*Result*: Prototype: Smart alarm clock system.

*The demand for smart connections has grown along with the daily growth of real-time applications. This project presents the development of an IoT-based smart alarm clock system that combines traditional alarm clock functionality with advanced features and connectivity. The scope includes designing and developing a system capable of setting alarms remotely through a mobile app, integrating with other smart devices, and providing a personalized wake-up experience. The project utilizes the Arduino platform for programming microcontrollers, the Blynk platform for mobile app integration, and various hardware components. The resulting prototype demonstrates the capabilities of IoT in upgrading traditional devices, offering remote control, automation, and personalization for an improved user experience. The objective of this paper is to examine user's experience of using the smart alarm clock system. The current system has limitations in terms of personalization options, reliance on the Blynk platform, and overall feature set compared to commercial products. Future work recommendations include enhancing features, expanding connectivity options, adding voice commands, motion detection, and gradual light and sound interfaces to create a more advanced, user-friendly, and reliable smart alarm clock suitable for consumer adoption. [ABSTRACT FROM AUTHOR]

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