VIRTUAL MILITARY SATELLITE TELEMETRY AND MISSION TRACKING SYSTEM

Abstract

A Virtual Military Satellite Telemetry and Mission Tracking System is developed to simulate real-time monitoring and control of satellite missions in a secure and cost-effective environment. The system uses software-based simulation to generate telemetry data such as altitude, battery level, temperature, and signal strength. These parameters are continuously updated and analyses to replicate real-world satellite behavior. The proposed model integrates IoT concepts where simulated data is transmitted and visualized on a dashboard for monitoring and decision-making. Additionally, alert mechanisms such as low battery, communication failure, and abnormal orbital conditions are implemented to enhance mission awareness. The project provides an educational platform for understanding satellite communication, telemetry systems, and real-time data processing without requiring physical hardware. This approach reduces cost and risk while maintaining realistic system behavior, making it suitable for academic and research applications.