Mass-manufactured nuclear power plants, purpose-built to power AI data centers.
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Our Story
2 people to 200 in 3 years.
$300M+ raised. An operational factory.
Aalo is born.
Aalo matures.
Aalo accelerates.
Aalo makes history.
Aalo demonstrates the future.
Aalo prepares for global influence.
Aalo disrupts the energy industry.
Why nuclear
for data centers?
Power in months, not years. Hundreds of megawatts deployed in 6 to 12 months - while gigawatt-scale reactors are still drafting permits.
99.99% uptime via fleet deployment. Refuel one at a time. Never fully offline.
Works 24/7 in any climate. No body of water required. Behind the meter or on the grid - it just runs.
Cost reduction unlocks
a holy-grail energy product.
AI data centers. Military bases. Remote and islanded grids.
Small utility.
Desalination.
Industrial heat.
Remote residential.
All grids.
All countries.
Novel applications.
Why sodium.
Liquid sodium carries heat one hundred times better than water. That means our reactor vessels are two-to-five times smaller than the competition's at the same power level - small enough to fit on a normal truck, which is what makes mass manufacturing possible.
Sodium also runs at near-atmospheric pressure, which means simpler systems and inherent passive safety. The reactor stays safe even when nobody is watching it.
Why sodium.
Liquid sodium carries heat one hundred times better than water.
Vertically integrated. Mass-manufactured.
Aalo Pilot Factory in Austin, TX
Vertical integration unlocks seamless integration on site.
40,000 sqft
Austin pilot factory, fully operational
1 GW / year
Gigawatt factory, ramping in 2030
Vertical integration unlocks complete control over cost and schedule. Mass-manufacturing unlocks cost reduction with scale.
We weld our own vessels. We build our own scaffolding modules. We fabricate our own fuel assemblies. We write our own control systems. The 10% we don't make comes from a 127-supplier network we built across the United States - no unobtainium, nothing critical on a path we don't control.
We built the first new reactor facility at Idaho National Laboratory in fifty years - in thirty-six days. The Critical Test Reactor was assembled in under four weeks. Factory completed and NQA-1 certified in six months. All achieved with under $100m in spend, in under 3 years.
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