9th International Conference on ICT for Sustainable Development

Authors - Shreya Patil, Shruti Khochage, Sachin Patil, Pravin Desai
Abstract - Various modes of transportation, including air, water, and land, serve as crucial elements of global connectivity. Among land transportation options, railway transport stands out for its cost-efficiency and widespread infrastructure. India, in particular, boasts the world's fourth-largest railway network, yet grapples with significant safety challenges, notably railway accidents. These accidents often stem from hazards such as the gap between the railway and the platform, as well as unauthorized track crossings. To address these safety concerns effectively, a proposed solution involves the implementation of two distinct gate mechanisms. Firstly, a rotating gate system is devised to bridge the gap between the railway and the platform, mitigating the risk of accidents caused by the gap. Secondly, a sliding gate mechanism is intended to deter individuals from unauthorized access to the railway track, thus reducing the incidence of accidents related to track crossings. The implementation of the proposed system relies on the integration of various sensor technologies, including Radio-Frequency Identification (RFID) sensors, servo motors, buzzers, Arduino microcontrollers, and DC motors. These components work in tandem to detect train arrivals, trigger gate movements, and alert pedestrians of potential hazards through auditory cues. Furthermore, the incorporation of a solar power system enhances sustainability by reducing reliance on traditional electricity sources. By leveraging advanced technologies and innovative design principles, the proposed system aims to significantly diminish the frequency of railway accidents, thereby safeguarding human lives and promoting safer transportation infrastructure. Through proactive measures and interdisciplinary collaboration, the proposed system holds the potential to make substantial strides in enhancing railway safety and fostering societal well-being.