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This study introduces a home automation system based on Bluetooth and Arduino technology. Its purpose is to enable users to remotely monitor and control various household appliances using their Bluetoothenabled mobile devices. The system comprises a Bluetooth connectivity model, an Arduino board, and powerful sensors. The Arduino board acts as the central management component, receiving commands from the user's mobile devices and transmitting signals to the corresponding appliances. Through Bluetooth connectivity, the system facilitates wireless communication between the Arduino boards and the user's mobile device, enabling the detection and control of multiple home applications such as air conditioning and lighting This study introduces a home automation system based on Bluetooth and Arduino technology. Its purpose is to enable users to remotely monitor and control various household appliances using their Bluetooth-enabled mobile devices. The system comprises a Bluetooth connectivity model, an Arduino board, and powerful sensors. The Arduino board acts as the central management component, receiving commands from the user's mobile devices and transmitting signals to the corresponding appliances. Through Bluetooth connectivity, the system facilitates wireless communication between the Arduino boards and the user's mobile device, enabling the detection and control of multiple home applications such as air conditioning and lighting. Keywords:
Vyas et al. (2024) studied this question.