Smart Solar Soldier Vest: Secure IoT and ML for Health Monitoring and Tracking

Smart Solar Soldier Vest: Secure IoT and ML for Health Monitoring and Tracking

Asst.Prof. Rekha, Department of Information Science and Engineering, The Oxford College of Engineering

Email:rekhareddy151996@gmai.com

Suhas MD, Student, Department of Information Science and Engineering, The Oxford College of Engineering

Shreyas S, Student, Department of Information Science and Engineering, The Oxford College of Engineering

Varun Gavoor, Student, Department of Information Science and Engineering, The Oxford College of Engineering

Vijay Simha J, Student, Department of Information Science and Engineering, The Oxford College of Engineering

Abstract - In response to the exigencies faced by soldiers in extreme environments, this project introduces a novel solution for enhancing soldier safety and operational effectiveness. The project addresses the critical issue of ensuring continuous health monitoring and precise tracking of soldiers in challenging conditions. Through the development of a Smart Solar Soldier Vest, equipped with a Secure IoT and ML-based framework, the project aims to provide real-time health surveillance and location awareness for military personnel. By integrating advanced biosensors, GPS technology, and machine learning algorithms, the system offers robust defense against potential health risks and security threats. The vest's innovative design harnesses solar power for sustainable operation and includes features such as jacket temperature adaptation for adjusting to environmental conditions and anomaly detection for early warning of potential health issues. By addressing these challenges directly, the project aims to enhance soldier safety and mission readiness in demanding environments.

Keyword: Soldier Safety, Health Monitoring, Tracking System, IoT, Machine Learning, Solar-Powered Vest, Secure Communication, temperature adaption.