Empowering diabetes and hypertension management on Android: A machine learning approach for predictive care

Puduru, Madhu Niranjan Reddy (2025) Empowering diabetes and hypertension management on Android: A machine learning approach for predictive care. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 1888-1894. ISSN 2582-8266

The convergence of mobile technology and healthcare presents unprecedented opportunities for transforming chronic disease management, particularly for diabetes and hypertension, which collectively affect nearly two billion adults globally. This comprehensive framework leverages edge computing capabilities on Android devices to deliver predictive, personalized, and preventative care directly to patients. The innovative architecture integrates continuous physiological monitoring with environmental and behavioral data streams while processing information locally to address privacy concerns and connectivity limitations. Through advanced quantization techniques and selective processing algorithms, the system achieves remarkable efficiency even on entry-level smartphones, making sophisticated healthcare tools accessible across socioeconomic boundaries. A hierarchical ensemble of neural networks analyzes multimodal inputs to forecast acute health events approximately thirty minutes before occurrence, enabling preventative interventions that substantially reduce emergency department visits and unscheduled clinical appointments. Implementation across multiple healthcare systems demonstrates significant improvements in glycemic control and blood pressure management alongside sustained user engagement. This paradigm shifts from reactive to proactive disease management represents a transformative approach to chronic care delivery with profound implications for healthcare economics and patient outcomes in resource-constrained environments.