
Gold!
Long before modern currencies or financial systems existed, it served as money, an ornament, and a symbol of power.
Empires hoarded it, wars were fought over it, and trade routes were shaped by its pursuit. Over time, it became embedded in banking systems, national reserves, and global trade, leading to a rush to mine as much gold as possible.
In fact, this frenzied demand for gold triggered the largest human migration, and it was merely an accident.
In January 1848, James W. Marshall, a carpenter building a sawmill at Sutter’s Mill, noticed a few unusually bright flecks in the mill’s tailrace. To his surprise, they were gold. What began as an ordinary construction site quickly became something else. Attempts to keep the discovery quiet failed, and within months the news spread across the United States and then the world.
What followed was one of the fastest and largest economic mobilizations in modern history. Capital, labor, tools, ships, and investment moved toward California. Supply chains stretched across oceans, carrying everything needed to sustain the mining of the gold, and the economic geography of the American West transformed almost overnight.
It came to be called the California Gold Rush. And one place that was at the center of it all was San Francisco.
Before the gold rush, San Francisco was a small, overlooked port with a few hundred residents and little economic importance.
But the gold changed everything. Almost overnight, tents went up along the waterfront. Wooden shacks turned into hotels, stores, saloons, gambling halls, and makeshift homes. Ships crowded the harbor. People poured in faster than the city could keep up. In 1849, as gold fever swept across the country, San Francisco’s population had exploded to roughly 28,000.
San Francisco transformed into a boomtown!
Just as gold once drew people, capital, and supply chains to San Francisco, data centers are now pulling investment, workers, and infrastructure to unexpected corners of America, transforming quiet towns and rural communities into AI infrastructure hubs.
Oregon
For much of its history, Umatilla existed on the margins of American attention, yet it played a crucial role in the nation’s military infrastructure.
During World War II, the town became home to a vast military depot. It was originally built to store and maintain supplies such as blankets, uniforms, and ammunition for the war effort. Over time, its mission expanded to include far more dangerous materials, and Umatilla became one of the few installations in the United States that stored chemical weapons.
During the Cold War, that role deepened. By 1962, the Umatilla depot was storing roughly 12% of the nation’s chemical weapons stockpile.
When the Cold War ended, the chemical depot was decommissioned, leaving Umatilla with something rare: vast tracts of cleared land, proximity to major power lines, and access to the Columbia River.
The kind of environment where AI takes root. And it did — not just in Umatilla, but across northeastern Oregon, where large-scale data center campuses have taken shape. The region is now the epicenter of one of the largest and most capital-intensive AI infrastructure build-outs in U.S. history.
Oregon's rise as an AI data center hub didn't happen by accident. It was the result of a rare alignment of cheap power, favorable tax policies, and abundant land.
This is a preview from a chapter in our latest eBook, BuildOut AI 2026—a comprehensive report on the supply chain of physical commodities powering the AI boom.
BuildOut AI Report

Today, most conversations surrounding AI are still fixated on new frontier models, Big Tech's capex splurge, and the battle between the Magnificent Seven to dominate AI.
But democratizing AI will not be decided in boardrooms or by the release of the latest model.
It is the physical infrastructure and commodities that will play a crucial role. The less glamorous layers, ones that do not reach headlines and trend on social media: copper deficits that could hit cables, transformers that can take years to procure, and the supply crunch of optical fibers that are crucial for data transfer.
This e-book is for anyone looking to go beyond the headlines, to understand where AI infrastructure is actually being built, what materials are actually required, and what supply chain constraints are brewing beneath the surface that could make or break the AI juggernaut.
In this eBook, we also cover:
How AI infrastructure and data center buildouts are transforming rural American towns into modern-day boomtowns
The supply chain of physical commodities powering AI — copper, glass, concrete, and electrical equipment that make data centers possible
Why transformer shortages have become a structural bottleneck, slowing AI infrastructure deployment
How U.S.–China trade tensions are reshaping access to critical equipment, materials, and manufacturing capacity
The growing role of industrial policy, export controls, and grid regulation in determining where AI infrastructure can actually be built
This eBook is available exclusively to paid subscribers. Upgrade now to get full access.
Pre-launch Price for CrossDock Readers
For CrossDock readers, this e-book is available at an early-bird pre-launch price, a perk of being in the community. The e-book is available as a one-time purchase for $14.99 (launch price is $49), separate from any paid subscription.
This book is available for pre-order now. The tentative launch date is the end of February 2026.
