An Internet of Things Powered Systematic Weather Tracking System based on Environmental Evaluation Sensors

The method that is presented in this work is an innovative approach to the problem of monitoring the climatic conditions in a specific location and making the results of that monitoring accessible in other parts of the world. The Internet of Things enables this by providing a sophisticated and efficient means of connecting real-world items to the web and of interconnecting these objects into a global network. In this category, the items might be anything, including electronic devices, sensors, and electronic equipment for automobiles. This study sets the framework for a practical solution that will allow for regional weather monitoring and the dissemination of that data to interested parties anywhere in the world. The Internet of Things, an efficient and effective method of linking objects to the web and associating the universe as a whole of things in a network, is likely responsible for many of the technical developments underlying this phenomena. It’s possible that we're talking about stuff like electrical gadgets, sensors, and electronic equipment for cars here. The system’s sensors monitor and record data about the surrounding environment, such as temperature, humidity, light intensity, barometric pressure, and precipitation rate. Every time these ratings surpass the chosen threshold constrain for every sensor an alert notification are sent to the device operator, notifying them to take the necessary steps.