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Abstract: The rapid expansion of smart technology has changed many aspects of daily life, with home automation taking the lead. This study examines the creation, advancement, and deployment of a Bluetooth-based home automation system. Utilizing a microcontroller, the system enables seamless communication between household appliances and user-controlled devices. By integrating Bluetooth communication protocols, users can manage and monitor their home environment from a distance, enhancing convenience, efficiency, and energy conservation. The document delves into system architecture, hardware elements, software algorithms, and user interface design, providing insights into the technical aspects of the configuration. It also covers practical considerations such as security protocols and scalability to ensure a stable and reliable operation. Through experimental outcomes, the efficacy and usability of the proposed home automation solution are illustrated, demonstrating its potential to transform traditional houses into intelligent, interconnected ecosystems. This research contributes to the existing knowledge in home automation and serves as a valuable resource for researchers, professionals, and enthusiasts keen on exploring the capabilities of Bluetooth technology to enhance everyday living experiences.
Barve et al. (Sun,) studied this question.
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