Design and Development of Comprehensive Health Tracking Devices for Enhanced Health Monitoring

Early identification and efficient management of neurodegenerative conditions, such as multiple sclerosis, Alzheimer's disease, and Parkinson's disease, are hampered by several factors. In such circumstances, ongoing health monitoring is essential, yet traditional approaches frequently fail to deliver the real-time data required for prompt actions. The design and development of Comprehensive Health Tracking Devices, which are a component of the NeuroPredict platform, is described in this paper. These modular wearables gather behavioral, environmental, and physiological data in real-time to provide more individualized treatment plans and comprehensive monitoring. The paper outlines the design approach, technical specifications, initial prototypes process, and preliminary testing results using the AcU Blackbox as a case study. The findings imply that the management of neurodegenerative conditions can be greatly enhanced by combining novel sensors and data transmission methods with an emphasis on user experience.