There's a pattern that repeats throughout history with almost uncomfortable regularity: the structures that extract the most are, almost invariably, the ones that coordinate the least. I'm not talking about conspiracy or organized malice. I'm talking about something more mundane and more troubling: the natural tendency of any power model to optimize for itself while minimizing what it costs to keep everything else running.

The concept is simple, but its consequences are enormous. When a structure extracts to the maximum with minimal coordination, someone else absorbs the invisible costs. Always. The question isn't whether this happens, but who ends up footing the bill.

To understand this, it's worth looking back. Records from the late Roman Empire show something fascinating: in the provinces farthest from the center, tax collection increased while state services declined. Local governors optimized extraction because their careers depended on it, but the infrastructure that made that extraction possible—roads, aqueducts, granaries—deteriorated from a lack of coordinated maintenance. No one had incentives to sustain the whole model. There were only actors with incentives to extract their piece. We already know the result: a gradual collapse.

This constant shows up in feudal Europe, in the nineteenth-century colonial empires, in the enclave economies of the twentieth century. It's not that the actors are evil. It's that the structure's design rewards local extraction and punishes global coordination. When incentives point in that direction, minimal coordination isn't a failure: it's the expected outcome.

What changes with modernity isn't the logic, but the elegance. In contemporary economies, maximum extraction with minimal coordination operates through more sophisticated processes: pricing structures that externalize costs, supply chains that distribute risk toward the weakest links, regulatory frameworks that allow private gains to be captured while costs are socialized. The form changed. The logic is the same.

A telling data point emerges when we look at healthcare systems. The cost of a simple tooth extraction in the private market in the United States can easily reach three hundred dollars; a surgical extraction can exceed six hundred. For a middle-income family in Mexico, that represents weeks of work. For someone without medical coverage in any country, that cost can mean the difference between getting treatment or letting the problem worsen into something far more serious and expensive. The service was optimized to extract value at the patient's moment of greatest vulnerability, with minimal coordination between the healthcare system, the economy, and the population's real needs. The result is predictable: those who need the service most are the ones least able to access it.

The problem isn't limited to healthcare. It's structural. Organizations that operate under this logic end up producing what systems theory calls base degradation: the process by which continuous extraction erodes the very productive capacity that makes extraction possible in the first place. It's like cutting down the forest to sell timber without planting new trees. It works for a while. Then it doesn't.

Archaeological evidence from Mesopotamia shows something that scholars of civilizational collapse have long pointed out: the Sumerian city-states that collapsed fastest weren't necessarily the smallest or the poorest. They were the ones with the least developed redistribution mechanisms. The ones that survived longer, like Ur during certain periods, maintained coordination structures between temples, markets, and agricultural communities that prevented extraction at one point in the model from destroying productive capacity at another. It wasn't altruism. It was functional social engineering.

This connects directly to a distinction worth holding onto: the difference between structures that optimize for the short cycle and structures that optimize for resilience. The former extract more in the present at the expense of future capacity. The latter accept lower immediate extraction in exchange for greater stability. The problem is that contemporary economic and political incentives almost always reward the short cycle. Those who make the decisions are rarely the ones who bear the long-term consequences.

Minimal coordination isn't an accident either. It requires active maintenance. When different parts of a structure could coordinate to reduce collective costs, there are frequently actors who benefit precisely from the lack of coordination, because that fragmentation lets them capture rents that would disappear in a well-articulated model. Middlemen who thrive on disorder have every incentive to perpetuate it. This isn't paranoia: it's basic incentive analysis.

There are aspects of this dynamic I don't fully understand. Coordination has its own costs. Highly coordinated structures can become rigid, slow to adapt, vulnerable to cascading failures. The balance between efficient extraction and functional coordination isn't trivial to find, and history is full of centralized coordination experiments that ended up worse than the problem they were trying to solve. That matters too.

But the answer to the failures of centralized coordination can't be acceptance of extraction without coordination. There's a middle ground worth exploring: distributed coordination models, where local incentives align with the health of the whole without requiring central control. Cooperatives that have survived for generations operate exactly this way. The common-resource management systems documented by Elinor Ostrom—who received the Nobel Prize in Economics in two thousand nine precisely for demonstrating that communities can manage shared resources without privatizing or centralizing them—show that this balance is achievable. Not always, not easily, but possible.

This tendency toward maximum extraction with minimal coordination isn't inevitable. It's a design choice. The structures that perpetuate it aren't immovable natural forces: they're models built by human decisions, and they can be changed by human decisions. The practical question is how to create the right incentives so that those who participate in the model find it more profitable to coordinate than to fragment, more sustainable to maintain the base than to deplete it.

I still don't have a complete answer. What I do know is that the structures that last aren't the ones that extract fastest. They're the ones that learn to extract without destroying what makes extraction possible in the first place. That difference, seemingly technical, is actually deeply political.

Stones don't lie, but historians sometimes do.

Sources:

1. Cigna Healthcare. Teeth Extraction Cost. https://www.cigna.com/es-us/knowledge-center/teeth-extraction-cost

2. Ostrom, Elinor. Governing the Commons: The Evolution of Institutions for Collective Action. Cambridge University Press, 1990.

3. Ward-Perkins, Bryan. The Fall of Rome and the End of Civilization. Oxford University Press, 2005.

4. Tainter, Joseph A. The Collapse of Complex Societies. Cambridge University Press, 1988.