TeraWulf Inc. just bought itself another massive plot of Kentucky real estate, and this one could eventually house more than a gigawatt of data center capacity. The Nasdaq-listed company acquired the Muskie Data Campus, a hyperscale AI and high-performance computing site in Eastern Kentucky, from Industrial Equity Partners.
The deal expands TeraWulf’s total development pipeline by roughly 36%. For a company that started life as a Bitcoin miner, that’s a pretty deliberate pivot toward the business of powering artificial intelligence.
What TeraWulf is actually building
The Muskie Data Campus sits on approximately 285 acres within the 1,000-acre EastPark Industrial Park in Eastern Kentucky.
The projected buildout is split into two phases. The first targets 500 MW of operational capacity by the second half of 2028. The second phase aims to add another 500 MW by the second half of 2030, bringing the site’s total potential past the 1 GW mark.
This is now TeraWulf’s second major campus in Kentucky. The company acquired its Justified Data facility in Hawesville back in February 2026, a site with 480 MW of capacity. Between the two Kentucky locations alone, TeraWulf is looking at nearly 1.5 GW of potential capacity in a single state.
Across its entire portfolio, TeraWulf’s development pipeline now stands at approximately 2.8 GW.
The Bitcoin-to-AI pipeline keeps growing
TeraWulf has been building toward this shift methodically. The Justified Data acquisition in February 2026 was the first major signal. The Muskie Data Campus deal, announced May 26, 2026, confirms that this isn’t a one-off diversification play. It’s the strategy.
The company also has expansion efforts beyond Kentucky, including previous deals in Maryland, suggesting a multi-state infrastructure approach rather than concentration in a single region. TeraWulf has forged significant hosting partnerships, including multi-year contracts with Fluidstack that include commitments backed by Google.
What this means for investors
The 36% pipeline expansion is the headline number, but the real story for WULF shareholders is the revenue diversification it represents. Bitcoin mining revenue is inherently cyclical, tied to both the price of Bitcoin and the difficulty adjustment that determines how much each miner earns. AI and HPC hosting revenue, by contrast, typically comes through multi-year contracts with enterprise customers.
The risk, of course, is execution. Building out more than 1 GW of data center capacity across two phases over four years is an enormous undertaking. It requires securing power purchase agreements, building or upgrading transmission infrastructure, and actually constructing the facilities on schedule. Delays in any of those areas could push revenue recognition further out than the 2028 and 2030 targets suggest.
There’s also the question of competition. TeraWulf isn’t the only former crypto miner pivoting to AI infrastructure. Core Scientific, Hut 8, and several other companies are chasing the same hyperscale customers.
With a total pipeline now approaching 2.8 GW and two major Kentucky campuses anchoring its development strategy, TeraWulf is betting that it can be one of those winners. The next meaningful milestone to watch is whether the company secures anchor tenants for the Muskie campus before the first phase comes online in 2028.