Development of IoT-Based Condition Monitoring System for Bridges

As of April 2019, India has 1,42,126 kilometres National Highways and 67,368 railway tracks that reach even the most remote parts country. Bridges are critical for both passenger freight movement in Because bridges play such an important part transportation system, their safety upkeep must be prioritized. Manual Condition Monitoring disadvantage being sluggish, unreliable, ineffi- cient. The Internet Things given structural monitoring a boost. Significant decreases cost electronics connection, together with expansion cloud platforms, have made it possible to collect large amounts data remotely, aggregate it, perform essential analysis generate actionable insights. This research focuses on scalable system state bridges, as vibration loading, employing multimodal inputs, controllers, Wi-Fi modules. accelerometer load cells were installed prototype, tested sample (56.21 gramsavg, 590 gramsmax, 147.66 gramsrms) induced (5.87 m/sec2 avg, 18 max, 7.04 rms) processed, displayed on-board, uploaded ThingSpeak service. will aid maintenance personnel remotely it. can send out notifications if any these parameters exceeds threshold value, allowing you take preventive measures ahead time.