Health Data, Anywhere Humans Explore
Space missions demand health monitoring in environments with limited connectivity and extreme conditions. Traditional tools fall short—especially when handling complex, multi-modal data. TrialX Space Health Systems delivers an offline-capable, AI-powered platform built to collect, integrate, and analyze diverse datasets—from wearables to genomics—even beyond Earth’s grid. We make remote health research possible, wherever the mission goes.
To address the challenges of health monitoring in remote, disconnected environments like space, TrialX-EXPAND delivers an offline-capable personal health server that ensures continuous data collection without relying on internet connectivity. Backed by a powerful database built to handle multi-modal health data—from wearables and ultrasound to biospecimens and genomics—the platform enables secure, comprehensive research even in the most resource-limited settings.
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.
Keeps all data encrypted and stored locally without cloud dependency even AI models are deployed on the device.
Generates structured, shareable reports aligned with clinical and research needs.
Interfaces with devices like Butterfly iQ+, Garmin wearables, Android watches, BP monitors, and environmental sensors to collect diverse health data, including surveys, motion, images, and genomics.
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.
Built to handle large, complex datasets securely, ensuring data integrity and compliance with stringent security standards.
Collects data through mission-specific apps, incorporating tools like Essential Measures for comprehensive health assessments.
The TREK‑I Analog Mission by TrialX involved trekking to Gangbal Lake in the Himalayas to simulate extreme, space‑like conditions and study how humans adapt to high altitudes. Using wearable devices and environmental sensors, the team collected health data such as heart rate, SpO₂, and activity levels, along with environmental metrics, even in offline conditions. After completing the trek, the data were synced to the cloud, successfully validating TrialX’s remote health‑data collection platform and providing insights into human adaptation in challenging environments.
TrialX enables seamless collection and integration of diverse health devices and mission data in remote and offline environments. Designed for the unique needs of space research, the platform consolidates input from wearables, surveys, posture sensors, ultrasound devices, flight and environmental systems, ocular assessments, clinical records, and genomic data. This comprehensive, offline-capable system ensures secure, reliable access to critical information—centralizing all data in one cohesive, privacy-first environment.
Let us show you the power of TrialX. The most configurable remote/hybrid clinical study data collection platform powering data collection for studies on Earth and in commercial Space missions.
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