The Economic Impact of AI-Driven Remote Patient Monitoring: A Business Intelligence Perspective on Healthcare Cost Optimization.

Healthcare cost optimization has improved through the implementation of Artificial Intelligence in remote patient monitoring because it increases operational efficiency and predictive analytics and allows immediate patient care management. This paper examines AI-powered RPM's economic value by showing its capacity to decrease hospital admissions together with reducing healthcare expenses while directing resources effectively. Business intelligence tools with AI help RPM systems create predictive intervention strategies for better patient results without affecting operational costs. This research uses quantitative methods alongside real-world healthcare institution data, financial calculations along with cost-benefit assessment for examining AI-driven RPM sustainability. The economic advantages of Artificial Intelligence are measured through analytical methods which combine cost-effectiveness analysis and machine learning predictive models together with regression analyses. Ai-powered RPM implementation cuts hospital stay expenses by a minimum of thirty percent while diminishing emergency room usage by 25 percent and enables better healthcare workforce allocation that enhances employee productivity and decreases operational expenses. This investigation brings originality through its combination of business intelligence methodology and predictive analytics with AI-driven RPM for better organizational choices. The paper fills knowledge gaps in the literature by using empirical data to prove the extended financial advantages of AI-based healthcare solutions. AI-based RPM systems demonstrate both technological advancement and financial practicability which enables healthcare policymakers together with hospital administrators and insurers to make well-informed investment choices. Researchers must study ways to scale AI-driven RPM systems which will enable their successful implementation throughout healthcare systems with various characteristics.