Autonomous Soldier Health Management with Nerve Stimulation and Temperature Regulation via LoRa IoT
THENMOZHI D
Department Of ECE Panimalar Institute Of Technology
Chennai, India
thenmozhidhandapani9876@gmail.com
UMA MAGESHWARI R
Department Of ECE Panimalar Institute Of Technology
Chennai, India
umaramachandran2003@gmail.com
Dr ARUL KUMAR D
Department of ECE Panimalar Institute Of Technology
Chennai, India
SONIYA G
Department Of ECE Panimalar Institute Of Technology
Chennai, India
gopisrinivasan06@gmail.com
Abstract—Modern military operations often expose soldiers to hostile environments where real-time health assessment becomes critical for survival. This project introduces a smart Soldier Health Monitoring System that utilizes AI for analyzing vital health signs such as heart rate and body temperature. When anomalies are detected, immediate shock treatment is delivered through nerve stimulation, potentially saving lives. The system also ensures thermal comfort by adjusting the soldier’s body temperature using wearable heating or cooling modules. Data from the soldier is transmitted via LoRa communication technology to remote command centers, ensuring uninterrupted monitoring even in distant battlefields. A web-based interface enables military personnel to track each soldier’s status in real time. This system enhances soldier safety by integrating autonomous emergency responses and environmental adaptation. It minimizes dependency on nearby medical aid and ensures higher mission readiness. The combination of intelligent sensing, adaptive reaction, and reliable communication makes it a valuable innovation in defense healthcare technology.
Keywords—Soldier health monitoring, nerve stimulation, temperature regulation, LoRa communication, AI-based medical systems, biomedical sensors, wearable health devices, real-time monitoring, autonomous emergency response, IoT in military applications.
