DESIGN OF IOT BASED WEATHER MONITORING SYSTEM

Abstract

Weather monitoring is critical in many aspects. Weather has a direct influence on the
agriculture industry, food manufacturing, and many other industries. The condition of the
environment, whether hot or cold, humid or dry, calm or turbulent, clear or shady is referred to
as the atmosphere. Most temperature anomalies occur in the lower atmosphere, much below
the stratosphere. Climate, in general, refers to regular temperature and precipitation movement,
whereas atmosphere refers to longer timeframes for normal weather conditions. When the term
"climate" is used without capacity, it is intended to denote the Earth's climate. It is physically
impossible to track atmospheric conditions. The method suggested in this research is a modern
approach used for evaluating climate conditions at a specific location and making data visible
throughout a network range. The technology underlying this is the Internet of Things (IoT),
which is a cutting-edge and cost-effective method used for connecting things to the internet
and linking the infinite of things in a network. Things like electrical gadgets, sensors, and
vehicle electronic equipment could be found here. The system uses sensors to monitor and
adjust environmental parameters such as temperature, relative humidity, barometric pressure,
and rain level, and then sends the information to a web page, where it is plotted. Data from the
deployed system can be accessed through the internet by using a smartphone, laptop, computer,
or tablet. Overall, the proposed system has produced good results; the predicted outcomes can
be accomplished with a high degree of accuracy, while adhering to the system's design with
the aim of becoming low-cost and user-friendly.