IoT-Enabled Smart Military Training for Virtual Simulation and Real-Time Performance Analysis

This paper presents an Internet of Things (IoT)-based virtual simulation and real-time feedback system suggested to revolutionize military training completely. Armed services personnel benefit from a more dynamic and interactive learning environment made accessible by this technology, increasing their fitness level for conflict. Central to the system are IoT-enabled sensors strategically positioned across the training environment and incorporated into wearable devices carried by the learners. Movement, biometrics, environmental, and geographic data are a few examples of the types of real-time information that these sensors continually collect. The virtual simulation feature uses simulation equipment specifically designed to simulate military conditions, urban warfare situations, and emergencies. Through the integration of Virtual Reality (VR) and augmented Reality (AR) Interfaces, the system creates more realistic training environments for the learners to practice in. To ensure that feedback is sent in real-time, the IoT relies on a data communication network that is both stable and secure. Sensor and wearable technology allow instructors real-time access to trainee performance data. Instructors can easily modify the training activities due to an easy instructor control interface. To protect crucial military training data from threats or breaches, the system's design strongly emphasizes security and encryption measures. The benefits of training include better situational awareness, practical experience, and preparation for operations in the real world.