SpO2
Blood oxygen saturation before, during and after chamber exposure.
About PHYSIVRA
HBOT Monitoring & Research
PHYSIVRA is a research platform for structured observation of physiological response before, during and after hyperbaric oxygen therapy sessions.
Session phases
Check-in / Session / Recovery
Wearable input
HR & HRV Timeline
Oximeter input
SpO2 & Pulse Timeline
Analysis output
Wellness response + data quality
What We Monitor
The platform focuses on research-grade signals that help evaluate oxygenation, cardiovascular response and recovery patterns.
Pulse & Heart Rate
Pulse from the SpO2/pulse timeline and heart rate from the HR/HRV timeline.
HRV
Heart rate variability from RR intervals for autonomic response review.
Controlled research workflow
From chamber telemetry to session report
PHYSIVRA combines chamber context, wearable data and pulse oximeter measurements into one synchronized session record. This makes it easier to review sensor quality, compare check-in and recovery response, and inspect the synchronized session timeline.
HBOT Session Flow
Each stage preserves context for later analysis and report generation.
Check-in
Baseline Check
Record SpO2 and pulse before entering the chamber.
Session
Chamber Monitoring
Collect HR/HRV and SpO2/pulse timelines during the session.
Recovery
Recovery Check
Compare post-session values with baseline response.
AI
Wellness Analysis
Generate score, session flags, findings and wellness report output.
Why It Matters
The goal is not diagnosis. The goal is clean, inspectable data that supports repeatable research review.
Objective Data
Structured signals reduce reliance on subjective notes after a session.
Recovery Insight
Check-in to recovery comparison helps show how oxygenation and pulse changed.
Safety Review Layer
Low SpO2, elevated pulse/HR or low HRV are highlighted for review.
PHYSIVRA is a wellness monitoring platform. AI scores and session flags are not a medical diagnosis and should not replace clinical evaluation.