Study Design
Hypothesis → CMC Endpoints
Translate your therapeutic goals into testable spaceflight protocols.
Pre-Flight Validation
We provide staged CRO/CDMO support from feasibility and MagRise ground screening to ADI-Lab orbital execution, sample return, and decision-grade reporting.
Hypothesis → CMC Endpoints
Translate your therapeutic goals into testable spaceflight protocols.
Pre-Flight Validation
Terrestrial Simulation
Qualify biological responses on Earth before orbital investment.
De-Risk Flight Spend
ADI-Lab Integration
Lock hardware settings, environmental controls, and automation protocols.
Zero-Rework Assurance
Telemetry & Live Ops
Execute live-monitored experiments in automated microgravity labs.
Precision Execution
Regulatory-Grade Data
Receive complete data packages and samples for pipeline decisions.
Actionable Evidence
ADI-Beta mission, February 2023 — multiple microorganisms transported to 300 km altitude. Yeast cultures returned 4× growth compared to ground controls, validating our biological preservation and payload design.

Use staged studies to test whether gravity is masking a biological, formulation, or stability effect — before committing to larger orbital programs.

Get cleaner signals earlier so weak leads are easier to stop or redesign — before they consume serious budget.

Run small, controlled orbital tests before committing to expensive scale-up programs. Find failure modes in orbit, not in production.

Design one mission to test multiple hypotheses — maximise learning per dollar with parallel experiments in a single payload.
CMC-relevant microgravity data for biologics, formulations, and translational R&D pipelines. Decision-grade datasets with regulatory-aware documentation.
Experiment design, payload access, and mission support for teams with a defined microgravity hypothesis and a need for flight-ready data.
Payload partnerships, platform access, and co-development programs for government agencies and national research institutions.
Payload slots fill months ahead of launch. Early enquiries get priority access to mission design.
Gold-standard microgravity with extended culture periods and potential astronaut interaction.
Short-duration experiments with rapid data return. Ideal for screening and preliminary studies.
ResearchSat & RMIT collaboration revealing significant insights into gene expression and cellular morphology changes in microgravity environments.
A comprehensive review of emerging biological research platforms enabling life-science experiments in low-Earth orbit.
Bring us the molecule, formulation, cell system, or assay question where gravity may matter.
We scope the experiment, build the payload, manage the mission, and deliver a decision-ready dataset — so your team focuses on the science, not the logistics.
Free discovery call — no commitment required. We scope the experiment, send you a written proposal, and you decide.