides a roadmap for organizations seeking to leverage serverless computing for enterprise AI integration, highlighting how this approach can significantly enhance agility and scalability in an increasingly competitive digital landscape.