A lower-carbon ambition
Use direct solar heat and recover useful waste heat, then measure the whole system’s emissions against a defined baseline.
AMERICAN INGENUITY. PLANETARY AMBITION.
Intelligence, in balance with nature.
Building a future where the infrastructure of superintelligence can also serve water, energy, and the communities around it.
A development-stage infrastructure initiativePacific coast → Inland possibilities
Future campus · AI-generated conceptA NEW RELATIONSHIP WITH INFRASTRUCTURE
The next intelligence revolution needs a better foundation.
Data centers are essential to the future of science, industry, and superintelligence. Their infrastructure can be designed to create value beyond computing.
American Dream.si proposes bringing ocean cooling, recovered server heat, concentrated solar heat, and freshwater production into one carefully engineered system.
Discover the integrated systemDIRECT SOLAR HEAT
ENERGY WITH PURPOSE
Let heat do more useful work.
Recover lower-temperature server heat. Concentrate sunlight for higher-temperature processes. Study storage and energy recovery together.
Explore the engineering
WATER WITH A DESTINATION
From the ocean. Toward opportunity.
A different approach to inland water supply, with the Salton Sea as a proposed research focus.
Water & natureBUILT FOR SHARED VALUE
More than a data-center story.
A new water pathway
Study freshwater production, inland delivery, and ecological compatibility as one connected challenge.
American capability
Build a domestic supply chain and train the engineers, fabricators, and operators who can bring the vision to life.
AMBITION, WITH A PATH TO PROOF
Think at national scale. Move faster with a testable prototype.
100–250 MWProposed IT capacity per data-center hub
Five hubsLong-term U.S. deployment ambition
Heat firstDirect solar thermal, without a PV conversion step
Planning assumptions, not installed capacity. Siting, performance, permits, and financing remain to be established.
See the development roadmapTHE FUTURE IS A TEAM EFFORT