Automated Rail Switching System with Real-Time Applications

The objective of this research is to design an automated railway track switching system for junction crossings. This system will be integrated with a centralized monitoring interface to improve safety monitoring, streamline railway scheduling, and provide flexible route management. The suggested concept seeks to simplify complexity and lower implementation costs. It is based on Arduino microcontroller technology. The technology makes sure that switches move precisely by using infrared sensors to detect train locations and a DC motor and a manually constructed linear actuator for gate control. Software that shows train locations in real time makes it easier to monitor and visualize the whole system and provides opportunities for statistical data collecting and analysis. This model is capable of handling several junction railway lines and the simultaneous passage of one or more trains along the route. It may be operated manually or automatically from a central control center.