In this research work, Internet of Things (IoT) based smart fire alarm navigation system is proposed which aims at solving the issue caused by negligence and delayed reaction of fire-related accidents on creating IoT. The presented scheme integrates some sensors like gas, temperature, and GPS modules with the use of Arduino IDE technology for identifying and addressing dangers of residential structures. Arduino software IDE is employed for coding Arduino IDE platform which is central component system thus allowing smoother communication among varied parts. A primary intention of this model is to establish alert system which in turn alerts inhabitants and fireman in real-time via mobile app along with development of IoT dependent smart fire alarm navigation system and assessment of performance functioning. Users will get warnings and incident data through cell phones via Blynk application. The utilization of system with Wi-Fi modules in turn assures remote monitoring & notification ability. This study emphasizes significance of well-informed & prompt reactions to fire occurrences for minimizing flame spread with low loss. This data will be kept in cloud storage service online. For smoke and fire alter, the LED might glow and buffer starts beeping. The alert notification is received once flame sensor detects fire or flame.
Internet of Things, Smart fire alerting system, Aduino IDE, Smoke sensor, temperature sensor, fire sensor, Wi-Fi, Blynk app.
IRE Journals:
Swetha S , Deepika M , Dharshini S , Tamilselvi P , Dhivyabharathi K
"Real-Time Fire Monitoring and Prevention Using IoT and Blynk Software" Iconic Research And Engineering Journals Volume 8 Issue 9 2025 Page 1343-1349
IEEE:
Swetha S , Deepika M , Dharshini S , Tamilselvi P , Dhivyabharathi K
"Real-Time Fire Monitoring and Prevention Using IoT and Blynk Software" Iconic Research And Engineering Journals, 8(9)