Modern power is no longer measured solely by armies, aircraft carriers, or missile systems. Increasingly, it is defined by the industrial ecosystems that underpin both economic and military strength. Craig Tindale—a systems thinker, investor, and strategist with four decades of experience spanning software development, business strategy, and infrastructure planning (including leadership roles at Telstra (TLS), Oracle (ORCL), and IBM (IBM))—argues that this industrial base is now the true battleground in the US-China rivalry.
Tindale contends that the West spent decades defining security too narrowly, prioritizing weapons systems while neglecting the industrial foundations beneath them. This oversight has led to a world where refining capacity, petrochemicals, grid equipment, and shipping routes have become tools of what he calls “unrestricted warfare.” Now, as the West scrambles to reindustrialize, electrify, expand AI infrastructure, and rebuild defense capacity all at once, it is coming to terms with just how much strategic leverage it has ceded to China.
Industrial Fires, Smelter Disruptions, and Supply Chain Vulnerability
Tindale’s concerns intensified when he began tracking a pattern of industrial fires and explosions across North America. What initially appeared to be isolated accidents began to suggest a broader problem within aging industrial systems.
At one New York smelter, he notes, there were three separate fires rather than a single event. The disruption was significant enough to shut down a Ford (F) plant and contribute to roughly $1.5 billion in costs. “Having one fire is an accident,” Tindale says. “Having three fires in a row, especially while you’re trying to rebuild the capacity, linked me to an idea that maybe this was happening in a broader sense.”
He then reviewed official reports on industrial accidents across the continent. His conclusion was less conspiratorial than structural: the West allowed key industrial systems to decay. Plants aged, maintenance slipped, skilled labor thinned out, and safety processes weakened. At the same time, policymakers began placing new demands on that already fragile base.
As Tindale puts it, “America and the West had decided not to make anything anymore.” In his view, the consequences are now showing up in closures, delays, operational failures, and avoidable accidents driven by poor process management, aging equipment, and a shortage of experienced workers. These industrial disruptions are not side stories. They are warning signs about broader supply chain fragility.
Why Rare Earth Refining and Midstream Processing Matter
A central theme of Tindale’s argument is that policymakers often focus on mines and factories while overlooking the part of the supply chain where real leverage sits: processing.
Mining copper is one thing; refining it into usable metal is another. Extracting rare earth elements is only the first step. Separating, processing, and converting them into forms suitable for semiconductors, weapons systems, batteries, electric motors, and advanced electronics is where strategic control truly lies. That midstream supply chain—especially rare earth refining and critical mineral processing—is where China holds much of the advantage.
This matters because many countries that appear diversified on paper remain dependent in practice. Tindale points to Apple (AAPL)’s move into India as an example. On the surface, shifting assembly out of China looks like supply chain de-risking. But if India still depends heavily on Chinese-controlled rare earth supply chains and processed materials, then the dependency has merely been rearranged, not removed.
For Tindale, this is the essence of “unrestricted warfare,” a term drawn from a 1999 Chinese military text arguing that conflict extends far beyond conventional combat. “Warfare, as explained to us... includes materials markets,” he says. In that framework, commodities, refining, logistics, finance, licensing, and strategic materials can all become instruments of geopolitical competition.
His examples are striking. China controls roughly 98% of gallium supply, he says, and gallium is essential for advanced electronics and emerging defense applications. Tantalum, another strategic material used in high-end semiconductors, could become another major bottleneck. Tindale argues that Nvidia (NVDA) and AMD (AMD) alone could consume the entire current global output. “We look like we’re going to need five times more by 2030,” he warns, “but we’ll be lucky to get double.”
Why Funding Alone Won’t Rebuild US Industrial Capacity
One of Tindale’s sharpest points is that governments still act as though appropriating money is the same as creating physical capacity. It is not.
“Budget allocation... doesn’t turn into capacity,” he says. “It’s not just a budget allocation; it’s actually a capacity allocation.” That distinction matters. Congress can approve billions for defense, semiconductors, clean energy, or domestic manufacturing. But if there are not enough smelters, transformers, reagents, engineers, technicians, or trained operators, those investments will run into hard physical constraints.
