Automated Remote Monitoring and Control of Power and Temperature applying IoT

Aim: This paper explores the facilitation of simplified administration, seamless access, and continuous monitoring for organizations through the strategic migration of a significant portion of their systems to the cloud, leveraging technological advancements.It aims to develop and implement an Internet of Things (IoT)-based solution for monitoring and controlling temperature and power systems of on-premise servers, especially relevant in hybrid and remote work environments.Methodology: This study employed systematic data collection and analysis approaches to address the complexities of administering and maintaining on-premise servers.A prototype was developed using a prototyped life cycle model, incorporating IoT sensors to collect key performance indicators such as server temperature and backup battery voltage.These sensors were integrated with Gizduino-based technology, with the data compiled and transmitted to a web server for real-time monitoring and control.Results: This research demonstrates the practical implementation of a remote monitoring and control system for onpremise servers.It provides a valuable solution for organizations navigating the complexities of hybrid work environments, particularly those still reliant on physical server infrastructure.The study highlights the potential of IoT applications to enhance system reliability and administrative efficiency. Conclusion:There is a statistically significant interaction between motivation and learning style preferences on students' numeracy skills.