Hyperscale Knowledge is ending Bitcoin mining at its Michigan campus and redirecting the facility toward artificial intelligence computing under a proposed agreement valued at more than $1.2 billion over 10 years.
The company said the transition will be completed by September 1, 2026. Its master services agreement with an unnamed California-based neocloud provider covers an initial 20 megawatts of AI compute capacity. Expansion options could raise the total value of the arrangement above $3 billion.
Large campus, limited initial allocation
Hyperscale Knowledge’s Michigan site covers approximately 617,000 square feet across 83 acres. The facility has infrastructure capable of supporting up to 340 MW, meaning the initial AI deployment uses only a portion of the site’s potential capacity.
Based on the stated contract value, the initial 10-year term represents more than $120 million in annual revenue before any expansion. The company also expects an additional 32 MW of capacity to come online, which it says could increase the agreement’s total value beyond $3 billion.
Investors remain cautious
The scale of the proposed AI deal has not stopped Hyperscale Knowledge shares from falling to all-time lows. The company has undergone multiple reverse stock splits, a history that has weakened investor confidence in management’s ability to create shareholder value through organic growth.
Uncertainty also remains because the neocloud customer has not been publicly identified. That leaves investors with limited information about the counterparty behind the agreement and the timing of the planned deployment.
Bitcoin mining may continue elsewhere
Although the Michigan operation is being repositioned for AI workloads, Hyperscale Knowledge has not completely abandoned Bitcoin mining. The company is reportedly continuing to examine mining opportunities in other regions, including Montana.
The Michigan campus could give Hyperscale Knowledge room to expand its AI business without building an entirely new site. With up to 340 MW of potential capacity and only 20 MW committed initially, the facility retains substantial headroom if demand for high-performance computing continues to grow.
