Published Paper Details:

The Integrated Environmental Monitoring System (IEMS) stands as a robust and multifaceted solution, meticulously designed to facilitate real-time data collection and analysis in the environmental domain. It integrates a diverse array of sensors including those for temperature, humidity, light (LDR), and pollution, all seamlessly interfaced with the Arduino Uno microcontroller, renowned for its reliability and versatility in embedded systems. This amalgamation of cutting-edge technology empowers the IEMS to provide a comprehensive and nuanced understanding of environmental conditions at any given moment. A pivotal aspect of the IEMS is its dual capability for data visualization. Locally, an LCD display serves as an intuitive interface, offering immediate access to real-time data for users on-site. Simultaneously, the system leverages an IoT module to transmit this wealth of information remotely, enabling stakeholders to monitor environmental parameters from anywhere in the world via a dedicated mobile application. This seamless integration of local and remote monitoring not only enhances accessibility but also promotes proactive decision-making and swift responses to emergent situations. Moreover, the IEMS is distinguished by its adaptability and responsiveness. Customizable alert mechanisms empower users to establish personalized thresholds for environmental parameters, ensuring that deviations from desired conditions prompt timely notifications. This proactive approach to monitoring enables swift intervention and mitigation, thereby mitigating risks and safeguarding against potential environmental hazards