The Human Variable 

CYNAERA REPURPOSED™ accelerates drug discovery for infection-associated chronic conditions like Long COVID and ME/CFS. Using AI-driven terrain modeling, it cuts repurposing timelines from years to weeks—identifying multi-indication therapies, reducing cost by up to 90%, and advancing patient-ready treatments through intelligent simulation.

The Physics of Survival reframes human stability as the core infrastructure of civilization. This white paper introduces Terrain Intelligence—a unifying systems framework that links space medicine, chronic illness, and climate resilience under one predictive model. Drawing on NASA Human Research Program findings and longitudinal public-health data, Cynthia Adinig demonstrates that physiological collapse in microgravity mirrors the same autonomic and immune failure seen in Lon

Growth used to mean speed. But speed without structure only burns out people and potential. Real growth requires alignment of mission, technology, and trust. At CYNAERA, collaboration is not a slogan. It is the architecture that holds every system together.

Remission in ME/CFS is often described as spontaneous, yet nothing about it is random. The illusion of rarity comes from measurement bias. We record symptoms, not trajectory. When patient data is plotted longitudinally rather than episodically, a clear pattern emerges. Remission occurs when the body’s internal feedback systems, immune, autonomic, and metabolic, temporarily synchronize

By October 2025, CYNAERA’s federal-scale models identified between $1.05 trillion and $3.45 trillion in potential annual savings for the United States through modular frameworks that stabilize health, accelerate remission, and optimize budgetary flow across SSA, CMS, VA, and FEMA

FEMA’s flood plans overlook infection-associated chronic conditions now affecting one-quarter of U.S. adults. This CYNAERA white paper introduces biologic disaster modeling using US-CCUC™, ESA™, VitalGuard™, and MoldX™ to forecast medical surges from mold, heat, and power loss. Applying these systems could prevent 70 percent of non-trauma ER visits and save $7.4 billion annually in federal costs.