A Citizen Mapping Project Unveils 84 Facilities
Until recently, the true scale of data centre deployment across Quebec remained something of an industry secret. While Hydro-Québec and government authorities cited commercial confidentiality to avoid releasing a precise list of power-intensive facilities, a joint initiative by civil society and academic researchers shifted the landscape. Spearheaded by the Collectif Numérique Responsable et Soutenable (NRS), the COlab research and innovation centre, and Université Laval's Chantier d'avenir en action climatique, the first independent interactive map of Quebec's data centres has now been made public.
The findings brought to light by this investigation are striking. By cross-referencing satellite photography with electrical substation maps, the team led by computer engineer Alexandre Thève identified 84 facilities across the province: 72 centres already connected and operational, alongside 12 projects in development or planning phases. Together, these facilities draw an installed capacity of 1,488 megawatts (MW). Crucially, the research shows that barely a third of this capacity (572 MW) is operated by Canadian firms. Worse, among the additional 644 MW currently planned by new developers, not a single project is backed by a Canadian company.
As reported by Le Journal de Québec, this rush by cloud giants toward Quebec's natural resources is accelerating just as environmental and civic controversies multiply. Last Friday, several hundred people protested in Sherbrooke against the construction of a mega data centre near residential neighbourhoods. Confronted with mounting pressure on the grid, Hydro-Québec has asked the Régie de l'énergie to introduce a deterrent rate of 13 cents per kilowatt-hour for facilities above 5 MW, double the standard industrial tariff. Yet behind the skirmishes over megawatts and supply decrees, a fundamental question remains unaddressed: does physically hosting foreign servers on local soil truly guarantee Quebec's digital sovereignty?
The Geographic Misunderstanding and the US Cloud Act
In institutional discourse, the expansion of server farms operated by American hyperscalers (such as Microsoft, Amazon Web Services, or Google Cloud) has frequently been framed as a step toward technological autonomy. The recurring argument relies on a misleading premise: if data physically sits inside a concrete structure in Montreal or Quebec City, it is supposedly shielded from foreign interference. In terms of international law and cybersecurity, however, this assumption is an illusion.
When it comes to data governance, physical borders give way to corporate control. In the United States, the Clarifying Lawful Overseas Use of Data Act (known as the CLOUD Act), passed in 2018, explicitly authorizes US courts and federal agencies to compel access to information held by any company subject to US jurisdiction. This extraterritorial reach applies regardless of where files are stored globally. Put plainly: a document stored on a server cluster in Griffintown or Beauharnois, but operated by a subsidiary of a US tech corporation, remains entirely subject to American law.
This legal reality runs headlong into Quebec's regulatory framework. As the Commission d'accès à l'information du Québec frequently points out, Law 25 (An Act to modernize legislative provisions as regards the protection of personal information) requires public and private organizations to exercise strict diligence. Under Section 17, any transfer or communication of personal information outside the province mandates a Privacy Impact Assessment (PIA). Whenever a vendor is subject to an intrusive foreign legal regime, the risk of forced disclosure cannot be reliably eliminated. Subsidizing clean electricity to power buildings run by multinational corporations does not make Quebec sovereign; it merely turns the province into an energy subcontractor for computing infrastructure whose legal and cryptographic keys remain in Washington.
True Autonomy: Local Software Architecture and Airtight Silos
Digital sovereignty cannot be constructed out of concrete and power lines if the underlying code, models, and governance remain under foreign control. For Quebec organizations, whether educational institutions, public ministries, or private businesses, regulatory compliance and the protection of professional secrecy demand an independent, end-to-end technology stack.
This approach begins with the artificial intelligence engine. Within Quebec's ecosystem, the sovereign Matania engine exemplifies this break: it relies on open models deployed and orchestrated on local infrastructure, governed within Quebec, with no data crossing international boundaries. When an institution subject to Law 25 uses this engine, document queries never enter an American hyperscaler's network. Confidentiality is no longer an ambiguous clause buried in terms of service, but an airtight architectural guarantee.
At the application layer, the same discipline applies to workplace data management. Within the ProductivIA platform, the Nuage application operates on total transparency: all files, metadata, and document corpuses created across business modules are maintained in an isolated silo dedicated exclusively to the organization. Users and administrators can inspect, export, and audit everything in their environment at any time, free from proprietary formats or hidden dependencies on foreign databases. In tandem, tools like GoIA enable organizations to explore and benchmark various AI models, while retaining the capability to switch instantly to sovereign inference without disrupting business application structures.
Toward a Public Policy for Informational Value
The citizen mapping project produced by Collectif NRS, COlab, and Université Laval raises an unavoidable question for the province's economic future: how should Quebec allocate its limited energy resources? With every megawatt allocated to a computing facility balanced against the decarbonization needs of Quebec's industrial base, the public has every right to demand economic and strategic benefits far beyond raw electricity consumption.
If technological development is to advance the public interest, genuine autonomy requires a disciplined software procurement policy. Prioritizing authentic Canadian infrastructure, backing transparent application environments, and ensuring data remains protected from extraterritorial legal reach are now baseline engineering and governance necessities. True independence does not come from hosting foreign hardware; it comes from controlling the intellectual, software, and legal tools required to direct our own digital future.