Dynamic Healthcare Intelligence: Integrating AI Predictive Analytics with Kubernetes Scaling for Enhanced Patient Outcomes

Shaik, Nawazpasha (2025) Dynamic Healthcare Intelligence: Integrating AI Predictive Analytics with Kubernetes Scaling for Enhanced Patient Outcomes. World Journal of Advanced Research and Reviews, 26 (1). pp. 2534-2543. ISSN 2581-9615

This article examines the transformative integration of artificial intelligence predictive analytics with Kubernetes-enabled scaling infrastructure in contemporary healthcare settings. The article presents a comprehensive framework detailing how these technologies work in concert to detect potential medical emergencies before they manifest, while dynamically adjusting computational resources based on patient volume and data complexity. The article highlights the critical role of human-AI collaboration, where clinicians retain decision-making authority while leveraging AI-generated insights to enhance diagnostic and treatment processes. The article encompasses implementation challenges, including data security concerns, technical deployment obstacles, and institutional adaptation barriers, alongside proposed solutions and empirical evidence of system performance. The article suggests that this technological integration creates more resilient healthcare systems capable of delivering personalized care while efficiently managing resources during both routine operations and crisis scenarios. This article contributes to the evolving discourse on healthcare technology by emphasizing the symbiotic relationship between computational capabilities and human medical expertise.