A fully automated system for monitoring the health of bridges in real-time is now within reach, all thanks to developments in sensor technology.Several long-span bridges in Japan and Korea have already installed this real-time health monitoring system. An new concept, this way of evaluating a bridge's condition. The evaluation of short-range data transfer, particularly between bridge sensors, is done in TCP/IP wireless networks. However, data can be sent from the bridge to the control center across long distances using CDMA wireless networks. (1) The bridge is close to where the monitoring equipment for this system is located. 2) Hardware that allows the bridge tracking system to talk to the server in the cloud. (3) A dynamic database is used to store data related to bridge conditions. (4) A storage and processing platform for data collected from various monitoring devices that is accessible online and stored in the cloud. Important safety parameters including air quality, water levels, and utility condition can be tracked in realtime using this method, as can the bridge's surroundings. The bridge's condition may be tracked in real-time by users using their mobile devices, which then send the data and photographs to a server and database.