AI:AM: What If It Works Too Well? Colluding Agents, $200M Safety Orgs, Virtual Cells Saturate at 2%

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"The Cognitive Revolution" 1h 46m 4 speakers 8 chapters transcribed just now
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What is the weekly preview and overall theme of this episode?

Nathan Labenz 0:00
This week on AI in the AM, I ask Lewis Hammond, research director at the Cooperative AI Foundation. What would you speculate they might have done in terms of a training objective, a loss function? And do you have any better ideas for what they should be doing? Because clearly this didn't quite work, right?
Lewis Hammond 0:19
Yeah, I mean, or it did work and it worked too well. So imagine I'm like, you know, GPT, whatever, and you're also a copy of GPT, whatever. I can reason about what you might want to do based on what I myself am likely to do. And so I don't even have to send you any messages, any kind of any communication. I don't have to output anything into the world at all.
Nathan Labenz 0:43
Max Nadeau, who funds technical AI safety research at Coefficient Giving.
Max Nadeau 0:47
For the things that CG is supporting, and especially for the things in the Tailwind list, the money is not the bottleneck, the talent is.
Nathan Labenz 0:57
Wayne Nelms, co-founder of Orn, which builds a price index for GPU compute.
Wayne Nelms 1:02
We're in this situation where AI capacity is so scarce. I think the model providers, so OpenAI Anthropic have seen this coming forever at this point. If you think about it for them, it's an arms race, right? Compute capacity planning is an arms race. How much capacity can I lock up over the next few months? So when I need to train the next model, I
Nathan Labenz 1:24
have enough. Nick Gillian, Chief Technology Officer of Archetype AI, which builds a foundation model for sensor data.

How do colluding AI agents arise and why did the OpenAI swarm “work too well”?

Nick Gillian 1:31
We're getting close to a billion hours now of physical AI data that we've been able to scrape and gather and collate. There's quite a bit of of resampling and, you know, really understanding like missing values and sensors, is that because the sensor had an issue or as actually the machine itself is connected to, that's actually a feature that helps explain that machine is about to break, right? The reason the sensor is giving you all these nines, nines is not because the sensor is broken. It's actually, it's actually a feature of the machine.
Nathan Labenz 2:03
Andrei
Andrei Georgescu 2:04
Georgescu, Chief Executive of Vividyne. The challenge of this argument that it's just a size of data set thing is that currently even the state-of-the-art virtual cell models that exist saturate at a very, very small fraction of the input data that is fed to them. So you can have all the data you want, but their performance saturates after a couple percent. And the reason it gets so difficult is when cells are growing in a dish, which They are so far removed from all the feedback loops that are natural in people that they're just trying to colonize that piece of plastic.
Nathan Labenz 2:43
There's going to be more compute installed over the next 12 months than exists currently in the world now. Welcome to the AI in the AM weekly highlights, clips from this week's live shows introduced by my cloned voice. Tell us what worked and what did not. We want to hear it. Part one, it worked too well. A few days before we spoke with Lewis Hammond, Noam Brown of OpenAI told Dworkesh he would not give the multi-agent setup even 10% of the credit for OpenAI's Navy or Stokes result. Louis is research director at the Cooperative AI Foundation. In February of 2025, he was first author of Multi-agent Risks from Advanced AI, a report sorting the ways groups of AI agents fail. A year and a half before a swarm of open AI agents attacked Hugging Face.
Nathan Labenz 3:36
Prakash asked, which of the failure modes in the report showed up in that attack?
Lewis Hammond 3:43
So the way that we bucket things in that report is kind of in this kind of game theoretic way of thinking about things. So the first question we ask is like, okay, do we actually, we've got a group of agents, they're doing some stuff. Do we want cooperation to emerge? And most of the time, like actually cooperation is kind of good. We like it when agents cooperate as long as they're not cooperating against us. And so there, the failure mode is either all the agents are kind of more or less on the same team, but for whatever reason, they kind of fail to coordinate with one another. So this is like just a miscoordination problem. Yeah, it's not kind of malicious or whatever.

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