Abstract:
Emergency healthcare systems are essential for saving lives, but existing modelsoften face delays, weak hospital-ambulance coordination, and insufficient dataprotection. With the advancement of quantum computing, classicalcryptographic techniques such as RSA and ECC are becoming vulnerable,posing severe risks to sensitive patient information. The research gap lies in thelack of a unified and secure real-time emergency management platform thatintegrates intelligent hospital recommendations, ambulance booking, andquantum-resistant data protection. This project proposes a web-based emergencyresponse system secured with Post-Quantum Cryptography (PQC). The systemenables patients to input their symptoms in simple language, receive hospitalsuggestions based on disease type and bed availability, and book ambulanceswith options such as AC/ICU facilities, price, and estimated arrival time. Toensure security, lattice- based PQC algorithms are applied to safeguard medicaldata during transmission. GPS integration allows real-time ambulance tracking,while APIs connect hospitals and ambulance services for live updates. Theproposed platform focuses on three main aspects: (1) reducing delays inemergency handling through automation and real-time decision-making, (2)enhancing coordination between patients, hospitals, and ambulances, and (3)securing medical data against both current cyber threats and future quantumbasedattacks. The system is designed for scalability, user-friendliness, andfuture readiness. The anticipated outcome is an emergency healthcare platformthat improves response times, strengthens communication, and providesquantum- safe security for patient information. By bridging the gap betweenemergency coordination and advanced cryptography, this project offers a futureproofsolution that can enhance public health infrastructure and save lives incritical situations.
Page(s):
105-105
DOI:
DOI not available
Published:
Journal: 4th International Conference of Sciences “Revamped Scientific Outlook of 21st Century, 2025” , November 12,2025, Volume: 1, Issue: 1, Year: 2025
Keywords:
postquantum cryptography
,
quantum safe security
,
latticebased encryption
,
Emergency healthcare
,
realtime tracking
,
hospital ambulance coordination