Spaceflight is exposing the limits of Earth-dependent imaging. Microgravity alters physiology, communication delays make real-time radiologist guidance impossible, bandwidth restricts data transfer, and crew operate without specialist training. These realities are forcing a shift from “portable” imaging to fully autonomous diagnostic systems.
During this webinar, we’ll break down how imaging must evolve to function in zero-connectivity, high-risk environments — and how those same capabilities translate directly to remote Earth-based care.
Key Takeaways:
- How microgravity changes imaging assumptions
- How latency and bandwidth restrictions break traditional workflows
- Why on-device AI has become a mission requirement
- How TrialX’s offline-first, FHIR-native imaging workflows operate reliably across Windows, Ubuntu, and mobile environments
You’ll also see how we’re applying these space-driven innovations to real-world settings: remote clinics, disaster zones, humanitarian missions, and infrastructure-poor research environments.
If you are a space enthusiast, a space health researcher, a space scientist, space professional or a clinical researcher/investigator, we invite you to join us to explore how we are redefining the future of remote health diagnostics — empowering clinicians, researchers, and explorers to see beyond limits.
Speakers
Abigail Watson
Advance Informatics Consultant, TrialX
With 20 years of experience and a diverse background spanning large urban hospitals, federally funded laboratories, and startups, Abbie has applied her expertise across healthcare and aerospace engineering environments, including roles with the FAA Office of Aerospace Medicine, the Center for Advanced Aviation System Development, and the CMS Alliance for Modernizing Healthcare.
Syed Gufran
Solutions Architect for Space EHR systems, TrialX
A Space EHR Solutions Architect leveraging AI, LLMs, and cloud-native automation to power reliable, high-performance health systems for Space Flight Participants.
Wahdat Jan
Medical Informatics Engineer, TrialX
A Space EHR developer building real-time clinical data and device-integration systems for spaceflight, using AI to boost reliability and medical insight.
