The rapid advancement of technology has introduced the concept of smart homes, in which
various household appliances are interconnected, enabling users to automate and control them with just a few taps on a smartphone.
This thesis, carried out in collaboration with EL-KK d. o. o., examines the integration of smart
devices into smart home management, highlighting their benefits, challenges, and future
potential when controlled via mobile applications. Through an analysis of current technologies, user interfaces, security considerations, and emerging trends, the study provides a comprehensive insight into the transformative impact of smart devices on home automation.
The evolution of modern technology has fundamentally changed the way homes are designed
and interacted with. Traditional wiring systems, which have served households for decades, are increasingly being supplemented or replaced by smart wiring solutions. This paper outlines the differences in functionality, advantages, and disadvantages of traditional versus smart wiring, and evaluates their impact on energy efficiency, comfort, and the future of home automation.
While smart home technology offers homeowners increased convenience, security, and energy efficiency, it also raises questions regarding cost-effectiveness compared to conventional homes. The thesis compares both types in terms of financial implications, initial investment, long-term savings, and market trends.
With the rise of smart home technology, everyday life has undergone a significant
transformation, with home automation emerging as a central aspect of this shift. Smart homes leverage internet connectivity, advanced sensors, and sophisticated software to enhance living environments. The thesis also addresses frequently asked questions about smart homes, providing clear and informative answers.
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