He points to transformer shortages as one example, noting that major manufacturers such as Siemens (SIEGY) face backlogs measured in years rather than months. He also argues that the West lacks enough skilled workers to execute the industrial buildout now being promised. “We literally just haven’t got a lot of people... capable of building this stuff,” he says.
Then there is the cost of capital. Western firms must navigate financing pressures, shareholder expectations, permitting hurdles, and ESG-related compliance costs that state-backed Chinese competitors do not face in the same way. Tindale cites a proposed Canadian copper smelter that became unattractive in part because environmental compliance alone would consume 7% to 8% of project economics. By contrast, Chinese smelters can operate at a loss if the state sees strategic value in capturing market share or securing long-term supply chain dominance.
In his view, this is one reason Western reindustrialization often stalls before it meaningfully begins.
The Critical Chemical Inputs Behind Modern Manufacturing
For many readers, the most revealing part of Tindale’s case may be his emphasis on the chemical and materials inputs that rarely receive public attention.
He describes chlorine, ammonia, sulfuric acid, helium, magnesium, and other industrial chemicals as hidden infrastructure behind modern manufacturing. Without them, entire sectors can seize up. “You literally can’t refine copper without” sulfuric acid, he says. Without helium, advanced semiconductor production can stall. Without magnesium, titanium production can stop altogether.
He illustrates the point with a simple analogy: a high-performance machine can become useless if one critical component is missing. The same logic applies at national scale. A country may possess advanced designs, capital, and demand, but if it lacks access to a few essential chemical inputs or processing steps, production breaks down.
That is why Tindale argues that the US and its allies can no longer treat these background materials as secondary issues. If they want real supply chain resilience and a stronger industrial base, they must rebuild capacity across the full production chain—not just in mining or final assembly.
The same issue, in his view, now threatens the AI boom. Data centers, semiconductors, transformers, copper, and electricity are all part of one interconnected physical system. It is not enough to design advanced chips if the supporting power and grid infrastructure are missing. “We already have Nvidia chips in inventory and not being deployed because we can’t provide electricity,” he says.
How Deindustrialization Became a National Security Problem
Underneath all of this is Tindale’s broader critique: the West has confused financial strength with material strength.
He argues that central banking, cheap money, and decades of financialization rewarded consumption, asset inflation, and software-style returns while starving the physical economy of long-term investment. “We’ve become a consumption economy,” he says, one shaped by “this abstracted, almost parasitic, financialization of everything.”
That helps explain why deindustrialization went largely unchallenged. When a plant closes, economic theory often assumes market incentives will eventually restore capacity. Tindale rejects that assumption. Skills disappear, workers scatter, supplier networks collapse, and industrial systems degrade. Manufacturing capacity is not a switch that can simply be turned back on.
His warning is ultimately about national power and political independence. Without the ability to build and maintain the essential systems of modern life—energy infrastructure, industrial processing, metals refining, chemicals, semiconductors, and transport equipment—economic sovereignty becomes fragile.
To make that point, he reaches back to Alexander Hamilton, arguing that America’s early industrial thinkers understood something many modern policymakers have forgotten: liberty depends on productive capacity. “You’ve got to make things,” Tindale says. “Otherwise, as Hamilton said, your liberty and freedom is just an idea.”
That is why his argument carries such force. He is not merely talking about commodities markets or factory output. He is talking about whether advanced societies still possess the industrial means to remain secure, self-reliant, and functional in a more unstable world.
If Tindale is right, the US-China power struggle will not be ultimately decided by who has the best technology or the most advanced weapons. It will be shaped by who controls critical minerals, rare earth refining, chemical inputs, industrial capacity, and the chokepoints through which the modern economy flows. Unfortunately, Tindale says, China has been playing 3D chess for decades to ensure their dominance and lead, while America is trying to catch-up playing checkers.
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