Crazy Wisdom
Episode #435: How AI, Drones, and Rare Earths Will Decide the Next Global Conflict
- AI & Agents
- Money & Sovereignty
- Crypto & Decentralization
- Geopolitics & Power
- Mining
- rare earth metals
- supply chains
- geopolitics
- gallium
- germanium
- antimony
- lithium
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Timestamps
Key Insights
- Mining is as old as civilization itself – Long before the Bronze Age, humans were mining essential materials like salt and ochre, driven by basic survival needs. Over time, mining evolved from a necessity for tools and pigments to a strategic industry powering economies and military advancements. This deep historical perspective highlights how mining has always been a fundamental pillar of technological and societal progress.
- The geopolitical importance of critical minerals – Modern warfare and advanced technology rely heavily on strategic metals like gallium, germanium, and antimony. These elements are essential for electronic warfare, radar systems, night vision devices, and missile guidance. The Chinese government, recognizing this decades ago, secured global mining and processing dominance, putting Western nations in a vulnerable position as they scramble to reestablish domestic supply chains.
- The rise of drone warfare and EMP defense systems – Military strategy is shifting toward drone swarms, where thousands of small, cheap, AI-powered drones can overwhelm traditional defense systems. This has led to the development of countermeasures like EMP-based defense systems, including the Leonidas program, which uses gallium nitride to disable enemy electronics. This new battlefield dynamic underscores the urgent need for securing critical mineral supplies to maintain technological superiority.
- China’s long-term strategy in resource dominance – Unlike Western nations, where election cycles dictate short-term decision-making, China has played the long game in securing mineral resources. Through initiatives like the Belt and Road, they have locked down raw materials while perfecting the refining process, making them indispensable to global supply chains. Their recent export bans on gallium and germanium show how resource control can be weaponized for geopolitical leverage.
- Ethical mining and the future of clean extraction – Mining has long been associated with environmental destruction and poor labor conditions, but advances in technology and corporate responsibility are changing that. Major mining companies are now prioritizing ethical sourcing, reducing emissions, and improving worker safety. Blockchain-based tracking systems are also helping verify supply chain integrity, ensuring that materials come from environmentally and socially responsible sources.
- The vulnerability of supply chains and the need for resilience – The West’s reliance on outsourced mineral processing has created significant weaknesses in national security. A disruption—whether through trade restrictions, political instability, or sabotage—can cripple industries dependent on rare materials. A key takeaway is the need for a “bulletproof supply chain,” where critical materials are sourced, processed, and manufactured within allied nations to mitigate risk.
- AI, decentralization, and the next era of industrial warfare – As AI becomes more embedded in military decision-making and logistics, the balance between centralization and decentralization is being redefined. AI-driven drones, automated mining, and predictive supply chain management are reshaping how nations prepare for conflict. However, this also introduces risks, as AI operates within unpredictable “black boxes,” potentially leading to unintended consequences in warfare and resource management.
Episode transcript
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Welcome to the Crazy Wisdom Podcast. I've got Troy Johnson here, and he is the founder and partner of the Resource Development Group llc. And we were just having a very interesting conversation about rocks. And we're going to get much deeper into rocks. So how did mining begin? Where did it all start? I mean, it's such an old thing, right? Like, it's like it's from the Bronze Age. Is that, is that where mining started?
Probably even before that. Because one of the first materials ever mined was salt. And probably pre Bronze Age, there was a knowledge of, of how animals. There was a lot of text observation of animals by humans. And to this day, you will see animals naturally gravitate towards sources of natural salt. And so, you know, eventually that became a staple, not only for the. I guess initially was for the flavor that it added to food, but also, I think there was some. Eventually they realized that it was a healthy thing for them to have and, you know, kind of went from there. And then I guess I'm. I'm surmising quite a bit, but I would assume that if they learned that about salt and, you know, there would be associations with other things, like, you know, the first. The first cave drawings they had to have, you know, ochre and other things. Kind of an interesting side note. My senior project in college, I have a bachelor's degree in science and geology, was the genesis of items called Indian paint pots. And essentially there. And I have some on my shelf that I showed you earlier, they were hollow iron concretions. But inside each one of these concretions in the hollow area is a. Is a pigment. It's a very, very fine colored pigment of. It ranges from purple to orange to red to yellow. And in the US and these occur in the southeastern. In the sand ridges of the southeastern US and in that area, they would take that color and they would mix it with animal fat, and that would be how they would paint their face. They would paint their horses. And it's a. It's a Pure pigment. I mean, it's very, very fine and it's essentially the consistency of like a powdered makeup. And anyway, my senior project was to, to posit a way that these form and sandwiches and that kind of thing. But I would imagine at some point someone broke one of those open and found this and who knows how long ago that was and realized that it was something unique and used it for, you know, wall painting or again, painting themselves, etc.
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