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We're building the future of labor in space.
As humanity expands beyond Earth, the infrastructure to support that expansion needs to be built. But the No. 1 constraint in space has always been labor. Today, it costs $130,000 per hour to keep a human alive in orbit. Our astronauts spend much of that time on repetitive, mundane, yet essential tasks, entirely unassisted.
That's where we start. Our robots work alongside astronauts, handling cargo logistics, experiment setup, and infrastructure maintenance aboard the ISS.
But astronaut augmentation is just the beginning. The same autonomous capabilities that free up crew time today become the foundation for operations where no humans are present at all. Commercial space stations, orbital servicing, manufacturing, and beyond.
From our base at the Brooklyn Navy Yard, our team is preparing for JOYRIDE-1, our ISS technology demonstration mission launching in 2027.
As humanity expands beyond Earth, the infrastructure to support that expansion needs to be built. But the No. 1 constraint in space has always been labor. Today, it costs $130,000 per hour to keep a human alive in orbit. Our astronauts spend much of that time on repetitive, mundane, yet essential tasks, entirely unassisted.
That's where we start. Our robots work alongside astronauts, handling cargo logistics, experiment setup, and infrastructure maintenance aboard the ISS.
But astronaut augmentation is just the beginning. The same autonomous capabilities that free up crew time today become the foundation for operations where no humans are present at all. Commercial space stations, orbital servicing, manufacturing, and beyond.
From our base at the Brooklyn Navy Yard, our team is preparing for JOYRIDE-1, our ISS technology demonstration mission launching in 2027.
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