Medrik Dynamic Technology bridges the gap between invasive hospital precision and home comfort through Continuous Remote Patient Monitoring (RPM).
A paradigm shift from reactive, invasive procedures to proactive, continuous surveillance.
Traditional methods like Swan-Ganz catheters rely on invasive access points, confining patients to the hospital bed.
| Location | Hospital ICU |
| Invasiveness | High Risk |
| Cost | >$3,000 USD |
| Data Continuity | Intermittent |
Non-invasive, continuous hemodynamic tracking that empowers patients to live freely while staying connected.
| Location | Home / Mobile |
| Invasiveness | Zero |
| Cost | ~€25 / month |
| Data Continuity | 24/7 Real-Time |
Correlation with Echo
Proprietary AI Neural Networks analyzing PPG signals to generate invasive-grade hemodynamic profiling.
Trained on thousands of clinical datasets to reconstruct 3D cardiac dynamics from 1D optical signals.
Calculates Stroke Volume (SV), Ejection Fraction (EF), and Cardiac Output (CO) continuously.
The "Gold Standard" for assessing ventricular contractility and stiffness independently of loading conditions.
LIVE HEMODYNAMIC MONITORING
● LIVE DATA
Stroke Work
Compliance
The Ring captures continuous PPG data.
Real-time gateway transmits data to the secure cloud.
Command Center displays hemodynamic trends and alerts.
We applied the same process to multiple patients and found that the Ultrasound Volume Curve and the PPG-issued Volume Curve present a perfect correlation.
The AI (artificial neuron network concept) based application can help us to estimate the LV volume curve from PPG measurement signals.
FDA BENCHMARKs CLINICAL TRIALS SECURE DATa
