Leveraging IoT for Personalized Vitamin D Management: Monitoring, Optimization and Disease Prevention

Abstract

Vitamin D is essential for maintaining overall well-being and plays a significant role in preventing various health conditions. However, a vast majority of the global population experiences vitamin D deficiency (VDD), affecting nearly one billion individuals of all age groups. This widespread deficiency is primarily attributed to modern lifestyle changes, such as reduced outdoor activities and environmental factors like air pollution, which limit exposure to sunlight—an essential source for UVB-induced vitamin D synthesis in the skin. The human body can produce vitamin D when exposed to sunlight or obtain it through dietary sources. Beyond supporting strong bones and teeth, vitamin D is crucial for various physiological functions and may help prevent diseases such as type 1 diabetes.

This research examines the role of Internet of Things (IoT) technology in monitoring and regulating vitamin D levels to mitigate deficiencies and associated health risks. The study explores the significance of vitamin D, its sources and its impact on human health. Furthermore, it introduces the concept of IoT-enabled wearable devices designed to track sun exposure, monitor vitamin D levels and provide personalized recommendations for optimal intake. Various IoT-based solutions and their potential applications in promoting sufficient vitamin D levels are discussed, highlighting their effectiveness in reducing deficiencies and preventing related diseases. Ultimately, this study demonstrates how IoT technology can facilitate personalized vitamin D management and contribute to overall health improvement.