What an AI Apocalypse Could Look Like
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Over the last several weeks, a steady stream of articles has described an AI apocalypse. Axios walked through how AI could kill us all if the worst fears come true. The Conversation ranked the five most likely ways AI could end the human race. Euronews reported that even Anthropic's IPO filing warns that AI may pose existential risks to humanity.
There are valid concerns behind these stories, but phrases like "the end of humanity" are overly dramatic. They describe the risk as one sudden disaster, and that framing tends to push readers toward panic or toward shrugging it off. I see two more ordinary ways that AI could undermine the way we live and work today.
The End of Critical Thinking
I wrote about the first one in 2024, in a newsletter titled "I Do Not Fear the Rise of the Machines; I Am Afraid of a Descent into Idiocracy." The 2006 film Idiocracy imagines a future where people have stopped thinking for themselves and no longer understand the systems that keep them alive. The danger I described then still applies: we will use AI as a substitute for understanding the problems we need to solve.
The 2008 animated film WALL-E offers a similar picture. The passengers on its spaceship have handed every task to machines, and just like those characters, we could become fat, dumb, and happy, and unable to respond to the challenges AI cannot.
Cascading Failure
The second risk is likely the most realistic. AI agents work within their environment and make changes in response to what they see, to improve efficiency. Agents in adjacent environments observe that change and respond with changes of their own. Each response may make sense on its own, but together they can become a doom loop. Every correction triggers another one somewhere else.
Example: The Electric Grid
Consider the electric grid. An agent detects a problem in one section of the grid and responds by shifting load or adjusting output. An agent in an adjacent sector observes the change, interprets it as a new problem, and responds accordingly. That response becomes the next agent's problem, and the effect spreads down the line.
We have seen a version of this without AI. On August 14, 2003, a transmission line in Ohio sagged into overgrown trees and failed. A software bug in the utility's alarm system kept operators from seeing the trouble. As power shifted onto neighboring lines, they overloaded and tripped in turn. Within about two hours, a single failure had cascaded across eight states and Ontario, leaving roughly 55 million people without power for days.
Example: High Frequency Trading
Financial markets already live with this pattern. Today, most market trades are made by algorithms and can result in a flash crash. An algorithm detects a slight dip and triggers sell orders to avoid losses, and another firm's algorithm sees the selling and sells as well. Within minutes, dozens of systems can create a market panic that no person decided to start.
This has happened several times. On May 6, 2010, the Dow Jones Industrial Average fell nearly 1,000 points. About $1 trillion in market value briefly disappeared before most prices recovered later that afternoon. Regulators traced the trigger to a large automated sell order, with high-frequency trading firms amplifying the drop.
Defenses and Cyberwarfare
The 1983 film WarGames predicted the military version of this spiral. An automated defense system observes an adversary's military exercise, sees it as a threat, and responds. The adversary's systems see that response as a threat and responds in kind, and the spiral continues. In the film, the computer learns from endless games of tic-tac-toe that "the only winning move is not to play."
Generative AI agents can create responses that their original code never directly addressed. These systems already respond in milliseconds, and quantum computing will eventually make them faster still. Researchers recently reported that an IBM quantum processor finished a test task in 19 seconds. They estimate a classical supercomputer would need about 110 years for the same job. As these capabilities mature, responses will come too fast for human intervention.
That is why AI agents need hard stops built in to prevent algorithm-driven cascading failures. After 2010, financial markets added circuit breakers that pause trading when prices move too far, too fast. MIT Sloan researchers offer a useful lens: the riskier and less clear a decision is, the more firmly a person should own it. Every organization deploying AI agents faces the same design choice about where a system must stop and wait for human judgment.
Michael Crichton's 2002 novel Prey tells of AI-powered micro-robots that become self-sustaining, self-reproducing, and predatory. This is what the AI apocalypse could look like. AI agents doing exactly what they were programmed to do. Prey is fiction, but the choices that keep us away from that outcome are practical ones, and leaders are making them now.
Machines respond fast; one move invites another, and becomes a flood.
Related articles
Anthropic IPO Filing Warns AI May Pose 'Existential Risks to Humanity' | Euronews
Here's How AI Could Kill Us All (If the Worst Fears Come True) | Axios
How Would AI Actually Kill All Humans? Here Are the Top 5 Scenarios | The Conversation
I Do Not Fear the Rise of the Machines; I Am Afraid of a Descent into Idiocracy | LinkedIn
IBM Quantum Computer Does in 19 Seconds What Takes a Supercomputer a Century | ScienceAlert
A Framework for Determining When AI Can Make Decisions | MIT Sloan
Malicious Cloud Customers Can Bring Down the Power Grid | The Register
AI-Driven Flash Crash Mechanisms and the Regulatory Gap | Journal of Risk and Financial Management
Tech Leaders Are Calling for an 'AI Slowdown': What Would That Mean in Practice? | The Conversation
Strategic Intelligence | World Economic Forum
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Quotes
"Knowledge speaks, but wisdom listens."
Jimi Hendrix
"Nothing in life is as important as you think it is while you are thinking about it"
Daniel Kahneman
"Don't let a bad day trick you into thinking you have a bad life."
Allie Newman
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Leadership is the most important work we do—in business and in life. I've spent over 40 years working with leaders across more than 100 companies, and I'm still learning. These newsletters share my thoughts on leadership today and what we can learn.
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