Our Mission

People greedily study pictures of exoplanets and satellites of gas giants, seeking promising features. Yet even on their home planet, people are sometimes dissatisfied with atmospheric composition, weather cycles, and rising oceans. We must draw an obvious conclusion: there is no place good enough to satisfy all wishes. Conversely, any place where we can exist can be made good enough if there is a compelling reason.

Rockets alone are not enough for space exploration. Brief experiences on other celestial bodies have not led to knowledge of how to live there, as it was research, not utilization. Humanity has no experience in the latter at all.

Discussions about finding meaning in space exploration should not be taken seriously — as if humanity has found meaning in its existence on Earth. We have always looked at the sky as a goal, even when we did not know what it was. Beyond supply, transport, oxygen production, and water extraction, two main problems limit long-term human existence in space: radiation and gravity. While one can hide from radiation under a few meters of rock, microgravity is a slow killer.

Why asteroids? Because there are over 100 million objects within Jupiter's orbit with enough mass for radiation protection. Including icy bodies and the Oort cloud, we are talking about 0.5 quadrillion celestial objects. Objects that are simple and cheap to land on, which can be used to the last stone, and whose orbits can be changed.

Many asteroids will remain inaccessible, but many will become mines, factories, farms, or homes for trillions of people. Their development will change those who go there. This project is a search for answers on where new space technologies will lead humanity, what their synergy is, and what social and economic forms will emerge or vanish forever. We have collected breakthrough technologies that change the rules of the game and make the development of the Solar System possible.