IOT Based Fire Department Alerting System

Image 1
Image 3
Components:

Hardware Components Used:




  •  Arduino Uno – Main microcontroller for data processing

  •  Fire Sensor – To detect fire or flame

  •  PIR Sensor – To detect motion or human presence

  •  Temperature Sensor – To confirm the fire outbreak

  •  Wi-Fi Module – For sending data to IoT platform

  •  LCD Display – To display sensor status and alerts

  •  Alarm Buzzer – To provide sound alert

  •  Rectifier & Voltage Regulator – For stable power supply

  •  Power Supply Components – Adapter, transformer, etc.

  •  Wires, PCB, and Connectors – For building circuit



Software Used:




  •  Arduino IDE – To write and upload code to Arduino

  •  Programming Language: C

  •  IoT Platform: IOTGecko – For web-based alert monitoring

Project Description:

The IoT-Based Fire Department Alerting System is an advanced, intelligent, and real-time emergency response solution designed to detect fire incidents early, alert fire authorities instantly, and provide live situational data to enable rapid rescue operations. This system uses a combination of IoT sensors, wireless communication, cloud platforms, and automation technologies to reduce response time and minimize fire-related damages.This system uses a fire sensor to detect flames and a PIR sensor to detect human presence. If both sensors detect abnormal readings, the system uses a temperature sensor to reconfirm the fire outbreak. Once confirmed, the Arduino Uno processes the data and sends the alert to a web-based IoT platform using a Wi-Fi module. The platform (IOTGecko) receives the alert and displays the location (based on device ID or flat/area name) on the interface. At the same time, an alarm buzzer is triggered in the fire department's system to alert personnel for immediate action.The IoT Based Fire Department Alerting System is a smart and efficient way to detect and report fire incidents in real-time. By automating the alert process and using online platforms, this system ensures a faster response from fire personnel, minimizing the loss of life and damage to property. It is highly suitable for modern urban safety systems.