Power First, Data Center Next

One company won’t build your data center until it has a deal for the energy in hand.

AIB Data Centers is betting that the most valuable part of an artificial-intelligence data center is not the building or even the computers inside it. It is the electricity. At least one company thinks so. 

In an investor presentation furnished with an 8-K filed this week, the New York-based developer calls its strategy “power first”: secure deliverable utility capacity before committing heavily to land, construction or tenants, then build computing infrastructure around that power.

It’s all about sequencing. In the case of data centers, first comes power. AIB says each prospective site must pass three gates before acquisition: an executed electric-service or power-purchase agreement, control of the land, and a defined interconnection path from the grid to the property. 

It grades electricity as firm, conditional or speculative and says it targets the first two categories. The company’s description of the strategy says this reverses the usual order, starting where many developers finish. In a market in which grid connections can take years, AIB argues that control of power—not acreage—is the scarce asset.

That approach also shapes what AIB wants to build. Rather than compete directly for giant hyperscale projects, the company is targeting facilities of 150 megawatts or less. It says those smaller projects can lease, build and reach cash flow faster, with fewer long-lead supply-chain dependencies and less local opposition. 

As Gary Heitz, AIB’s vice president of sales, put it, “it is much quicker to build a site that is 50 to 150 megawatts versus a 300, 500, maybe even a gigawatt campus.” AIB’s modular designs are intended for high-density, liquid-cooled computing, while customers bring their own graphics processors. 

Modified net leases would leave AIB owning the powered shell, not the rapidly changing chips, reducing its exposure to hardware obsolescence. Simply put, AIB tells tenants it’s a “bring your own GPU” party.

The clearest example is CLT-01, a former bitcoin-mining site being repurposed for AI and high-performance computing. Its existing electrical infrastructure and a long-term utility agreement provide 65 megawatts of contracted power. 

AIB claims its combination of pre-screened sites, utility agreements, modular halls and early equipment procurement can deliver capacity in roughly nine to 12 months, compared with more than 18 months for a conventional build. Its presentation this week lists about 570 megawatts across six identified sites, but only 65 megawatts is contracted; much of the rest remains under development or evaluation, and the company cautions that the timeline is illustrative.

For now, the financial results tell a less expansive story. AIB’s second-quarter results show revenue of $2.9 million, down 39 percent from $4.7 million a year earlier. Revenue for the first half fell 15 percent to $7.8 million from $9.2 million. 

The quarter produced a $517,000 gross loss and a $3.6 million operating loss. Management attributed the decline partly to a transition away from a single-anchor-tenant hosting model and partly to the temporary de-energization of its legacy bitcoin operations after mining became uneconomic.

That creates a gap between the company’s power inventory and its revenue base. 

AIB said in its quarterly filing that it had not yet commissioned purpose-built AI/HPC capacity or generated revenue from a long-term AI/HPC customer contract. It was negotiating with a prospective tenant for CLT-01, but no definitive lease had been signed. AIB ended the quarter with $52.8 million in cash and no traditional debt, giving it resources to pursue the pivot. 

The test is whether “power first” can turn scarce megawatts into signed leases before falling legacy revenue and development spending consume that cushion.