14 Emerging Wearable Health Technologies Transforming Remote Care


With the emergence of new wearable health technologies, more and more patients can receive the care they need from the comfort of their own homes. The latest innovations offer enhanced patient monitoring and real-time data, among numerous other benefits, which mean better health outcomes for both patients and providers.

Below, Forbes Technology Council members explore some wearable health technologies that they believe are a big step forward for remote healthcare. From continuous glucose monitors to smartwatches with advanced health metrics, these innovations are changing healthcare for the better.

1. Continuous Vital Sign Collection

Continuous vital sign collection via wearable devices is a huge leap forward in remote care. Advanced sensors on these devices provide real-time data on patients’ health, ensuring timely intervention and personalized care. This constant monitoring minimizes gaps in observation, empowering clinicians to offer proactive support and patients to manage their well-being more effectively. – Frank Chan, Medtronic

2. Microfluidic Patches

Microfluidic patches are a breakthrough innovation, providing real-time analysis of bodily biomarkers via a small adhesive patch. This innovation boosts remote care by providing personalized health insights and reducing invasive tests. It enhances diagnostic accuracy and medication management for providers, improving patient engagement, creating better care coordination and allowing for accessible health monitoring. – Amitkumar Shrivastava, Fujitsu

3. Wearable ECGs

Wearable electrocardiogram, or ECG, devices have transformed remote cardiac care. They come in different forms, be it smartwatches, patches or Holter monitors. These devices also pair with apps that store ECG data, allowing physicians to review the data remotely. This enables proactive health management and the early detection of stroke risks. They also promote self-awareness, leading to healthier lifestyles. – Konstantin Klyagin, Redwerk

4. Continuous Glucose Monitoring

Continuous glucose monitoring (CGM) offers real-time insights into blood sugar levels, crucial for diabetes management. CGM empowers patients to monitor their health proactively, leading to better self-management and reducing the need for frequent clinic visits. – Ashok Manoharan, FocusLabs

5. Continuous AI Signal Processing

The number of wearable devices per capita and their accumulated computing capabilities keep growing. This opens new horizons in continuous monitoring, especially for people with medical conditions or in dangerous environments. The most significant leap is expected in heart activity monitoring and continuous AI signal processing, precisely ECG. – Vlad Malanin, SpeedSize

6. Integration With EHRs

The integration of wearable health technology and electronic health records (EHRs) can contribute valuable data to health systems via real-time insights and data generation, providing a comprehensive view of patient health while ensuring data accuracy and addressing privacy concerns effectively. Through these wearables, users can track various metrics, including heart rate, calories, sleep quality, steps, Covid-19 symptoms and so on. – Dr. Vivian Lyon, Plaza Dynamics

7. AI Patient Monitoring

AI is driving incredible progress in wearable health technology, specifically patient monitoring. These devices collect vast amounts of biometric data but often lack the resources to manually monitor patients and take timely action. AI is expediting the process by processing device data at rapid speed, resulting in prescriptive, preventive care as well as reduced costs and burdens on healthcare workforces. – Jeff Wong, EY

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8. AI-Powered Robotic Prostheses

There is an incredible intersection of research that applies AI to robotic prostheses. These smart prosthetic devices use reinforcement learning to learn about the person wearing the device. It continues to adapt, change and improve its performance as the person uses it, effectively transforming daily life for people with limb differences and empowering them to live the life they want to live. – Cam Linke, Amii (Alberta Machine Intelligence Institute)

9. AI-Driven Predictive Analysis

A groundbreaking advance in wearable health tech is the integration of AI-driven predictive analytics. By analyzing vast datasets in real time, it anticipates health issues before they escalate, empowering proactive interventions. This optimizes patient outcomes, reduces hospitalizations and eases provider burden, revolutionizing remote care delivery. – Rohit Anabheri, Sakesh Solutions LLC

10. Wearable Biosensors

Wearable biosensors that detect subtle changes in biomarkers, like cortisol levels, offer promising avenues for stress management. By providing real-time data and personalized insights, they empower patients to proactively manage their well-being while enabling healthcare providers to offer targeted interventions, ultimately improving patient outcomes. – Parul Batra, neuro42

11. Sensor-Embedded Smart Fabrics

A significant innovation in wearable health technology is sensor-embedded smart fabrics. These fabrics monitor vital signs and movements continuously, offering non-intrusive health tracking. This enhances patient convenience by reducing clinical visits and enables providers to monitor conditions effectively, improving care and enriching health insights. – Nicola Sfondrini, PWC

12. Smartwatches For Cardiac Care

Smartwatches capable of performing electrocardiograms and detecting irregular heart rhythms offer a big step forward in remote care by enabling continuous, real-time health monitoring. For patients, it means early detection of potential heart issues and enhanced preventative care. Providers also benefit from receiving timely data, improving diagnostic accuracy and patient management. – Shelli Brunswick, SB Global LLC

13. Epidermal Technology

Epidermal technology is a game-changer for remote care. Patients wear these comfortable thin patches for continuous health readings, while doctors get a clearer picture in near real time and can intervene faster. AI analyzes the data, allowing for personalized care and potentially fewer trips to the clinic. Both patients and providers benefit from this new era of remote health monitoring. – Sarath Babu Yalavarthi, AT&T

14. Hyper-Personalized Technology

Hyper-personalization in wearable health technology, powered by AI and ML, has transformed user experiences. The systems analyze data from wearables to offer tailored recommendations and feedback based on individual health goals and preferences. Leveraging ML and behavioral science, they motivate users to make healthier choices, improve adherence to wellness plans and achieve superior health outcomes. – Deepak Gupta, Cars24 Financial Services


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