Abstract
The Internet of Things (IoT) has garnered significant attention due to its widespread adoption across various applications. This has led to increased focus on its design. The mining region represents a potential site where a cacophonous industrial setting could be present. The primary aim of this project is to develop and manufacture a smart helmet system that can be utilised in the mining sector. The designated system will persist in monitoring conditions that may pose a risk, such as temperature, humidity, gas levels, removal of a miner's helmet, and damage to the helmet caused by obstructions. The finalised design underwent refinement and validation through rigorous testing conducted within the confines of the Gua Tempurung cave located in Malaysia. The efficacy of the helmet system circuit under consideration was assessed and juxtaposed with prior research. The control room and helmet department were primarily designated for the programming and troubleshooting sections. The initial computation was utilised to determine the results.
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