Bitcoin Miners Are Becoming GPU Landlords. Canada Just Showed How.
HIVE Digital's BUZZ HPC subsidiary has signed a three-year, $220 million contract to supply Nvidia Grace Blackwell GPUs for a sovereign AI facility in British Columbia, a deal that pulls one of the earliest publicly traded Bitcoin miners deeper into the artificial intelligence compute business and offers a model other countries are already studying.
The agreement, announced June 18, pairs HIVE Digital Technologies (NASDAQ/TSX: HIVE) with Bell Canada's AI Fabric platform, enterprise AI firm Cohere, and Hypertec Group, a provider of end-to-end sovereign AI infrastructure that holds a previously disclosed partnership with Bell on sovereign AI buildouts.
The 2,304 Nvidia GB200 NVL72 rack-scale GPUs will be housed at Bell's data centre in Merritt, British Columbia, running on renewable energy and interconnected via Nvidia Quantum InfiniBand networking. Deployment is scheduled to begin in late 2026 and carry into early 2027.
The explicit condition binding all parties: every computation stays inside Canada. No data leaves the country for processing on US hyperscaler infrastructure. That requirement, embedded in the deal's terms, puts the agreement squarely inside the emerging policy category known as sovereign compute.
What HIVE Gets Out of It
HIVE expects the contract to generate roughly $70 million in new annual recurring revenue. Combined with an existing HPC contract covering 504 Blackwell B200 GPUs that already contributes around $35 million per year, the company would exceed $100 million in annual HPC revenue once the Bell facility is fully operational. HIVE shares jumped approximately 10 percent in pre-market trading on the announcement.
The company is funding part of the buildout through a $115 million convertible note raise completed in April 2026. Its fiscal year 2026 results showed $297.8 million in total revenue, up 158 percent year over year, a gross operating margin of $107.9 million (up 329 percent year over year), an adjusted EBITDA of $72.9 million, and a Bitcoin hashrate of 25.1 exahashes per second.
That hashrate figure is notable because the mining economics behind it have deteriorated badly. The global Bitcoin network reached roughly 1,160 EH/s by October 2025, and alongside that network growth, the weighted average cash cost to mine one Bitcoin among public miners climbed to approximately $79,995 in Q4 2025, reflecting the higher difficulty and energy expenditure that typically accompany expanded global hashrate. Bitcoin was trading in the $68,000 to $70,000 range in Q1 2026, meaning the average publicly traded miner was operating below breakeven.
Craig Tavares, President and COO of BUZZ HPC, framed the shift in national terms: "Canada helped invent modern AI. Now we are building the factories to power it."
The Sovereign Compute Argument
Cohere, the Toronto-founded enterprise AI company that serves as the AI workload client in the deal, operates alongside Bell AI Fabric as the infrastructure host and sovereign orchestrator. Cohere has made data governance its core selling point in government and regulated-industry markets. Its Canadian country manager, Michael Pelosi, described the rationale plainly: "It's about knowing where those models run, how data is protected..."
Cohere reported approximately $240 million in revenue (USD) in early 2026 and, separately, received CAD $240 million in Canadian federal funding in December 2024 under the country's Sovereign AI Compute Strategy. These are distinct figures in different currencies. The Canadian government has publicly designated the company a national AI champion.
Cohere's sovereign compute ambitions have also expanded beyond North America: in April 2026, the company agreed to acquire German AI firm Aleph Alpha, reinforcing its positioning as a transatlantic sovereign AI provider and giving the Bell deal additional strategic context.
Michel Richer, president of Bell AI Fabric, described the agreement as a step toward closing a gap in domestically controlled AI production capacity, with processing on infrastructure located in Canada. Canada's Minister of AI and Digital Innovation, the Hon. Evan Solomon, said the partnership brought together key elements of the country's AI strategy and would "strengthen Canada's position" in the global AI competition.
HIVE's executive leadership, including Executive Chairman Frank Holmes and CEO Aydin Kilic, did not provide additional comment for this piece beyond previously published statements.
Why Emerging Markets Are Watching
The deal's architecture matters beyond North America for a straightforward reason: it demonstrates that sovereign AI infrastructure can be assembled through a public-private consortium financed with convertible debt, not just through direct government procurement or hyperscaler contracts.
Governments across sub-Saharan Africa and South Asia face the same tension Canada is trying to resolve. Most AI inference and training workloads for public institutions in countries like Bangladesh, Kenya, Nigeria, and Sri Lanka run on AWS, Azure, or Google Cloud, raising sovereignty concerns that parallel Canada's: sensitive data crosses borders, and governments lose direct oversight of the infrastructure processing it.
Early-stage sovereign compute initiatives, including the AU-backed AfriCloud network with nodes in Kigali, Lagos, and Cape Town, are working against a severe GPU deficit with limited public funding. The HIVE-Bell model, using a private miner's existing data centre footprint combined with convertible financing to acquire constrained Blackwell GPUs, offers one potential template.
HIVE's own footprint adds a direct angle for emerging-market readers. The company operates data centres across Canada, Sweden, and Paraguay, including a 300 MW facility in Paraguay, giving it a diversified geographic base that spans multiple energy environments and regulatory regimes.
As Bitcoin mining margins stay compressed, the AI pivot model HIVE is executing in Canada could offer a template for low-cost-power regions like Ethiopia and East Africa, where crypto mining infrastructure already exists but AI contract revenue currently does not. Across the broader public mining sector, AI and HPC revenue accounted for roughly 30 percent of total revenue in Q4 2025, with projections of 70 percent by end-2026 for miners with executed contracts. More than $70 billion in cumulative AI and HPC contracts have been announced across the sector, underscoring that the GPU landlord model represents a structural shift rather than an isolated experiment.
The 2,304 GB200 units in this deal also represent a meaningful slice of still-constrained Blackwell supply. For developers in South Asia and Africa who face long waits and high prices for frontier GPU access via hyperscalers, sovereign cloud actors accumulating this scale of compute capacity may, over time, open alternative access paths through sovereign cloud APIs.
What Comes Next for HIVE
Beyond the Bell contract, HIVE has announced plans for a 320 megawatt AI facility in the Greater Toronto Area, with an estimated CAD $3.5 billion capital expenditure and initial operations targeted for the second half of 2027.
If completed, that project would rank among the largest AI data centre buildouts announced by a company that started life as a Bitcoin miner, a cohort that has collectively disclosed tens of billions of dollars in AI infrastructure investment in recent years.
Whether the financing holds and the GPU allocations materialize on schedule will determine whether HIVE's pivot becomes a sector template or a cautionary case study.