Wearable fitness trackers are evolving from simple step counters into comprehensive health platforms that connect users directly with medical professionals. Whoop, a health technology company that recently raised $575 million and reached a $10.1 billion valuation, has unveiled several new features designed to close what the company calls the "gap between biometric data collection and expert interpretation." The move reflects a broader trend in digital health where artificial intelligence and telehealth are combining to create more responsive, personalized care experiences.

What Data Can Your Wearable Actually Share With Doctors?

The new Whoop features represent a significant shift in how wearable devices function in healthcare. Users can now participate in virtual visits with clinicians directly through the Whoop app, and those clinicians have access to comprehensive health information beyond just step counts or heart rate. The platform provides clinicians with wearable device data, lab reports, and medical history, creating a more complete picture of a user's health.

Whoop has also partnered with HealthEx to allow users to sync their electronic health records (EHRs) with the app, giving clinicians access to diagnosis, medication, and procedure data. This integration means that when you have a virtual visit, your doctor isn't just seeing isolated metrics from your wearable; they're seeing your complete health context. The company tracks multiple health metrics, including cardiovascular and muscular load, blood oxygen, heart rate, caffeine consumption, and offers electrocardiogram readings to detect potential signs of atrial fibrillation, along with blood biomarker analysis.

How Are AI Features Making Health Recommendations More Personal?

Beyond telehealth integration, Whoop has introduced two new artificial intelligence features designed to make health coaching more actionable. The first, called "My Memory," provides a centralized space where users can add, edit, or delete personal context about their lives. This might include information about work stress, travel schedules, dietary changes, or other factors that influence health but wouldn't normally appear in biometric data.

The second feature, "Proactive Check-Ins," combines this personal context with biometric data to deliver user-specific health recommendations. Rather than generic advice, the AI can suggest changes tailored to your individual situation. For example, if your sleep data shows disruption and you've noted increased work stress in your personal context, the system might recommend stress-reduction techniques rather than just sleep hygiene tips.

"We're always asking how we can deliver more value to our members, and these upcoming features are some of the most meaningful we've ever built, from bringing clinician support directly into the app to advancing our AI coaching to be more personal and actionable than ever," stated Ed Baker, Chief Product Officer of Whoop.

Ed Baker, Chief Product Officer, Whoop

Steps to Using AI Health Apps Safely and Effectively

• Understand the Boundaries: Use AI health apps as support tools, not replacements for professional medical care. An app can suggest better sleep habits, but it cannot diagnose sleep apnea or other medical conditions.
• Prepare Better Questions for Your Doctor: Use wearable data and app insights to identify patterns and trends you want to discuss with your healthcare provider, making your appointments more productive.
• Track Context Alongside Data: Add personal information about stress, diet, exercise, and lifestyle changes to your health app so AI recommendations account for your complete situation, not just biometric numbers.
• Verify Medical Claims: Be cautious of AI chatbots or apps that present themselves as licensed medical professionals or offer diagnosis. Seek clarification from qualified healthcare providers before making health decisions based on app recommendations.

Why Are Tech Companies Investing Heavily in AI Health Coaching?

The investment in these features reflects a larger shift in digital health funding. According to a Rock Health report, digital health funding reached $4 billion in the first quarter of 2026, with AI becoming a core component of digital health solutions. Major technology companies are recognizing that wearables alone provide limited value without interpretation and personalization. Google's rebrand of its Fitbit app to Google Health, complete with an AI-powered Health Coach, demonstrates how major tech companies are combining wearables, health data, and personalized recommendations into unified ecosystems.

However, this rapid expansion of AI in health apps has also raised important safety concerns. Pennsylvania recently sued Character.AI, alleging that some chatbots presented themselves as licensed medical professionals, intensifying the global debate about whether AI platforms should provide health-related responses that users might mistake for medical advice. Young Europeans are increasingly turning to AI chatbots for emotional support, with many finding chatbots easier to talk to than psychologists or healthcare professionals, primarily because they feel accessible, private, and non-judgmental. Yet experts warn that AI tools cannot safely replace human connection or qualified mental healthcare.

The future of AI health apps depends on trust, regulation, and transparency. Digital health tools can be useful when they help people track habits, understand patterns, prepare better questions for doctors, or maintain healthier routines. They can also support people in remote areas or those who need regular reminders for movement, sleep, hydration, or medication tracking. But the safest use of AI health apps is as a support tool, not a replacement for professional care.

Looking ahead, Whoop plans to continue investing in AI and core capabilities, including improvements to heart rate algorithms and workout auto-detection to help log activities without manual tracking. As wearables become more integrated with clinical care and AI becomes smarter, the real challenge for users and healthcare systems will be understanding where convenience ends and medical care begins.