Soldier Healthcare Parameters Monitoring System Using IoT

Abstract

The globe is currently experiencing an unpredictable and insecure environment, which implies that the potential for conflict exists at all times. At the same time, the number of people willing to enlist in the army is quite low. Given the circumstances, we must take measures to preserve or extend the life of the soldier. We have a solution in the form of an embedded device that can lengthen the soldier's life. Within the scope of this project, we will be supplying the members of the armed forces with a sophisticated and specialized technological suit. During the course of a conflict, a number of service members are lost; at the moment, the military base is unsure if the soldier is still alive or has passed away. We came up with this solution in order to circumvent the issue. This suite may be used for a variety of purposes. Through the use of the IOT database, it is reporting the location of the soldiers as well as the injuries they have sustained. The Internet of Things (IoT) is a technology that is utilized for the purpose of security. These technologies are used to protect the connected devices and the networks that are included inside them. Additionally, IOT incorporates the internet-based connection of computer devices. Every object will have its own distinct identity and will be able to autonomously communicate data over the internet. We propose an autonomous temperature management system as a solution to the issue that sometimes the soldiers have to remain stationed in very windy and hot conditions. When the temperature becomes too high, it lowers the body temperature, and when the temperature goes too low, it raises the body temperature. This helps to keep the bodily health of the soldiers from deteriorating. Therefore, if a soldier is having any kind of health problem, it is possible to identify them with the assistance of a sensor, and the IOT will continue to keep a close eye on them while their suits do the reversible temperature action.