By 2030, around 12 million people in the U.S. will have abnormal heartbeats, a condition known as arrhythmia, which can cause significant health problems including heart failure. Wearable health tech represents a critical evolution, deepening the understanding of conditions through more accurate, personalized healthcare data.So, how do we get there?
1.Prioritize Patient-Centric Design: The ideal is an accessible, easy-to-use wearable device that blends seamlessly with people’s daily lives. For example, NCala kIQ is an FDA-cleared wrist-worn wearable that delivers therapy for individuals with essential tremor (ET) and Parkinson’s disease. New wearable technologies like Cala kIQ have started to offer non-intrusive, aesthetic alternatives.
2.Embrace New Healthcare Models And Pathways: They deepen the understanding of conditions and treatments on a micro and macro scale, flagging person-specific anomalies while widening the ability to forecast . The Cumulus head-worn device, for example, The headset can screen someone with a family history of a condition like Alzheimer’s, monitoring changes in brain activity to catalyze a treatment path.
3.Socialize And Support: In a world where patients are acutely aware of data privacy and security, they want to be in control and experience the benefits that come from wearable-derived data. A high-level dashboard, for instance, might confirm to the wearer that the device is operating as it should. The Viscero ECG vest, for example, pairs with an app for patient information and interaction, while medical professionals receive diagnostic-level data supporting patient treatment.