Abstract

This work introduces a fire Management system to track different kinds of fire attacks across industries. While traditional research mostly focuses on creating fire sensing. Fire alarm systems are only useful if they can reliably and quickly send out fire alerts that include the where abouts of the flames the quantity of fire damage and the length of time it takes to respond to different fire alarm systems are directly correlated. The interior environments of public buildings can be complicated and diverse, which makes it important to consider how to safeguard people in the event of a fire and get them to a safe place as fast as possible. Fire extinguishers, fire hydrants,, fire sprinklers, safety exit signals, smoke, fire pumps fire doors and temperature are just a few examples of the types of firefighting equipment that may be dynamically tracked and controlled using the Internet of Things. Recently, a few life-safety systems that integrate a smoke sensor and an alarm device have been created for fire warning and alarm systems. However, these fire alarm systems can make mistakes and respond to erroneous signals that aren’t actually fire signs. High-end, sophisticated fire alarm systems are necessary, and they must use a range of sensor values to identify actual fires, including a signal from smoke detector, heat sensor, and a flame detector.

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