LifeLink: A Real-Time Web-Based Blood Donor Network

LifeLink: A Real-Time Web-Based Blood Donor Network

LifeLink is a web-based platform designed to connect blood donors, patients, and hospitals in real time. It allows users to create structured blood requests detailing blood type, urgency, and location. The system features a matching engine that identifies suitable donors based on proximity and availability, enhancing the efficiency of blood donation coordination. With integrated mapping and messaging functionalities, LifeLink aims to streamline the process of locating and notifying donors during emergencies. This project report outlines the system's architecture, implementation, and testing results, making it a valuable resource for healthcare professionals and developers interested in blood donation management.

Key Points

  • Connects blood donors, patients, and hospitals through a real-time web application
  • Features a matching engine for efficient donor identification based on blood type and location
  • Includes an interactive map for visualizing nearby donors and hospitals
  • Supports real-time messaging for communication between donors and requesters
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UNIVERSITY OF MUMBAI
DON BOSCO INSTITUTE OF TECHNOLOGY
Department of Information Technology
LIFELINK:
A REAL-TIME WEB-BASED BLOOD DONOR
NETWORK
A PROJECT REPORT
Submitted in partial fulfillment of the requirements
for the award of the degree of
Bachelor of Engineering (B.E.)
In
Information Technology
Submitted by
GABRIEL PEREIRA (45)
HAZEL SANCTIS (52)
DHERAZLIN JEBISHA (12)
ROSHELL MIRANDA (34)
Under the guidance of
Prof. TAYYABALI SAYYED
Academic Year 2025–2026
CERTIFICATE
This is to certify that the project report entitled “LifeLink: A Real-Time Web-Based Blood
Donor Network” submitted by Gabriel Pereira (45), Hazel Sanctis (52), Dherazlin Jebisha
(12) and Roshell Miranda (34) to the University of Mumbai in partial fulfillment of the re-
quirements for the award of the degree of Bachelor of Engineering in Information Technol-
ogy is a bonafide record of the work carried out by them under my supervision and to the best
of my knowledge has not been submitted in part or in full for the award of any other degree or
diploma of this or any other university.
The work embodied in this project report has been carried out under my direct supervision and
guidance. The project work is original and is carried out in the Department of Information
Technology, Don Bosco Institute of Technology, Mumbai.
Internal Guide
Prof. Tayyabali Sayyed
Head of Department
Prof. Dr. Sunantha Guruswamy
Principal
Prof. Dr. Sudhakar Mande
Department of Information Technology
Don Bosco Institute of Technology, Mumbai
Date:
DECLARATION
We, the undersigned, hereby declare that the project work entitled “LifeLink: A Real-Time
Web-Based Blood Donor Network” submitted in partial fulfillment of the requirements for
the award of the degree of Bachelor of Engineering in Information Technology to the University
of Mumbai is the result of our own work.
We further declare that:
The work has not been submitted previously, in part or in full, for the award of any
degree, diploma or other qualification in this or any other university.
Due acknowledgement has been made in the text to all sources of information used in
the project.
The project does not contain any material which is defamatory, unlawful or in breach of
copyright.
GABRIEL PEREIRA HAZEL SANCTIS
DHERAZLIN JEBISHA ROSHELL MIRANDA
Date: Signature(s):
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End of Document
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FAQs of LifeLink: A Real-Time Web-Based Blood Donor Network

What is the purpose of the LifeLink platform?
LifeLink serves as a real-time web-based network that connects blood donors, patients, and hospitals. Its primary goal is to streamline the blood donation process by allowing hospitals and patients to submit structured blood requests. The platform enhances the coordination of blood donations, particularly in urgent situations, by providing a centralized system for managing donor availability and request fulfillment.
How does the matching engine in LifeLink work?
The matching engine in LifeLink identifies suitable blood donors based on several criteria, including blood type compatibility, geographic proximity to the request, and donor availability. When a blood request is created, the system automatically filters registered donors to find those who meet the specified requirements. This automated process significantly reduces the time it takes to locate and notify potential donors, improving response times during emergencies.
What features does the interactive map provide?
The interactive map in LifeLink visualizes the locations of hospitals, active blood requests, and registered donors. Users can zoom in and out, pan across the map, and click on markers to view detailed information about each hospital or blood request. This geospatial functionality allows users to quickly assess nearby resources and make informed decisions about where to direct blood requests.
What testing strategies were employed for LifeLink?
LifeLink underwent various testing strategies, including unit testing, integration testing, and user interface testing. Unit tests focused on validating core functionalities such as request input validation and donor matching logic. Integration tests ensured that the end-to-end flow of creating requests and delivering notifications worked seamlessly. User interface testing verified the responsiveness and usability of the application across different devices.
What are the potential future enhancements for LifeLink?
Future enhancements for LifeLink may include the development of mobile applications for iOS and Android, integration with official blood bank databases, and the implementation of AI-assisted donor ranking systems. Additional features could involve appointment scheduling for donations and advanced analytics to track donation patterns. These improvements aim to further enhance the platform's effectiveness in coordinating blood donations.

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