AI infrastructure that doesn't cost the earth.
0 L of water wasted, even at NVL72 densities.
Most AI data centers evaporate millions of liters of water a year to stay cool. Helios sites run a closed-loop, direct-to-chip liquid cooling system paired with dry coolers: the loop is filled once and recirculated, so effectively no water is wasted to keep your GPUs cold.
That means no competition with communities and agriculture for water, and no drought-driven operating risk for your workloads.
More of every megawatt goes to compute.
Purpose-built halls, liquid cooling and modern power distribution keep overhead energy low. Less energy spent on cooling and conversion means better effective cost per GPU-hour.
Efficiency is not a retrofit here. It is how the sites are designed from day one.
Every site is integrated with renewable power.
Every Helios site is developed alongside clean generation and backed by long-term power agreements, so renewable energy is part of every site's mix. The share grows as we add capacity, and because we site next to generation we tap clean power others can't reach.
Sustainable infrastructure is a business advantage.
Train and serve on water-free, renewable-backed capacity so the reported footprint per GPU-hour drops with it.
Built for Blackwell without waste.
The same engineering that lets Helios deliver dense GPU capacity quickly also reduces waste: modular halls, secured power, closed-loop cooling, and repeatable operations.
A Helios site: power-adjacent, dry-cooled, live in about three months.
Fast, clean compute. Pick both.
Thousands of GPUs or tens of megawatts, live in about three months.