Home/Deal Room/Hyperscale Data signs $1.2B Michigan AI compute MSA

Cloud capacity · Evidence brief

Hyperscale Data signs $1.2B Michigan AI compute MSA

Hyperscale Data / Alliance Cloud Services + unnamed California neocloud provider

Primary sourcePress release only2026-06-24
Deal structureMaster services agreement / AI compute colocation capacity
GeographyDowagiac / Michigan data-center campus
Infrastructure layersCloud capacity + data centers + power infrastructure
Disclosed scale20 MW of critical AI compute capacity at Hyperscale Data's Michigan campus expected to be operational in Q4 2026; initial 10-year term plus two five-year customer extension options could generate more than $1.2B, with a customer right to expand to 52 MW that could lift total contract revenue above $3.0B if exercised through the full extension period; initial 20 MW retrofit estimated at $100M-$120M

Why it matters

The strategic read

Moves another bitcoin-mining campus into contracted AI/HPC infrastructure with a named service-provider seller and a revenue figure above the Deal Room threshold. The scarce input is powered retrofit capacity: Hyperscale Data says Alliance Cloud Services is converting 60,000 square feet and reallocating Michigan power from mining toward AI workloads, with an option path from 20 MW to 52 MW and a longer-term concept above 300 MW. It is a useful small-to-midscale receipt for the miner-to-neocloud pivot, even with the customer still unnamed.

Source-supported terms

What was disclosed

  1. 01

    Hyperscale Data announced on June 24, 2026 that Alliance Cloud Services, an indirect wholly owned subsidiary, signed a Master Services Agreement with a California-based neocloud provider.

  2. 02

    The MSA covers 20 MW of critical AI compute capacity at the company's Michigan data-center campus.

  3. 03

    Hyperscale Data said the 20 MW deployment is expected to be operational during Q4 2026, with CEO William Horne saying material revenue may begin as soon as late September 2026.

  4. 04

    The MSA has an initial 10-year term and two five-year extension options exercisable by the customer.

  5. 05

    If the customer exercises the full maximum term, Hyperscale Data expects the MSA to generate more than $1.2B in revenue.

  6. 06

    The MSA gives the customer a right to an additional 32 MW of critical AI compute capacity, for a potential total of 52 MW.

  7. 07

    If the 32 MW expansion is exercised within the first two years and continues through the two five-year extension options, Hyperscale Data expects total contract revenue above $3.0B.

  8. 08

    Alliance Cloud Services has begun retrofitting approximately 60,000 square feet of the Michigan campus and expects the initial 20 MW deployment to cost about $100M-$120M.

  9. 09

    Hyperscale Data said it currently operates approximately 28 MW of bitcoin-mining capacity at the Michigan campus and expects to allocate an increasing share of the site to AI and high-performance computing workloads as customer deployments come online.

  10. 10

    The company said the Michigan campus may ultimately support more than 300 MW of total power capacity, subject to regulatory approvals, financing, infrastructure availability, engineering studies, utility agreements and other factors.

  11. 11

    DCD separately reported the contract as a 20 MW capacity agreement with an unnamed neocloud customer at Hyperscale Data's Michigan data center.

Disclosure boundary

What is known—and what is not

Primary company press release distributed through PRNewswire plus same-day DCD coverage. Public materials disclose the MSA structure, seller subsidiary, unnamed California-based neocloud customer, 20 MW initial AI compute capacity, Q4 2026 operational target, 10-year initial term, two five-year extension options, expected revenue above $1.2B if exercised for the maximum term, 32 MW expansion right, potential 52 MW / above-$3B total revenue path, retrofit scope and estimated initial deployment cost. Public materials do not disclose the customer name, full MSA, pricing schedule, minimum take-or-pay obligations, SLA terms, remedies, exact rack/GPU configuration, power pricing, utility agreement terms, financing, permits, construction/EPC vendors, expansion exercise conditions, cancellation rights or whether the 300 MW campus concept will be approved, financed or developed.