The deep space company.
Built with the universe.
Data Centers in Space That Work.
Data Centers in Space That Work.
We noticed we don't need the sun - or Earth-made fuel - to persist into deep space.
About
E.D.E.N. is building a new kind of computer for space. Most systems sent to space were built for Earth first — then protected from radiation, heat, and decay. E.D.E.N. starts the other way around: build for space first. While most companies see space as a harsh void to survive, we asked a different question: what is the universe, and how can we build with her? Rather than sending heavy, Earth-made systems into orbit to degrade, we designed architecture that uses the conditions of space to become persistent, scalable, and economically powerful.
"What if the universe isn't a constraint to overcome — but a machine we've barely learned to operate?"
"The universe is a machine.
We found the throttle."
Our Products
E.D.E.N. is building a new kind of computer for space. Faster. Cheaper. And it works in deep space. Compute in space shouldn't look like Earth computers. Right now, if you put a computer in space it needs cooling, bits flip, and eventually the computer fries. E.D.E.N. is building compute infrastructure designed for space from the ground up — not adapting Earth-based systems to survive there. E.D.E.N. Node-1 is the first non-Von Neumann computer since 1945 where the material is the computer. Standing on the research of giants, we have architected a novel, patent-pending system dramatically faster than any terrestrial or space data center chip. Shielding is not required. Cooling is not required. This is because the materials we selected work in space. Some materials are even rad-hard, meaning they get stronger in what many consider adverse conditions unique to the universe.
Not an iteration on an old machine, but a new computer architecture built for space. The SpaceVine grows and self-assembles in space and can thrive on the dark side of the moon.
Rockets are the wrong starting point. Right now, rockets are mostly fuel. Up to 90% of a rocket’s weight is fuel that we burn just to escape Earth. So we asked: what happens if you don’t carry fuel at all? What if we build a structure in space that moves things for you using existing forces? So instead of throwing a ball really hard with a rocket, we designed a rail system that keeps accelerating things continuously. We are building persistent, novel cargo transportation infrastructure for space. Not a rocket. Not a capsule. Not a satellite.
Imagine Mars in 60 days — not 4 years. We’re building the infrastructure to make that a question of engineering, not imagination.
Many claim a new paradigm.
The largest rocket ever built is 90% fuel.The most advanced silicon satellites need football fields of radiation shielding. Project E.D.E.N. seeks to need neither. Instead of burning fuel to fight space, we build systems that use the natural environment to power, move, and compute. Rather than launching heavy terrestrial hardware that degrades in orbit, we manufacture natively in space. We lean into the universe as it is: the material is the computer. This leapfrogs silicon entirely, replacing high-CapEx brute force with the inherent logic of physics itself.
And this is just the beginning.
"We asked what the universe is and how we can build with her — not in spite of her."
Careers — Pasadena, California
From NASA grey-beards to MIT PhDs — if you're optimistic about space data centers yet see the problems in the mainstream approach, we'd love to talk. If you want to contemplate and then create a path to Mars in 60 days, we're grateful you exist.
The physics and peer-reviewed journals were always there. Nobody connected it. We did. Novel discoveries in photonic architecture filed under our provisional patent portfolio. And boy, have we patented it.
Genuine belief in what we're building, why it matters, and where it leads. No cynics.
Out of house. Real-world execution discipline paired with in-house ambition.
On-site in beautiful Pasadena, California. No layers. Direct impact from day one.
We trust the people we hire. We don't pretend kids and family don't exist. Play and rest are essential to brilliant work.
Scientific Advisor
Dr. Roger Myers, PhD
AIAA Fellow · Mars Curiosity Propulsion Lead · Aerojet Rocketdyne · National Academies
Founding Partner Program
Reserve compute at flat fees. Tokens are foundationally archaic — we operate on a simpler, more powerful model for a fundamentally different machine.
Access our proprietary ROI calculator to model what space-native compute means for your workload and your bottom line.
Founding partners get access to our digital twin environment to simulate and validate deployments before they launch.
No per-token pricing. No surprise bills. A fundamentally different commercial structure for a fundamentally different paradigm.
Founding partners, potential hires, curious minds — we're open.
Backed by the NVIDIA Inception Program.