An Blood Bank Management System using Web App: A Technical Case Study

Abstract

Blood is one of the most important commodities in modern medical practice that is limited in supply. more often than not, driven by old fashion, manual processes that are both time consuming and prone to. human error. A lot of hospitals still have written registers, call or rely on phone calls. on fractured data systems in the control of blood donations, inventory status and emergency requests. These procedures might cause a delay and mismatch in a life-threatening situation in medicine.

This paper presents a Web Based Blood Bank Management System that is user-friendly. To transform the manual nature of the blood management in the past, (BBMS) was developed. The web application underlying is that which. written in HTML, CSS, JavaScript, Flask and MySQL to create a high performance secure online donor network in real-time which has hospitals and administrators as users. It facilitates donor registration, inventory variation, hospital requests and automated messages - all under one centralized access point.

The results of our evaluation indicate that there were considerable improvements in the response time, accuracy, and intuitiveness using SAMRSv2. The user-friendly interface and real time experience. were major success points in the expansion of our first-time ICS users and because of this we knew. The day the Icyzone had set up shop.Screenshot 1 (How-does-ICyzone- work) - ICY. Zone engages with a minimum of 5 simulators at a given time of your ICS. The limitations and further expectations are also mentioned, including AI prediction of a blockchain-based traceability, IoT storage monitoring. These findings suggest that the model of BBMS can be realistic, scalable, and applicable.