How PhysioSense Turns Waveforms Into Intelligence

PhysioSense has developed a modular platform for transforming physiological waveforms into interpretable state, trajectories, and decision-ready outputs — spanning bedside monitoring, partner integrations, and enterprise deployments.

Mechanistic
Multimodal
Explainable
Modular
PPG
rPPG
ABP
ECG
CAP
Signal Inputs
PPG, rPPG (camera), ABP, ECG, CAP
PhysioSense Platform
Core Platform Components

PhysioStack Processor

Signal conditioning and extraction

Signal filtering, segmentation, normalization, quality assessment, and feature extraction across supported physiological waveforms.

SensorFusion

Multimodal fusion and embeddings

Proprietary multimodal signal fusion including alignment, integration, optimization, and generation of higher-value embeddings for downstream models and analytics.

PhysioState Interpreter

Mechanistic signal interpretation

Patent-pending models transform waveform behavior into interpretable physiological proxies and mechanistic state descriptors.

PhysioInsight

Decision-ready intelligence

Converts physiologic state into explainable trends, trajectories, response signatures, alerting logic, and analytics-ready outputs.

User Experience

PulseVu

Applications and workflows

PulseVu transforms a simple pulse reading into clear health insights, guided checks, and personalized next steps for everyday monitoring.

Vascular Radar

Visualizations and monitoring views

Interactive visual experiences that translate physiological state and change over time into intuitive maps, trajectories, and monitoring views.

Integration

Platform APIs and SDKs connect PhysioSense outputs to partner platforms, analytics workflows, EHR systems, and connected devices.

From Smartphone to Clinical Platform

The same foundational waveform science powers both an enterprise-deployed member engagement platform and an advanced clinical monitoring app — demonstrating the full deployment range of PhysioSense technology.

● Enterprise Platform

PulseVu

A 30-second smartphone pulse reading delivers an enterprise-grade physiological assessment — white-label configurable for payer member engagement, employer wellness, and care management programs.

Composite physiological health score (0–100) with evidence-based vascular and autonomic metrics
Cohort-Specific Tracking Modules — Configurable physiological baselines designed to support care management for complex chronic populations (Cardiac, Neuro, and Renal).
On-device AI assessment and chat interface
Vascular embedding API — physiological signals integrated into partner risk models, EHRs, and claims analytics
Regulatory positioned as physiological tracking and alerting — not diagnosis or treatment
PulseVu smartphone interface
● CLINICAL PLATFORM

Vascular Radar

Real-time physiological state visualization for ICU and critical care. Continuous trajectory mapping visualizes a patient’s past, present, and future physiological state—identifying critical shifts before conventional vitals react.

Dynamic Mapping: Real-time visualization of complex vascular phenotypes.
Trajectory Intelligence: Proactive forecasting of physiological drift and patient trends.
Automated alerting that bridges the gap between data and clinical intervention.
Vascular Radar interface

Patent-Pending Innovation

PhysioSense’s patent-pending filings cover its core waveform phenotyping, state estimation, hemodynamic characterization, and visualization methods—supporting a defensible IP position across the physiological signal interpretation space. Additional details are available to qualified partners under NDA.

PhysioSense Platform Waveform Representation Physiological State Estimation Hemodynamic Characterization Metabolic & Organ Function Multi-Dimensional Visualization Pulsatile Signal Interpretation

IP Coverage Areas

The PhysioSense portfolio protects core methods across six distinct technology areas — spanning waveform representation, physiological state modeling, hemodynamic characterization, metabolic assessment, clinical visualization, and signal interpretation. This breadth establishes a defensible competitive moat across the physiological signal intelligence space.

Waveform Representation & Feature Extraction
Multi-Compartment Physiological State Estimation
Hemodynamic Characterization via Kinetic Decomposition
Metabolic & Organ Function Estimation from Physiological Signals
Multi-Dimensional Vascular State Visualization
Pulsatile Signal Interpretation Using Physiological Proxies

Available to qualified partners. Additional details on patent-pending filings, technical scope, and licensing terms are available under NDA for organizations evaluating strategic partnerships or technology licensing.