Published Paper Details:

Fishing is one of the key sources for food and revenue in any geographical region. Because water plays such a significant part in a country's economy, it is no surprise that neighbouring nations that share the same seas regularly engage in conflicts about control of the region. This has caused serious conflicts for the fishing population in these nations' coastal areas. With the current tools available to fishermen, crossing boundaries and recognizing places in the water has become a challenge. As a consequence, they traverse international boundaries. In our daily lives, we hear of numerous Tamil fishermen being apprehended and detained by the Sri Lankan Navy. The fundamental cause for this infraction is that the maritime boundary between the nations is not immediately recognized. Furthermore, in the event of an impending natural catastrophe, failure or delay in warning leads in widespread loss of life. In this project, we suggested a mechanism that protects fishermen by tracking their admissions and departures from the port using an embedded system and informing them of the country's maritime boundary using GPS and Internet of Things technology (IOT). When they intentionally attempt to cross the border, the boat will automatically reverse course and return to the safe zone. RF signals are used to forecast the zones.