One of the biggest advantages of wearable devices is their ability to detect potential health problems before they become serious. However, a key challenge remains ensuring users receive timely guidance from healthcare professionals when a smartwatch or smart ring flags a possible issue.

To bridge this gap, wearable companies Oura and Whoop have introduced virtual healthcare access, allowing users to consult doctors directly through their apps. This could mark an important step toward integrating consumer-generated health data into mainstream medical care. However, experts emphasize that clinical decisions require much stronger evidence than general wellness tracking. So far, only a limited number of wearable features have received regulatory clearance for medical use, and research supporting the use of wearable data in patient care is still developing. As a result, widespread adoption by healthcare providers is likely to take time, reports Mario Aguilar in Stat News.

Whoop suggests that the integration to virtual care can bridge the gap between biometric data collection and expert interpretation and that “these consultations begin with a comprehensive understanding of the member’s health, powered by months of continuous data.”

“Oura is really interesting because they’re able to provide signals on your blood pressure, on your oxygen, on heart rate, on when you may be about to get sick, and those are really powerful signals,” said Muthu Alagappan, CEO of Counsel Health, the virtual provider working with Oura. “And we can now combine that with actionability. We can have a doctor, minutes away that you can chat with, who can write a prescription.”

Related Bearmind Launches Brain Health Wearable

Researchers have explored the role of consumer wearables in healthcare for more than ten years. The discussion gained real momentum in 2018 when Apple introduced an FDA-authorized feature that notifies users of possible irregular heart rhythms. This raised concerns that healthcare providers could face a surge of patients seeking follow-up tests after receiving smartwatch alerts, since wearable data alone is not reliable enough to confirm a medical diagnosis.

Oura offers similar notifications through its Health Radar feature, which monitors signals that may indicate illness or reveal changes in blood pressure or nighttime breathing associated with potential health concerns. According to Oura's Chief Medical Officer, Ricky Bloomfield, the app can educate users about these findings but is not designed to provide personalized medical advice.

Jessilyn Dunn, an associate professor of biomedical engineering at Duke University, said that health metrics such as blood pressure must be accurate and reliable before clinicians can confidently use them in medical decision-making. So far, neither Oura nor Whoop has sought FDA marketing authorization for their blood pressure features or publicly shared detailed accuracy data. At the same time, the FDA has taken a lighter regulatory approach toward devices marketed for general wellness rather than medical diagnosis. Dunn cautioned that wellness features lacking regulatory review could gradually find their way into clinical practice before they are adequately validated.

“The question becomes that line between wellness and medicine,” she said. “I would say if you’re bringing information to a doctor, the doctor is making decisions based off of it, to me, that seems medical. From that perspective, I am concerned about where this all goes.”

Wearable companies are working to build greater confidence in the health data their devices collect. Oura says it has published research supporting features such as Cycle Insights and plans to release documentation for its blood pressure feature soon. According to Oura's Chief Medical Officer, Ricky Bloomfield, a device's scientific accuracy should not be judged solely by whether it has received FDA clearance.

Companies also promote wearable data as a useful resource for medical consultations. Devices like Whoop continuously track metrics including heart rate, sleep, blood oxygen, body temperature, respiratory rate, menstrual health, and lifestyle habits, providing clinicians with a broader picture of a person's health than a single clinic visit.

However, experts remain cautious. Jessilyn Dunn of Duke University noted that while wearable data can reveal trends, it often does not clearly indicate what medical action should follow. Similarly, Mintu Turakhia Dhruva said these metrics are interesting but rarely influence treatment decisions.

Researchers believe wearable data holds enormous long-term potential, but stronger scientific evidence is still needed before it becomes part of routine healthcare. They argue that larger shared datasets and closer collaboration between clinicians and technology companies could help transform wearable information into reliable digital biomarkers that improve diagnosis and patient care.