HIVE Digital Technologies is tightening the link between Bitcoin mining and AI infrastructure: the company says its mining operation is still the cash-generating foundation of the business even as BUZZ HPC scales GPU cloud services and HIVE prepares to wind down lower-output Bitcoin mining capacity in Sweden.
The company’s September 10 update says HIVE had produced an average of about 12 BTC per day since August 21, representing roughly 2% of global Bitcoin production over that period. Its GPU cloud operation was simultaneously generating average daily revenue of approximately ₿1.31 ($100,000), while the two businesses together exceeded approximately ₿13.06 ($1 million) in average daily revenue.
BTC conversions in this article use Bitcoin’s September 10 closing price of approximately $76,568 per BTC and are approximate because Bitcoin’s market price moves continuously.
Bitcoin mining remains HIVE’s cash engine
HIVE describes Bitcoin mining as the high-velocity cash-generating foundation underneath its AI infrastructure strategy. The model is straightforward: secure renewable power and data-center capacity, monetize it through SHA-256 mining, then reuse the same operating disciplines and selected infrastructure for higher-value compute when economics justify the change.
That transition is becoming more visible across the mining sector. BitcoinVersus.tech recently covered Cango starting GPU compute at a 50 MW Bitcoin mining site, showing how miners can layer AI hardware onto existing power and facility footprints rather than treating mining and AI as completely separate businesses.
For HIVE, Bitcoin mining is not being described as a legacy business to discard. It is the operating and cash-flow base from which the company says it can build a second compute business.
Swedish mining capacity is being reconsidered
HIVE says its Swedish Bitcoin mining facilities represented less than 5% of the company’s global daily revenue during August. The company intends to wind down Bitcoin mining at those facilities while evaluating whether the infrastructure can be repurposed for HPC and AI workloads.
The decision echoes a broader infrastructure shift. BitcoinVersus.tech reported that Hyperscale Data shut off every Bitcoin miner at its Michigan site for an AI deployment. HIVE’s strategy is not identical, but both cases show operators comparing the revenue potential of mining against alternative compute loads on already-developed power infrastructure.
The scarce asset is increasingly not the ASIC or GPU itself. It is energized land, interconnection capacity, cooling, networking and an operations team capable of running dense compute reliably.
BUZZ HPC gets a dedicated revenue leader
HIVE appointed Mark Volk as Senior Vice President, Revenue at BUZZ High Performance Computing. Volk’s mandate covers enterprise, government, sovereign AI, hyperscale, research and academic customers, with responsibility for GPU-as-a-Service, sovereign AI cloud, colocation and hybrid AI offerings.
Independent reporting on the appointment notes that HIVE said Volk had already worked with the company as a consultant for roughly nine months. During that period, management says its GPU cloud demand pipeline grew beyond approximately ₿13,060 ($1 billion) in potential total contract value.
HIVE also says it has closed more than approximately ₿7,836 ($600 million) in total contract value for GPU cloud agreements year to date. Those figures are company-reported contract-value metrics, not the same thing as recognized revenue, and the company characterizes its operating revenue figures as preliminary and unaudited.
The appointment matters because HIVE has already built power and compute capacity. BUZZ HPC now needs to convert that infrastructure into durable customer contracts.
HIVE lays out the mining-to-AI strategy publicly
HIVE’s public announcement ties the two businesses together explicitly: renewable energy feeds digital infrastructure, digital infrastructure produces compute, and compute is sold either through Bitcoin hashrate or GPU services.
Other miners are pursuing similar optionality at different scales. BitcoinVersus.tech recently covered Bitdeer’s plan for a 30 MW Bhutan AI data center with a path toward 500 MW, another example of mining-developed power expertise moving toward accelerated computing.
The strategic question for miners is shifting from “mining or AI?” to “which workload produces the best return from each megawatt, at each site, over time?”
The transition does not erase mining
HIVE’s September update is notable because it does not present AI as a wholesale replacement for Bitcoin mining. The company is simultaneously reporting roughly 12 BTC of average daily production, building GPU cloud revenue and reassessing a comparatively small Swedish mining footprint.
That makes HIVE a useful example of the emerging hybrid model: mining remains a flexible, globally liquid compute business, while AI contracts can potentially produce longer-duration revenue from selected sites with the right power, network and cooling characteristics.
HIVE is effectively treating power infrastructure as the platform and Bitcoin mining and AI/HPC as two different compute products that can sit on top of it.
BitcoinVersus.Tech
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