Detecting Atmosphere Contamination with IOT Devices

The growing necessity to keep track of contamination that is occurring in atmosphere is evident due to the significant increase in industrial activities in recent years. Atmosphere contamination not only hampers daily life but also poses a severe risk to the health of our eco-methodology and the overall well-being on earth. Recognizing the urgency to gauge the impact of human activities on the atmosphere, this work introduces a methodology dedicated to recording the atmosphere pollution. A device which monitors the contamination that is occurring in atmosphere in the real-time and accurately records on the distant host is constructed using an Arduino microcontroller which provides an updated information via the cyber space. The methodology measures atmosphere quality using the millionth (PPM) metric and these measures are utilized for data analysis. The measurements captured by the methodology are precise. The results are verified through the hardware's prototype model and are also accessible remotely through any intelligent ambulant device via the cloud. These inferences are kept informed to the user which are about the contamination in atmosphere in environment, enabling them to record informed conclusions about their health and activities.