HBOT chamber
HBOT research operations

HBOT Research Platform

Capture chamber sessions, synchronize wearable and pulse oximeter telemetry, and review physiology signals in one controlled workflow.

Start Session Mission Control AI Analysis
Session lifecycle PRE / DURING / POST
Physiology sources HR/HRV + SpO2/Pulse Timelines
Synchronization Timestamp merge
Output AI review + report

Operational Modules

The platform links chamber telemetry, wearable signals and AI scoring into a repeatable research workflow.

01

Chamber Control Unit

Track pressure, oxygen delivery, temperature and humidity during exposure.

  • Pressure range: 1.3-1.5 ATA
  • Oxygen: chamber and mask telemetry
  • Environmental measurements
02

Physiology Ingestion

Import HR/HRV and SpO2/pulse data from compatible measurement workflows into one session timeline.

  • Heart rate and HRV from HR/HRV timeline files
  • SpO2 and pulse from SpO2/pulse timeline files
  • Large-session preview support
03

AI Physiology Engine

Score synchronized signals and highlight data quality or physiology warnings.

  • SpO2 stability review
  • HR / pulse discrepancy checks
  • Wellness status summary

Data Flow

Each session moves from sensor capture to synchronized analysis and dashboard review.

Pulse Oximeter HR/HRV Timeline Chamber Data Merge API Database AI Engine Mission Control