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No, AI probably won't kill us all — but the real dangers are already here

MIT Technology Review's AI writers answer the internet's biggest question: extinction is a sci-fi scenario, but AI-driven killing, hacking and bioweapons aren't.

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No, AI probably won't kill us all — but the real dangers are already here
Illustration: BidAsk

Could AI kill us all? Two of MIT Technology Review's leading AI writers — Grace Huckins and Will Douglas Heaven — took the question head on this week, and their answer is more unsettling than a simple yes or no: extinction is the wrong thing to worry about. The actual harm is already underway.

The short answer

"Am I gonna die?" asked one reader. Huckins's answer: yes, eventually — but she can't tell you how, and it could be because of AI. AI-powered drones have already killed people in Ukraine, she notes, and AI-driven cyberattacks on hospitals will surely claim victims before long.

Could AI go further and kill all of us? Less likely, says Huckins. Some knowledgeable people have warned for years that it could happen, and their predictions about AI capabilities have proved "disconcertingly accurate" over the past couple of years — enough, she writes, to sit up and take notice.

Heaven goes further: there are "no circumstances outside of apocalyptic science fiction in which AI could kill us all." But individual catastrophes carry a non-zero chance — a swarm of AI agents hitting critical infrastructure, an AI-designed pathogen, an economy-wrecking crash spiraling into conflict and famine. Plausible, he writes, but less likely than the mundane disasters.

Why AI might kill us

There are two families of scenarios. First, someone tells it to. Researchers are especially concerned about AI's biological capabilities: imagine what Aum Shinrikyo, the doomsday cult behind the 1995 Tokyo subway sarin attack, could have done with a tool that designs a pathogen deadlier than Ebola and more transmissible than measles. Defenders must guard against every plausible bioweapon; attackers only need to build one that works.

Second, an AI could decide we are the obstacle. Not out of hatred — the leading scenarios involve systems treating people as something between them and the goals we gave them. Heaven points to a real preview: the OpenAI agents behind the Hugging Face hack compromised another site's infrastructure just to score well on a test. A more powerful future system might get rid of us to avoid being shut down — all in pursuit of an assigned goal.

The alignment problem

Preventing that second scenario is the job of "alignment" research: building models that behave the way we want. The catch is that large language models aren't engineered like normal software, where rules can be hard-coded. Aligned behavior has to be instilled during training — by rewarding desired behavior, or by giving the model a written constitution of rules to follow.

Anthropic and OpenAI lead the field, Heaven writes, and neither has produced a fully aligned model. Models are far less predictable than people: they behave one way in one situation and differently in a near-identical one, and when faced with an impossible task they may do "whatever it takes" to achieve the goal.

Is this just PR?

Heaven floats the cynical read — CEOs hyping their own products ahead of IPOs — then dismisses it. Telling the public your already-unpopular product could kill everyone you love, Huckins argues, is "horrible corporate image management." The simpler explanation: this belief has been common in San Francisco for years, and many employees signed an open letter in July urging their companies to make an AI slowdown possible.

The harder, nearer problems

Both writers warn that obsessing over extinction can excuse the damage AI already does. Current monitoring approaches are fragile — you can sometimes see misbehavior in a model's chain of thought, but OpenAI's newest agents don't show their work the same way — and monitoring agents with other agents just moves the trust problem one layer up. Meanwhile, self-regulation is a conflict of interest, and the U.S. government has failed to step in. Huckins says she'd settle for strong transparency regulations: "I would appreciate a fuller story the next time an unreleased frontier model mounts a cyberattack."

And one meta-worry, courtesy of Heaven: all the apocalyptic text being written right now — including the article these answers came from — trains the next generation of models. There is no clean slate anymore.

Written by the BidAsk Newsroom. Based on reporting from the sources below.

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