Blood Pressure Monitoring System using Remote and Secure Data Transmission

Main Article Content

Christopher James Labrador
Gillian Claire Cancio
Krizia Dianne Congson
Kerr Jason Quevedo
Rhea Ann Verallo
James Michael Ca˜nete

Keywords

Internet of Things (IoT), Bluetooth, LoRaWAN, ESP32, Blood Pressure

Abstract

Health and vitals monitoring trend has risen in the medical industry. The aid of technology on medical
measurements and procedures has revolutionized medical evaluations which minimized time allocation
and human errors in the industry. Technology also paved the way to advance medical services
by providing data from monitoring devices for analytics in patient assessment and evaluation. That
said, it is also essential that a patient’s record will be secured and confidential as it undergoes system
processes. This study focuses on the remote and secure transmission of data within a multi-node
system that is centralized in blood pressure monitoring. This will present ideal devices, protocols,
and procedures to realize how data can be transmitted from one component to the other while incorporating
security techniques to serve its purpose for medical analytics.