ADVANCED SOLDIER SECURITY SYSTEM WITH REAL-TIME POSITION TRACKING AND ENHANCED THREAT DETECTION

Authors

  • Mr.B.Suresh Kumar1, Kanneti Pavan Kumar2, Katavuru Revanth Kumar, Gunduboina Sumanth , Allam Sriram Department of Electronics and Communication Engineering, Geethanjali Institute of Science and Technology, Nellore Author

Keywords:

Advanced Soldier Security System, Real-Time Position Tracking, GPS Tracking, Health Monitoring, Injured Soldier Detection, Military Base Station, War Strategy

Abstract

The Indian army is the land-based branch and it is the largest component of Indian Army. It will be beneficial for
our country’s safety if we try to provide them better advanced technology equipment. In this project we have explained track the
location of the soldier with the help of GPS and also we will be able to monitor health parameters such as pulse rate and body
temperature. The measured parameters will be sent to the control room with the help of GSM module to know the condition of the
soldier. The proposed system is implemented using Arduino Microcontroller. If the soldier is injured the fluctuations with the
temperature, panic, heartbeat and the pulse rate will be measured and will inform the military base station and through GPS we can
locate the wounded soldiers. From this information we can strategize the future war plan with the actual number of unharmed
soldiers and also we can provide the needed medication for the harmed one with the location provided by the GPS. This consisting
of wearable physiological equipment and transmission modules which are mounted inside the jacket for communication between
soldier and base station or between soldier and soldier. Hence, it is possible to implement a low cost mechanism to protect the
valuable human life on the battlefield.

Downloads

Published

2024-04-29

Issue

Section

Articles

How to Cite

ADVANCED SOLDIER SECURITY SYSTEM WITH REAL-TIME POSITION TRACKING AND ENHANCED THREAT DETECTION. (2024). International Journal of Engineering and Science Research, 14(2), 678-686. https://r48.c30.mytemp.website/index.php/ijesr/article/view/744

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