Simulation of the performance of wireless radio controlled fire protection system

Internet of Things technologies are also entering fire protection systems through wireless virtual environments, so network security and communication come to the fore. Therefore, it is also essential to pay attention to how system elements interact with the wireless communications network. Fire systems are incorporating the use of smart sensors, smoke detectors that can make recognition faster, more reliable, and adjust their sensitivity to the environment. The technological capabilities of the concept in wireless connectivity and universal interoperability between devices from different manufacturers will lead to increased use of wireless smoke detectors. Devices IP-based with digital alarm transmitter that can send notifications to the user via the Internet and to the appropriately authorized station for alarm monitoring. This paper proposes an algorithm for simulating the performance of a fire protection system when transmitting data into a cloud structure. The system automatically takes the necessary actions to alert and activate actuators to prevent a fire. The proposed approach enables consumers to obtain, through on-line monitoring, early and visually accurate information on the development of the blaze, as well as the measures taken to extinguish it.