An IoT enabled computational model and application development for monitoring cardiovascular risks

Technological advancement in the rise of the Internet of Things (IoT) and computational modelling and appli-cation development has revolutionized medical care. Monitoring cardiovascular risks is faster, easier, and more accurate than ever. Using IoT-enabled computational modelling and application development, medical pro- fessionals can detect, monitor, and predict certain conditions more efficiently. That paper explores the Internet of Things (IoT) enabled computational model and application development that can be used to monitor cardio- vascular risks effectively. Cardiovascular diseases are the leading cause of death globally, and currently, there is a lack of comprehensive and reliable monitoring systems to assess the risk of such diseases. IoT enables the integration of different data sources, such as physical activity, diet, BMI and the environmental context, to form a comprehensive tracking tool that can provide accurate cardiovascular risk assessment. The developed application can offer personalized health coaching, leveraging machine learning algorithms to identify patterns and adapt a user’s healthcare journey. Ultimately, this paper assesses the potential of IoT technology for monitoring car- diovascular risks and integrating it into current healthcare systems.