Future Field Systems using Graph Database and IoT

IoT, or the network of things, has created a technical foundation for intentional connectedness. IoT enables smart objects and sensors to perceive, link, and even remotely control objects. The Network of Things has seen tremendous progress, and the use of these technologies is very scalable. Every area of computing is expected to be affected by the Internet of Things (IoT), which is growing quickly. Smart homes, smart roads, and green infrastructure are already becoming a reality. These advances also have an impact on a country's military industry. The main component of the aerospace industry's response is the deployment of sensors. The main goal of visual inputs is to draw conclusions about the information that will be useful for tactical analysis and decision-making in the future fighting environment. Every piece of information, including the key health indicators of the soldiers as well as their weapons, ammo, and location status, has a specific significance and is crucial to the battlefield director seated in the main base. In order to improve the decision support system and provide troops with an insight of every aspect of their performance on the battlefield, we are putting forward a unique method to link the World of Things with a growing graph database. In order to query the data structure for target acquisition patterns and gain a tactical edge over its competitors, we propose a hypothetical use context of the current battlefield.