PROTOTYPE EARLY WARNING SYSTEM KEBAKARAN BERBASIS INTERNET OF THINGS MENGGUNAKAN GEOLOCATION NEO6MV2

Abstract

Fire is one of the disasters that can be caused by human negligence and natural disasters. Fires can causetrauma to humans and the environment, losses that can be material and non-material such as social impacts. oneof them, the cessation of a person's business or stagnation, and then it has a huge impact on the economy and caneven cause fatalities. In general, fires can be caused by electric short circuits, human negligence (mosquito coils,cigarettes), lightning, drought and volcanic eruptions. Fires can be detected when the fire has started to grow andsmoke can be seen rising from inside the building. In most cases many buildings or buildings, fires are not handledquickly so that when the fire department arrives many buildings and items have been burned. This happenedbecause the public response was not fast enough in responding to fires so that they did not grow. Another factor isthat people do not know the telephone number to contact the nearest fire department. In this study, a fire detectionprototype will be developed using a Wireless Sensor Network (WSN), which will be connected to a flame sensor, aDHT11 temperature sensor, and a NEO6MV2 GPS module that can provide a prototype location and has beenintegrated by the Internet of Things (IoT). The advantage of this prototype is that if the fire has enlarged, the toolwill send the location of the fire to the fire department via the WhatsApp application