Environmental Parameters Monitoring and Device Controlling Using IoT

Abstract

Environmental pollution is a critical global issue that can have severe health and social consequences, and it is the responsibility of humans to address this challenge. The rapid evolution of technology offers solutions for predicting and displaying environmental parameters to reduce or eliminate pollution. The combination of Wi-Fi sensor networks (WSNs) and the internet of things (IoT) can enable the creation of efficient and managed environment. This paper proposes an embedded and standalone system that can display, maintain, and monitor environmental data while calculating energy consumption in specific settings. The information is accessible through an internet application with fundamental control capabilities. The system utilizes an embedded controlled sensor network technology, which is an effective solution for implementing environmental solutions. Despite several attempts by researchers to develop embedded controlled sensor networks, current systems are bulky, expensive, and challenging to maintain. In contrast, the proposed system is cost-effective and managed by user-friendly embedded systems. It employs an Arduino-based microcontroller and wireless sensors to control various devices and display environmental data using Wi-Fi technologies. This proposed system highlights the potential of technology in addressing environmental challenges by enabling efficient monitoring and management of environmental parameters. Its ability to control environmental pollution can promote sustainable development by enhancing environmental quality.