The Great Conversation: What Happens When Crises Stop Arriving One at a Time?
Hello everyone, and welcome to The Great Conversation.
Most societies prepare for problems by separating them.
Energy policy over here.
Food security over there.
War and national security somewhere else.
Technology and economic policy in another room entirely.
But what happens when the problems refuse to remain separate?
In a recent Telegraph analysis, Ambrose Evans-Pritchard describes what he calls four economic “horsemen” arriving at roughly the same time.
War with Iran has disrupted energy supplies from the Gulf and helped push oil prices sharply higher.
Meanwhile, Ukrainian attacks on Russian refineries have reduced refining capacity, adding further pressure to global diesel supplies.
Then comes extreme weather.
A powerful El Niño threatens agriculture, transportation, electricity generation, and already strained global food supplies.
And alongside all of this sits something we normally associate with progress rather than crisis.
Artificial intelligence.
The enormous expansion of AI data centers requires electricity, copper, water, transformers, turbines, and extraordinary amounts of capital.
Individually, each of these pressures presents a challenge.
Together, however, something different begins to happen.
They interact.
Higher oil prices increase transportation costs.
Higher transportation costs affect food prices.
Extreme weather can reduce food production while simultaneously disrupting energy generation and shipping.
Energy shortages increase the cost of operating the infrastructure supporting the digital economy.
And massive investment in AI infrastructure competes for some of the same energy, materials, manufacturing capacity, and capital needed elsewhere.
A problem in one part of the system begins traveling through the others.
That is the uncomfortable feature of interconnected systems.
Interconnection makes modern civilization extraordinarily powerful.
A product designed in one country can be manufactured in another, assembled somewhere else, financed across several continents, and delivered almost anywhere.
But the same connections that transmit prosperity can also transmit disruption.
Perhaps resilience therefore requires something different from simply preparing for individual disasters.
A society might have a plan for an energy crisis.
A plan for drought.
A plan for war.
A plan for inflation.
A plan for technological disruption.
And every one of those plans might work perfectly on its own.
The harder question is what happens when they all need to work at once.
Because systems do not experience crises as separate chapters in a textbook.
Reality overlaps them.
And sometimes the greatest danger is not any single shock.
It is the interaction between them.
There is a broader human lesson here as well.
We often organize our own lives around the assumption that difficulties will arrive sequentially.
We can handle the financial problem.
Then the family problem.
Then the health problem.
Then the problem at work.
But life occasionally ignores our preferred schedule.
And resilience becomes less about preventing every difficulty than maintaining enough flexibility, redundancy, and capacity to absorb several difficulties simultaneously.
Perhaps nations face the same challenge.
Efficiency asks us to eliminate unused capacity.
Resilience sometimes asks us to preserve it.
Efficiency asks what we need when everything works normally.
Resilience asks what we will wish we had when several things stop working normally at the same time.
Which raises a deeper question...
How do we build societies resilient enough not merely to survive the crises we can anticipate, but the moments when several crises we planned for separately arrive at the same time?
Take a moment to reflect.
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