Patient Onboarding
Patient enrollment with baseline health history, device assignment, and initial clinical assessment.
Patient consent and enrollment
Wearable device pairing
Initial health assessment
Breakthrough Device Designation
FDA
Breakthrough Device Designation
Granted
March 2026
A one time personalization, then on demand hemodynamic spot-checks from a smartwatch and BP cuff
Patient enrollment with baseline health history, device assignment, and initial clinical assessment.
Patient consent and enrollment
Wearable device pairing
Initial health assessment
A short clinical session using PPG, ECG, and EHR data, and blood pressure to personalize the patient's cardiovascular digital twin.
Multi-signal capture
Auto-extracts patient history
Patient-specific baseline creation
Patients use their smartwatch and blood pressure cuff, at home or upon clinic visit, to capture cardiovascular signals as directed.
Captures wearable sensor data
Blood pressure measurements
Flexible home or clinic use
Advanced algorithms combine physics-based modeling with AI to estimate hemodynamic parameters from collected signals.
Signal processing
Physics-informed AI modeling
Hemodynamic parameter estimation
Care teams review trends, respond to alerts, and make informed decisions based on continuous cardiovascular insights.
Interoperable Clinician Dashboard
Alerts when matters
Early and proactive intervention
Patient enrollment with baseline health history, device assignment, and initial clinical assessment.
Patient consent and enrollment
Wearable device pairing
Initial health assessment
A short clinical session using PPG, ECG, and EHR data, and blood pressure to personalize the patient's cardiovascular digital twin. The care team collects routine baseline measurements using existing non-invasive clinical tools to personalize the patient-specific model.
Multi-signal capture
Auto-extracts patient history
Patient-specific baseline creation
Patients use their smartwatch and blood pressure cuff, at home or upon clinic visit, to capture cardiovascular signals as directed.
Captures wearable sensor data
Blood pressure measurements
Flexible home or clinic use
Advanced algorithms combine physics-based modeling with AI to estimate hemodynamic parameters from collected signals.
Signal processing
Physics-informed AI modeling
Hemodynamic parameter estimation
Care teams review trends, respond to alerts, and make informed decisions based on continuous cardiovascular insights.
Interoperable Clinician Dashboard
Alerts when matters
Early and proactive intervention
No. Coredio works with a consumer smartwatch you wear on your wrist no implants, no needles. Our AI and physics based algorithms are designed to extract deep cardiac insights from your existing wearables, giving your care team a clearer picture of your heart health from home.
Every heart is different. Coredio is designed to track your individual cardiac trends over time and surface them to your clinician so your treatment plan adapts to you, not a generic protocol. The goal: earlier, smarter interventions before a small change becomes a big problem.
Upon Coredio officially launches, you will work with your care team to identify if your smartwatch is compatible, and you will receive a standard blood pressure cuff. That’s it. No specialized medical equipment, no complicated setup. If you don’t own a compatible watch yet, your care team can help you get one.
Both sides of the care relationship. Cardiologists, primary care physicians, Nurses and rest of the care team use Coredio’s dashboard to remotely spot check heart failure patients and catch concerning trends early. Patients use a smartwatch and our app to stay connected to their care team from home. Caregivers and family members often help with initial setup and patient adherence.
Join the clinicians who are exploring the future of cardiovascular monitoring
Disclaimer: Coredio CPSE™ has received FDA Breakthrough Device Designation. The device is not yet cleared by the FDA for commercial use. Indications for Use are subject to FDA review under the 510(k) process.