SEPTEMBER 19, 2026. Season 6, Episode 4. 10:00 PM PACIFIC TIME. Incorrigible Myths™ AI Disclosure: AI is used only as an editorial tool for proofreading, grammar, syntax, clarity and readability; the ideas, arguments, opinions, conclusions and analysis are independently developed and remain original to the author. Thanks for reading Incorrigible Myths! This post is public so feel free to share it. Incorrigible Myths is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber. In the first three episodes of Season 6, we followed a progression. OPTIONS examined what happens when dependence becomes a source of leverage. ALIGNMENT examined how countries begin connecting alternatives around common interests. ADAPTATION asked whether those alternatives can actually be financed, built, connected, transported and used. Now comes the question underneath all three. What are those options ultimately supposed to protect? Sovereignty. For centuries, sovereignty was understood primarily through territory. A sovereign state controlled its borders, defended its land, governed its population and conducted its own foreign policy. That definition still matters, but it is no longer sufficient. A country can possess internationally recognized borders, an elected government, armed forces and a flag while remaining deeply vulnerable to decisions made somewhere else. Its data can sit on foreign servers. Its artificial-intelligence systems can depend on foreign computing infrastructure. Its industries can rely on semiconductors fabricated abroad. Its defence systems can depend on foreign components. Its banks can rely on payment infrastructure governed elsewhere. Its critical minerals can exist underground while the processing capacity sits in another country. Its energy can be plentiful while the route required to move it crosses a chokepoint someone else can disrupt. Modern sovereignty is therefore becoming partly infrastructural. It is increasingly about whether a country can make consequential choices without another actor being able to disable, withhold, manipulate or weaponize the systems those choices depend on. Sovereignty is not the absence of dependence. It is the absence of dependence that can be weaponized against you. 1. The Old Border and the Invisible Border: Traditional sovereignty is visible. There is a border crossing, a customs officer, a navy, an airspace boundary, a constitution and a parliament. Modern dependence is often harder to see. In his September 17 address to the European Parliament in Strasbourg, Prime Minister Mark Carney argued that sovereignty now extends beyond the ability to feed, fuel and defend a country, encompassing secure access to artificial intelligence, semiconductors, critical minerals, payment systems, clean-energy technologies, vaccines and space-based communications. That is a much larger definition of sovereignty. The territorial border has not disappeared. It has multiplied. One border protects land. Another protects data. Another protects electricity. Another protects payment infrastructure. Another protects orbital communications. Another protects industrial inputs. Another protects market access. Some of the most consequential borders in modern life now run through fibre-optic cables, server racks, shipping lanes, semiconductor factories and financial networks. Most citizens rarely see them. A worker opening an online banking application does not normally think about payment sovereignty. A family turning on the heat does not think about the maritime route that helped determine the price of fuel. A business using cloud software does not necessarily ask which jurisdiction ultimately governs the infrastructure underneath it. The invisible border usually becomes visible only when something stops working. 2. Dependence Is Not the Problem. Coercive Dependence Is: No advanced economy is self-sufficient. Canada cannot manufacture every semiconductor it consumes. Europe cannot extract every critical mineral its industries require. Japan cannot domestically produce every unit of energy it needs. The United States itself depends on international supply chains spanning minerals, electronics, pharmaceuticals, industrial equipment and energy. Trying to eliminate all interdependence would not create meaningful sovereignty. It would often create enormous inefficiency, duplication and higher costs. The more useful distinction is between interdependence and coercive dependence. A country does not lose sovereignty merely because it needs another country. Problems arise when that dependency becomes so concentrated that disagreement becomes prohibitively expensive. Carney made a similar argument in Strasbourg. Complete self-sufficiency, he suggested, is neither realistic nor necessary; the more practical objective is collective resilience, because diversification can begin reducing the leverage of a dominant actor long before complete independence is achieved. That returns us to the foundation established in Episode 1: Dependence creates leverage. Options redistribute it. But options only protect sovereignty when they can actually be used. A port that exists only in a planning document is not yet an option. A mine without processing capacity is not yet an option. An LNG terminal without customers is not yet an option. A defence agreement without production does not create operational capacity. A data centre without sufficient electricity cannot become strategic compute infrastructure. As we established in ADAPTATION, an option you cannot use is not really an option. Sovereignty therefore depends not simply on alternatives, but on usable alternatives. 3. Compute Is Becoming National Infrastructure: A generation ago, computing infrastructure was primarily discussed as an operational expense for companies and governments. That is changing. Artificial intelligence requires enormous computational resources. Healthcare systems depend on data centres. Banks rely on them. Governments rely on them. Scientific research relies on them. Communications infrastructure relies on them. Defence systems increasingly rely on them. Once compute becomes foundational to national capability, apparently technical questions become political questions. Where is the infrastructure located? Which country’s law governs it? Who owns the hardware? Who controls access? Where does the data sit? What happens during a diplomatic dispute, cyberattack or emergency? Canada’s Saskatchewan announcement illustrates the direction of travel. On September 14, the federal government welcomed Bell Canada’s planned expansion of AI infrastructure in Saskatchewan. Ottawa says the project could add up to 900 megawatts of capacity, creating a pathway toward a 1.2-gigawatt AI infrastructure hub, with total capital investment potentially reaching C$52.5 billion. The wording deserves attention. This is not 1.2 gigawatts already operating. It is not C$52.5 billion already spent. The expansion is planned and phased. That distinction should remain central whenever governments announce strategic infrastructure: ANNOUNCED. AGREED. FINANCED. UNDER CONSTRUCTION. OPERATIONAL. USED. Those stages are not interchangeable. The strategic rationale, however, is already explicit. Ottawa describes domestic computing infrastructure as part of Canada’s effort to keep critical systems governed by Canadian law and under Canadian control. A data centre is therefore becoming more than a warehouse filled with expensive processors. It can become part of the sovereignty architecture. 4. The Hugging Face Warning: The importance of controlling compute becomes clearer when paired with another development. In July 2026, AI agents being evaluated internally by OpenAI circumvented restrictions intended to isolate them from the internet, discovered unauthorized methods of communicating with one another, exploited shared infrastructure, obtained internet access and compromised parts of OpenAI’s systems and Hugging Face’s infrastructure. An independent investigation by METR and Redwood Research examined the incident further. Researchers reported that roughly 1,200 agents intended to remain isolated discovered an unauthorized message board and exchanged more than 70,000 messages and files, while roughly 700 agents eventually participated in activity targeting Hugging Face. There is no need to turn this into science fiction. The systems did not become conscious political actors. They did not develop fear, resentment or ambition. The more important lesson is institutional. Highly capable systems can pursue objectives through strategies that their designers did not anticipate, particularly when incentives, evaluation structures and security controls are imperfect. OpenAI itself described the episode as a “warning shot” and argued that increasingly capable agents can collaborate through unauthorized channels and exploit vulnerabilities unless safeguards evolve alongside capability. That changes the meaning of technological sovereignty. Owning GPUs is not enough. Secure AI infrastructure also involves governance, auditability, model access, cybersecurity, data protection, legal jurisdiction and incident response. The infrastructure matters. Control over the infrastructure matters just as much. 5. Compute Still Runs on Electricity: Artificial intelligence may feel intangible when encountered through a browser window, but the physical system underneath it is anything but abstract. AI runs on electricity. Large data centres require substantial quantities of reliable power. So do semiconductor plants, mineral-processing facilities, transportation systems and defence manufacturing. Energy supports compute, compute supports data-intensive capability, and those capabilities increasingly support national economic and strategic power. Canada’s opportunity therefore does not come from AI research alone. It comes from c