DESIGN OF IOT BASED WEATHER MONITORING SYSTEM

Abstract

There are several areas where weather monitoring is essential. The weather has a direct impact on 
several businesses, including agricultural and food manufacture. The atmosphere is the state of the 
environment, whether it's hot or cold, humid or dry, quiet or noisy, sunny or overcast. The stratosphere 
is much above the average temperature where most temperature anomalies happen. Atmosphere 
describes typical weather over longer periods of time, while climate describes more frequent changes 
in temperature and precipitation. Without a specific meaning, the word "climate" is taken to mean the 
weather on Earth. Keeping tabs on weather conditions is just not feasible. In order to assess local 
weather conditions and make data accessible over a network, this study proposes a contemporary 
technique. At its core, this is based on the cutting-edge and inexpensive Internet of Things (IoT) 
technology, which allows for the connection of an endless number of physical objects to a network. 
Items such as electrical devices, sensors, and electronic components for vehicles might be located 
here. The system collects data from sensors that measure and alter variables including humidity, 
temperature, barometric pressure, and rainfall levels. This data is then sent to a web page where it may 
be visualised. Any internet-connected device, including smartphones, laptops, desktops, or tablets, 
may access the data stored in the deployed system. All things considered, the suggested method has 
been a success; it is possible to achieve the intended objectives quite precisely while staying true to its 
design goals of being inexpensive and easy to use.