SPACE
Crew health, read together with the mission.
On a long mission the crew is hours from definitive care and the flight surgeon is working with a delay. KORA Sentinel reads each crew member against their own baseline, together with cabin and suit data and what the mission is asking of them, and explains every call.
WHY IT DOES NOT EXIST YET
NASA wrote the requirement.
Nobody has met it. Yet.
NASA’s own human-research requirements call for crew monitoring that interfaces with the vehicle’s systems and explains how it reaches a recommendation. A NASA market survey reviewed 269 products from 97 vendors and found that none considered the conditions of the physical environment. Most monitoring flown to date has been a separate device running a separate study, with nothing tying the signals together or to the spacecraft. That is the gap KORA Sentinel fills.
NASA HRP-48032; NASA ExMC market survey, 2020.
ON A MISSION
What KORA Sentinel does on a mission.
Own baseline
Each crew member’s pre-flight values are the reference, not a population average.
Vehicle and suit as context
Cabin CO₂ and pressure, exercise logs and suit telemetry are read alongside physiology, so the system knows why a heart rate is up.
A reason behind every flag
The flight surgeon sees what drifted, why the system thinks so, and what could be checked. It does not diagnose and it does not replace the surgeon.
Works with the data platform you have
KORA Sentinel sits on top of the mission’s existing health-data platform. We do not move data; we reason about it.
PROVEN ON THE GROUND FIRST
Our first pilot mission study
In August 2026 we ran a two-week lunar mining mission simulation at LunAres Research Station under an IRB-reviewed protocol, with analog astronauts from NASA (space) and BHP (mining on earth) taking part. It was the first end-to-end field study of KORA Sentinel: devices, baselines, environment, and the reasoning behind every flag.
Illustrative image · generated, not a photograph of the study.
WHERE WE ARE GOING
Built for the missions ahead.
Private and government astronaut missions to low Earth orbit and the ISS.
Spacewalks, where suit and body load are hardest to read.
Long-duration missions, where slow physiological drift matters most.