

Space missions demand health monitoring in environments with no connectivity and extreme conditions. Existing systems fall short, as they are either built to be cloud native or have limited capability to ingest multi-modal data human, device and environmental data.
TrialX's Space Health Platform is an industry-first platform built to collect, integrate, and analyze diverse datasets - from wearables to genomics and work completely offline when in space.
We make remote health research possible, as humans become a space faring species.

Securely collects health data from multiple sources without requiring active connectivity.
Enables continuous health tracking, even in remote or space environments.
Self hosted Onboard AI analyzes data to suggest procedures, flag risks, and surface insights.
Captures health data from devices like Butterfly iQ+, wearables, sensors, and monitors.
Generates structured, shareable reports aligned with clinical and research needs.
Keeps all data encrypted and stored locally without cloud dependency even AI models are deployed on the device.
Supports structured, phase-tagged surveys; links to procedures and informs next steps.

Aggregates physiological, environmental, and experimental data from multiple space missions into a unified, accessible repository.
Interfaces with devices like Butterfly iQ+ ultrasound, Garmin wearables, and BioButton for real-time health data capture.
Accommodates surveys, wearable metrics, posture/motion data, diagnostic images, biospecimen analyses, and genomic information.
Enables decentralized data gathering via mobile apps, reducing the need for in-person assessments during space missions.
Facilitates comparative studies by allowing researchers to access and analyze datasets from various space missions.
Collects data through mission-specific apps, incorporating tools like Essential Measures for comprehensive health assessments.
TrialX Space Health Platform supports collection of data from various sources. It integrates input from wearables, surveys, posture sensors, ultrasound devices, flight and environmental systems, ocular tools, clinical records, and genomic data. This setup ensures secure, reliable data access even in remote or low-connectivity environments - bringing all critical information into one unified system.
July 25th, 2025
July 25th, 2025