In-Space Manufacturing

Develops space-based solar power satellites that collect sunlight in low Earth orbit and transmit energy to portable ground receivers via infrared lasers

Develops commercial space station modules, operates private astronaut missions to the ISS, and produces next-generation EVA spacesuits

Develops small recoverable spacecraft for microgravity research and manufacturing, with high-frequency cargo return services from low Earth orbit

Develops autonomous miniaturized laboratories and bioreactor platforms for pharmaceutical research and biomanufacturing in microgravity

Develops AI-powered biospheric systems and autonomous greenhouse pods for plant cultivation on Earth and food production in space

Builds reusable orbital vehicles for precision Earth return of cargo and manufactures fiber optics in microgravity

Manufactures satellite components, solar arrays, deployable structures, and spacecraft platforms for defense, civil space, and in-space manufacturing missions

Develops bespoke satellite platforms and lab-on-a-chip payloads for microbiology, pharmaceutical, and life sciences research in microgravity

Manufactures advanced semiconductor materials and alloys in microgravity using reusable, returnable satellite platforms for return to Earth

Designs and operates automated microgravity research and manufacturing facilities aboard the ISS and develops free-flying orbital platforms

Develops reusable spacecraft through on-orbit assembly and reprovisioning, extending operations and cutting lifecycle costs by 80%

Develops orbital data centers that provide GPU compute and AI inference services in space using solar power and passive radiative cooling.

Defending, servicing, and building space infrastructure with X-ray inspection, robotic toolkits, and autonomously assembled orbital platforms

Builds autonomous spacecraft that process pharmaceuticals in microgravity and returns materials to Earth via high-velocity reentry capsules.

Designs and manufactures commercial space stations in low Earth orbit for crewed missions, microgravity research, and in-space manufacturing.