Enhancing hospital efficiency with AI-driven automation and blockchain-backed data management

Dhaye, Manish Prakashrao and Chatur, Mandar Gajanan and Mhaiskar, Pravesh Chandrashekhar and Tayde, Anushka Prakashrao and Ghatole, Prachi Prashant and Rathi, Neha Gopal (2025) Enhancing hospital efficiency with AI-driven automation and blockchain-backed data management. International Journal of Science and Research Archive, 15 (1). pp. 205-214. ISSN 2582-8185

The management of hospitals has played a very critical role in the improvement of patient satisfaction and hospital activities. This paper addresses a new approach to the hospital management system: integrating artificial intelligence with blockchain technology to address the inefficiencies in traditional health workflow. It is characterized by AI-based appointment scheduling, disease-based recommendations for doctors, and virtual waiting rooms that minimize delay times and optimize resource usage. Blockchain technology provides secure data exchange of prescriptions, lab reports, and billing records for the protection of the patient's privacy and prevents fraudulent activities. Automatic mechanisms in these technologies ensure smooth financial operations with accurate transactions and transparency. HMS ensures that in these hospital technologies, its workflows in the hospitals remain optimized, offering efficiency with a patient-centric healthcare experience in operations.