One Ecosystem.
Two Spheres.
We Look Up
For 200,000 years, humanity has looked down at the ground for resources. We dug, we burned, and we scarred the Earth to fuel our progress.
Space Ecovision proposes a new direction: We look up.
By moving energy generation and raw material extraction to the Solar System, we allow Earth to return to its primary purpose: a garden, a reserve, and a home. This is the Great Inversion: using the resources of the sky to heal the biosphere of the ground.
Structuring the
Interplanetary Economy
Interplanetary Logistics
Engineers usually optimize for cost. We optimize for energy. We are investigating the "Metabolic Trade-off": At what precise scale does the energy cost of launching infrastructure become lower than the ecological cost of extracting resources on Earth?
Bio-Regenerative Systems
Space agencies build life support systems for astronauts to survive. We analyze how to scale those systems for cities to thrive. We explore how the strict constraints of a Mars Base (zero waste, total recycling) can transform industrial circularity on Earth.
Equitable Expansion
Most governance groups focus on treaties. We focus on the flow of materials. We are researching frameworks to ensure that the Developing Nations supplying the raw materials for space hardware gain an equitable share of the resulting orbital economy.
Where do you fit in?
These aren't rigid roles—they're complementary perspectives. Many collaborators work across multiple domains.
The Cultivators
Mission: To sustain life in the void. Designing the seed banks, the ecosystems, and the social fabric of our new home.
The Builders
Mission: To solve the hard problems of energy and transport. Integrating the Solar System into our economic sphere.
The Architects
Mission: To write the constitution of a multi-planetary civilization. Prioritizing stewardship over exploitation.
The Missing Link
The space industry is rapidly expanding. While others focus on Hardware and Governance, Space Ecovision focuses on
Founded by researchers in economics, physics, and life sciences, we represent a new school of thought. We do not view Space and Earth as competing economies. We view them as one metabolic system.
We utilize the principles of Ecological Economics to model how space resources can lift the industrial burden off our planet—ensuring that the expansion of humanity leads to the flourishing of Earth.