Secure AI Infrastructure: Building Trustworthy AI Systems in Distributed Environments

Birru, Naveen Kumar (2025) Secure AI Infrastructure: Building Trustworthy AI Systems in Distributed Environments. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 2756-2767. ISSN 2582-8266

As enterprises increasingly deploy artificial intelligence to drive customer experiences, business intelligence, and automation, ensuring the security of AI infrastructure has become paramount. Distributed AI systems must not only be scalable and performant they must also be trustworthy, protecting sensitive data and model integrity across dynamic, cloud-native environments. This article explores critical components of secure AI infrastructure, highlighting strategies and technologies for building resilient systems that withstand sophisticated threats. From securing data pipelines with encryption and access controls to protecting model training environments and inference endpoints, a comprehensive defense-in-depth approach addresses the unique security challenges of AI systems. Privacy-preserving techniques like federated learning and differential privacy enable organizations to balance utility with data protection requirements. Proper governance frameworks incorporating model inventories, version control, and ethical considerations establish the foundation for responsible AI deployment. Through practical implementation examples, including a case study from the financial services sector, this article demonstrates how organizations can create AI systems that protect against emerging threats while maintaining operational effectiveness across diverse computing environments.