Continuous acquisition of raw arterial waveforms at the source enables real-time extraction of baseline physiology, recovery dynamics, and evolving clinical instability before symptoms manifest.
Quantifies arterial stiffness, vascular compliance, pulse wave morphology, and pressure dynamics to precisely characterize microvascular structural integrity and functional performance across longitudinal data.
Combines advanced vascular physics, hemodynamic science, and our proprietary Biological AI to decode complex waveforms, entirely bypassing conventional statistical pattern recognition or generic deep learning.
Utilizes high-frequency streaming to deliver longitudinal tracking of post-intervention response, microvascular perfusion shifts, inflammatory recovery stress, and evolving patient trajectories.
Combines foundational population screening with high-acuity tracking to deliver an exclusive, outcome-linked longitudinal dataset for translational research and pharmaceutical development.
Longitudinal Cardiovascular Intelligence
QuanBio’s platform enables longitudinal physiologic analysis and continuous cardiovascular real-world evidence generation across clinical research and healthcare environments.
Hemodynamic Instability
Continuous monitoring of raw waveform dynamics to deliver early prediction of evolving cardiovascular instability and acute hemodynamic collapse hours before clinical onset.
Arterial Stiffness & Vascular Function
Our proprietary Biological AI maps arterial compliance, stiffness, and structural vessel kinetics to precisely characterize functional vascular performance.
Microvascular Perfusion
Advanced physics engines isolate tissue-level perfusion and microcirculatory function to track systemic recovery trajectories second-by-second.
Inflammatory Recovery Stress
Continuous computation tracking vascular inflammatory stress, systemic shock response, and evolving post-intervention recovery patterns throughout the entire recovery arc.
