STAR HEALTHMISSION MED-OPS
Open Demo
NASA Space Apps Challenge 2026

When you cannot ask Earth, the call is yours.

On deep-space missions, communication is delayed 20-40 minutes. STAR HEALTH runs without the internet or any external AI server; it monitors the crew's vitals in real time and produces life-saving solutions on its own during a crisis: an autonomous health decision-support simulation platform.

0Full Modules
0 msRule Engine Latency
03D Anatomy Models
0Interface Languages
Problem

No doctor on Mars. Earth is too far away.

Astronauts live under intense stress, isolation and mortal danger because of their job. Under microgravity, cosmic radiation and severe sleep deprivation, neurological disorders begin; reaction time, focus and decision-making ability erode fast.

40 min

Communication Latency

On Mars missions, waiting for medical approval from Earth takes 20-40 minutes. In an acute neurological crisis, that window is irreversible.

6 / 6

Eroding Cognitive Ability

Under microgravity and sleep deprivation, Attention, Working Memory, Decision Making and Focus drop fast. The crew is not all made of doctors.

0

No Connection Guarantee

During packet loss, storm season or a solar flare there is no access to external APIs. The system must be able to run on its own.

Solution

Zero-latency autonomous decision core.

Instead of waiting on an external AI API, STAR HEALTH analyzes data in milliseconds through a deterministic rule engine running in the background and triggers pre-defined space-medicine protocols.

01 // IDENTITY

Sign In with Face Recognition

The astronaut signs in with face recognition and reaches personalized baseline neuro-signals and reference ranges specific to space physiology. Authentication is never authorization by itself.

02 // ANALYSIS

Cross-Parameter Scan

It does not look at a single data point but at the combination of multiple indicators. For example, when sleep quality drops while Theta waves rise, a "Micro-Sleep and EVA Abort Risk" warning is produced.

03 // ACTION

Protocol + Stock Check

While the recommended step is produced, the vehicle's current medical supply inventory is checked too. If stock is exhausted, non-pharmacological alternatives are presented step by step.

Same mission, three different distances. The latency comparison below shows why working offline is not the exception but the default. ISS (0 s) → MOON (2.6 s) → MARS (22 min 14 s)
Rule Engine

Not a single threshold,
cross-evidence.

The system never decides by looking at one low value. It evaluates the combination of multiple indicators; every decision shows its triggers, its physiological explanation and its linked 3D model on screen. That way the jury can see why a verdict was given.

  • Version-defined, deterministic rule engine
  • Triggers and confidence score on every decision
  • Never fabricates certainty from missing or stale data
R-01 Micro-Sleep & Decision Blindness CRITICAL

If decision-making and sleep quality drop while Theta waves rise, an EVA abort is recommended.

Theta > 65%Decision < 65Sleep < 60
LINKED 3D TARGET // BRAIN + EEG NEURON
R-02 SANS — Neuro-Ocular Syndrome WARNING

If intracranial pressure rises while focus drops, ocular ultrasound and the LBNP protocol.

ICP > 70Focus < 65%
LINKED 3D TARGET // EYE
R-04 Isolation Autonomic Overload NOTE

If HRV drops while mental stress is high, the 4-7-8 vagal breathing protocol kicks in.

HRV < 35 msStress > 75%
LINKED 3D TARGET // HEART + LUNGS
Communication Latency

Same protocol, three different worlds.

The Crisis Simulator switches between three modes to prove the software works independent of Earth.

ISS / LEO
0.0 s
Instant link with the ground team
Lunar Gateway
2.6 s
Short delay, tolerable
AUTONOMOUS CORE ACTIVE
Mars Surface
22 min 14 s
Cannot ask Earth — the system makes its own call
Jury Demo Guide

Test all 5 scenarios in one click.

Sleep deprivation, solar particle storm, SANS, isolation panic crisis — each one opens the relevant 3D model automatically and brings the protocol on screen.