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Satellite: Oasis Alpha, Payload Container: Pod
The LEO (Low Earth Orbit) microgravity platform we are building enables advancing research in numerous fields, including, but not limited to: material science, photonics, protein crystallisation, additive manufacturing, disease modelling, and fundamental physics. We have already integrated experiments working on protein synthesis, biotech research, quantum computing, and material science on our first satellite. Our technology, eliminates the typical bureaucracy and certification required when going to space, meaning you can solely focus on your research. We provide 5x faster, 7x lower effort, and 10x lower project cost than the industry average.
Our microgravity platform leverages the absence of buoyancy-driven convection and sedimentation to enable high-impact research and manufacturing. To name a few practical applications, this environment results in the following improvements:
- Higher-purity protein crystals, accelerating drug discovery to save millions of lives.
- Superior optical fibers, dramatically improving global data connectivity.
- Advanced 3D bio-fabrication, creating complex biological materials, which are impossible to produce on Earth.
By making access to prolonged microgravity as easy as mailing a package, our platform simplifies space-based R&D to improve the lives of people on Earth.
