STEP 1
Check-in Snapshot
Baseline SpO2 and pulse before chamber exposure.
Integrated research architecture
Technology
CoreLabTech combines chamber telemetry, HR/HRV timelines, SpO2/pulse timelines, AI analysis and QA automation in one controlled HBOT research workflow.
Wearable input
HR & HRV Timeline
Pulse oximeter
SpO2 & Pulse Timeline
Synchronization
Timestamp merge
Analysis layer
Wellness response + data quality
STEP 1
STEP 2
Start Session
Begin HBOT workflow and chamber telemetry capture.
STEP 3
During Session
Record HR/HRV and SpO2/pulse timelines during the session.
STEP 4
Exit Chamber
End exposure and preserve session context.
STEP 5
Upload Data
Import HR/HRV and SpO2/pulse files into the same session.
STEP 6
Review Report
Inspect synchronized timeline, AI findings and report output.
HR & HRV Timeline
Heart rate, RR intervals and HRV-derived signals.
SpO2 & Pulse Timeline
SpO2 and pulse sampled during the chamber session.
Merge Engine
Timestamp alignment, offset detection and synchronized rows.
Unified Timeline
HR, pulse, HRV, RR and SpO2 in one reviewable stream.
AI Engine
Wellness response, data-quality notes, positive findings and recommendations.
Devices
- Compatible wearable / HR strap for HR and HRV timeline data
- Pulse oximeter export for SpO2 and pulse timeline data
- Chamber telemetry for pressure and environment
Platform Stack
- Python, Flask and PostgreSQL-ready persistence
- Pandas-based parsing and timeline merge
- Chart.js dashboards for inspection and reporting
AI Scoring
- SpO2 stability and oxygenation quality warnings
- HRV and cardiovascular response review
- HR / pulse discrepancy and signal-quality checks
AI QA Lab
- AI contract validation
- Score, wellness status, session flag and timeline checks
- Scenario preview for research workflows
Playwright Automation
- Chamber UI validation
- CSV/FIT upload flow checks
- Merge and AI endpoint validation
Performance Testing
- Large-session ingestion checks
- Merge latency validation
- API performance gates
Recruit Subjects
Create profiles and baseline data.
Run HBOT Session
Capture session and chamber telemetry.
Integrate Data
Upload, merge and validate signals.
AI Analysis
Score the wellness response and identify findings.
Report
Review charts and export findings.
Our Mission
Reliable physiology data for better HBOT research workflows.
CoreLabTech helps research teams capture cleaner sessions, understand signal quality and interpret physiological response with transparent, research-only analytics.