First closed-loop atmosphere holds for 400 days
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Read more →We combine orbital, atmospheric and geological data into a unified planetary model. Every intervention is engineered from the principles of climatology and backed by explainable terraforming reasoning.
We build dynamic 3D climate scenarios to sequence your deployment. From atmosphere to hydrology, every action is designed to resolve the highest-value uncertainty at the lowest cost.
Every new sensor reading instantly updates the active scenarios. Uncertainty tightens with each data point, accelerating your path to a stable, self-sustaining biosphere.
A self-contained life-support basin — water, flora, atmosphere and habitat, instrumented end to end. The schematic fields below are placeholders, ready for live readings.
To make every barren world a place life can call home — engineering breathable skies, running water and living soil, one floating island of life at a time.
The worlds within our reach are colder, drier and more hostile than any frontier humanity has ever settled. Brute force alone will never make them habitable — it takes engineered, data-driven intervention.
Population, climate pressure and ambition are pushing humanity off-world faster than natural habitability could ever follow. The need for living land is compounding every decade.
Left to itself, a dead planet takes millions of years to come alive. We compress that timeline into decades by resolving the highest-value uncertainty first, at the lowest possible cost.
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Read more →Teraforma brings together a multidisciplinary team of planetary scientists and AI pioneers, designing the future of human life across the solar system.
Join us