International Journal of Science, Engineering and TechnologyAuthors: Surya Vallabaneni, Ranjith Reddy, Shivansh Behal, Vashu Satya Prakash
Abstract: Blood availability in emergency is a major obstacle in modern medical care systems. Without real time tracking these traditional systems are prone to the significant in matching supply with demand on that particular time, it effects lack of real time tracking, leads to inefficiencies in matching blood supply, improper communication, and less accessibility for the users. These limitations are often result in the delays that can seriously impact on patient medical care. This research proposes the Real Time Blood Bank Inventory Management and Emergency notification Alert to the System that integrates smart phone applications with a cloud-based data structure to check the blood availability and cooperation during emergency situations. This proposed application system uses the Node.js backend, Firebase Fire store database, and a smart phone base application to enable the real time happen at the exactly same time of blood availability of detailed list across multiple blood banks. It incorporates the advanced features such as multi sections search based on the blood type and location, emergency alert notifications, donor registration page, and the rol based access control for a secure operation. unfortunately, the blood bank application system that improves communication between the hospitals, donors, and blood banks through give control of all the parts of a platform. The act of putting a plan of this medical care system significantly improves the response time, improves transparency, and ensures enough utilization of the available blood resources. Experimental analysis the demonstrates faster access to the blood availability information and better coordination compared to traditional medical care systems. This research gives modern healthcare by giving data base, real time decision making and also providing a large scalable and reliable solutions for blood bank management system.
