Against the backdrop of fluctuations in Bitcoin mining revenue and regulatory uncertainty, HIVE Digital, a mining company with its own data centers and energy facilities, has chosen to shift its "selling hashing power" target from on-chain hashes to AI-focused GPUs. On June 18, 2026, HIVE announced that its wholly-owned subsidiary BUZZ High Performance Computing (BUZZ HPC) has reached a collaboration with Canada’s major telecommunications operator Bell Canada (including its Bell AI Fabric business) and large model company Cohere Inc., signing a three-year GPU cloud service contract. According to a single public source, the total amount of this contract is approximately $220 million, and BUZZ HPC will provide sovereign AI GPU cloud services to supply high-performance computing power for the Canadian market, although the specific terms and revenue structure of the contract have not yet been detailed publicly. For HIVE, this represents the most tangible step since it publicly proposed a "transformation towards high-performance computing": it is no longer just providing hashing for the Bitcoin network, but repackaging the facilities and power that were originally for mining into infrastructure for AI enterprises and operators; for Canada, this is a piece of the puzzle, pointing towards the official aim of "building local sovereign AI computing capabilities and reducing dependence on external cloud services". This article will discuss how this three-year GPU cloud service contract has become the intersection of two curves: one is the business shift of Bitcoin mining companies under revenue diversification pressure, and the other is Canada’s urgent need for local computing power under the sovereign AI narrative.

Bitcoin Miners Transforming into AI Facilities: HIVE's Shift

For HIVE Digital, this signing is merely a news milestone, behind which is a pivot that has long been initiated. As a company primarily focused on Bitcoin mining for a long time, HIVE invested heavily in building data centers and securing energy resources early in the industry, whereas others were "renting data centers to mine". It already held the data centers, power, and cooling systems in its hands. As mining revenues fluctuated frequently over the past few years and regulatory uncertainties rose, HIVE publicly proposed a transformation towards high-performance computing (HPC), essentially to repurpose these heavy assets originally serving mining into computing infrastructure that can directly connect with enterprise and institutional clients.

Bitcoin mining companies generally possess large-scale data centers, cooperative power procurement, and cooling systems, and these infrastructures, originally designed for the stable operation of ASIC mining machines, are naturally compatible with large GPU clusters and AI training tasks. HIVE established and operates the wholly-owned subsidiary BUZZ High Performance Computing, separating this new business line from the traditional mining sector, allowing a dedicated team to operate HPC and GPU cloud services. On June 18, 2026, when BUZZ HPC, as an independent business entity, signed this three-year GPU cloud service contract with Bell Canada (including Bell AI Fabric) and Cohere, HIVE made a clear and visible strategic pivot from "using computing power to mine Bitcoin" to "selling computing power services externally", marking a milestone with a price tag; henceforth, it would not only be viewed through financial reports but also recognized as a key computing power supplier on Canada’s sovereign AI infrastructure chessboard.

The Sovereign AI Computing Race: Canada No Longer Wants to Rely on Others

The so-called "sovereign AI infrastructure" fundamentally means firmly grasping the three components of computing power, data, and networks within one's own borders: the GPUs for training and deploying models run in local data centers, operate on domestic networks run by local operators, and critical data does not need to cross borders, with reliance on external cloud services minimized. For Canada, this is not only a choice of technical route but also a question of "whether to steer the ship oneself or hand control to others". In the past, training large models, inference, and enterprise-level AI implementation often could not avoid a few overseas cloud giants, whose pricing power, prioritization, and even compliance boundaries were hard to arrange according to the pace of Canada’s local industry and regulations, which is precisely the structural anxiety that the "sovereign AI" narrative seeks to address.

In this chess game, Bell Canada is responsible for the "pipeline" and "land". As Canada’s major telecommunications operator, it holds nationwide communication networks and data center resources, and through Bell AI Fabric, it packages these infrastructures into local cloud and network service capabilities tailored for AI scenarios. From Bell's perspective, introducing BUZZ HPC to provide local GPU clouds, combined with Cohere, a company headquartered in Canada specializing in large language models and enterprise-level AI solutions, effectively assembles a complete stack of "telecom-grade network + local computing power + local large models". The three-year GPU cloud service contract signed on June 18, 2026, is defined by the officials as providing "local sovereign AI GPU computing resources" for Canada, aiming to allow enterprises and institutions to use Cohere models and access Bell AI Fabric without the need to route through overseas cloud service providers, but rather to complete the entire chain locally within Canada’s networks and data centers, which is also a key observation point in assessing whether Canada’s sovereign AI computing race can genuinely escape the "reliance on others" status.

