See how space changes your body before you fly.

Orbital manufacturers physically send materials to space, crystallize them in microgravity, and return them to Earth. That process takes months and significant capital per mission. Space Bio Corp works earlier in the pipeline. Our simulations let you predict crystal growth outcomes, model physiological effects, and screen candidates computationally before committing to any physical launch. Think of it as the digital feasibility layer: narrow your candidates here, then send only the most promising ones to orbit.

Our models are built on published research in space physiology and microgravity crystallography. Results are projections based on peer-reviewed data, not clinical diagnoses. As our dataset grows, so does precision. Free-tier simulations use generalized models; enterprise customers get calibrated outputs tuned to their specific compounds and crew profiles.

Free simulations run in your browser. We do not store personal health inputs unless you create an account and explicitly save a mission profile. Enterprise data is encrypted at rest and in transit. See our Privacy Policy for details.

Anyone preparing for, investing in, or studying human spaceflight and space-based pharmaceutical development. That includes aerospace engineering students, space health researchers, biopharma teams evaluating microgravity programs, longevity investors, and future space tourists who want to understand what a mission will do to their body.

Unlimited simulations with generalized physiological models across LEO, lunar, and Mars transit profiles. You get projected circadian drift, bone density changes, cognitive effects, and a basic countermeasure plan. Enterprise unlocks custom parameters, compound-specific crystal growth models, API access, and dedicated support.