Enhancing Maritime Safety Using Underwater Communication and Iot

This project proposes an innovative approach utilizing underwater data transfer to enhance the safety and well-being of fishermen navigating through challenging marine environments. By testing various types of agents to precisely alter experimental water coefficients, the project aims to transmit real-time information about fishermen's organic conditions and interactions to a tracking station. This is achieved through separate transmitter and receiver modules deployed in the water. The fluctuating atmospheric conditions of the ocean pose significant challenges for marine navigators, often leading to health complications such as uncontrollable heart rate fluctuations, particularly during deep dives. To address these challenges, the proposed system integrates GPS coordinates, air pressure sensors, and air humidity sensors to monitor fishermen's health status while navigating. The system facilitates two-way communication between the ground station and sea navigators, enabling prompt response and assistance in case of emergencies. By leveraging this technology, the project aims to mitigate risks and potentially save the lives of numerous fishermen navigating hazardous waters.