What the $220 Million Order Means for HIVE

For Canada, this is a contract for "sovereign AI" infrastructure; for HIVE, it is more like a three-year test paper that rewrites its revenue narrative. The total contract amount is about $220 million over three years, and it is a medium to long-term agreement for continuous GPU cloud service provision, rather than a one-off hardware clearance. Logically, this introduces a cash flow to HIVE that is entirely different from traditional Bitcoin mining: in the past, its revenue had fluctuated dramatically in accordance with cryptocurrency prices, total network computing power, and halving cycles; now, it attempts to exchange a locked-term computing power service contract for a more predictable resource utilization rate and accounting rhythm, converting part of the price fluctuation risk into questions of contract performance, data center operation, and service quality.

However, to what extent this order can rewrite HIVE’s revenue structure remains uncertain due to the lack of critical pieces. Research briefs have made it clear that the specific execution timeline of the contract has not been disclosed; we do not know if the supply over the three years will be linear or phased by usage; the models and quantities of GPUs are undisclosed, and the division of capital expenditures and resource investments among the parties has not yet been clarified. In the absence of these premises, it is difficult to assess how much additional investment HIVE will need, how much existing data center and energy resources can be reused, and how long it will take to convert this $220 million into actual service revenue; therefore, this contract is currently more like a clearly defined but detail-ambiguous roadmap, reminding the market to see HIVE’s intent towards AI computing power diversification while requiring investors to acknowledge the uncertainties brought about by incomplete information as they envision a more stable cash flow.

Collective Shift of Mining Companies to AI: Opportunities and Traps Coexist

HIVE putting BUZZ HPC in the spotlight is not an isolated case but part of a broader reshuffle in the entire Bitcoin mining landscape. In recent years, as mining revenue has fluctuated and regulatory uncertainties have intensified, many mining companies have begun to pivot the two heaviest assets, "data center + electricity", towards high-performance computing and AI, attempting to use new computing power leasing revenues to hedge the fragility of sole reliance on Bitcoin price and network difficulty. Compared to new players building data centers from scratch, these mining companies naturally hold the upper hand in terms of electricity procurement and infrastructure construction: power access, cooling systems, rack space, and operation teams are already there, and what is being migrated is the business model rather than the entire physical asset. From a theoretical perspective, as long as the electricity and facilities originally used for driving ASIC mining machines are partially allocated to GPU clusters, there is an opportunity to transform a highly volatile cash flow into what appears to be a more predictable service contract, which is why HIVE is willing to overlay Canada’s sovereign AI narrative onto its own assets.

However, transforming mining facilities into "AI factories" is not simply an engineering project involving hardware replacement. Traditional Bitcoin mining relies on ASIC machines, which have a singular hardware structure and clear scheduling logic, whereas HPC and AI businesses revolve around GPUs and other general computing powers, requiring GPU cluster management, task scheduling software, service level agreements, and service capabilities developed through long-term collaboration with AI companies. For mining companies accustomed to winning by scale of computing power, this presents a completely new technology stack and organizational mindset. Risks also accumulate: paths like that of HIVE, which cuts into AI through a large GPU cloud contract, essentially bet a large portion of future cash flow on a few clients; should the other party’s demand adjust or willingness to renew change, the income curve could be amplified in volatility; at the same time, the weight of AI infrastructure in the policy agendas of various countries is increasing, and how future regulatory frameworks define this, whether data and computing power are subjected to stricter compliance boundaries, will directly impact the operational space of these "transforming mining companies". Additionally, the growth rate of AI computing power demand itself may not meet expectations or might even experience a phase of cooling, and these variables will ultimately determine whether HIVE and others have paved a steadier path of diversification or are enduring volatility in a new cycle with a different form.

From Miners to Infrastructure Players: What’s Next?

From the three-year GPU cloud service contract between BUZZ HPC, Bell Canada, and Cohere, this isn’t merely HIVE Digital swapping out idle racks for a new tenant; it represents a formal bet of the data centers and energy assets accumulated during its Bitcoin mining phase onto the new track of sovereign AI GPU cloud in Canada. For HIVE, this is a concrete foothold in its high-performance computing transformation plan, while for Canada, it is a piece of the puzzle in reducing reliance on foreign cloud services and addressing the shortfall in local AI infrastructure. Similar mining companies shifting to AI computing services provide the entire cryptocurrency industry with a new narrative of "from mining to computing power infrastructure", but at this stage, where contract terms have not been fully disclosed and the overall industry lacks long-term performance samples, this story feels more like a preface than a conclusion. What really deserves attention going forward is how HIVE and BUZZ HPC will disclose their execution rhythm and resource allocation plans, whether Canada’s local AI ecosystem is willing and accustomed to placing critical workloads on such sovereign AI GPU clouds, and how the weight of mining companies’ revenues shifts between Bitcoin and AI computing power as the contract progresses; these variables will ultimately decide whether this shift becomes an upgrade in the business model rather than a mere cyclical shift.

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