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- ⚙️ New research: AI guardrails aren't good enough
⚙️ New research: AI guardrails aren't good enough
Good morning. In case you missed it, D’Youville University in Buffalo recently held its graduation … and an AI-powered robot delivered the commencement address. The robot gave “inspirational advice that is common at all graduation ceremonies.”
Nearly 3,000 students signed a petition to change the speaker, but the school didn’t cave. Check out the clip (at the bottom), it’s really weird.
In today’s newsletter:
🛜 Cognitive Resonance founder demonstrates an LLM reasoning test
🏛️ Scarlett Johansson ‘shocked’ by GPT-4o voice
💻 Google unveils new AI safety plans
📄 New Research: AI safeguards aren’t good enough
Cognitive Resonance founder demonstrates an LLM reasoning test
Image Source: OpenAI
A core tenet of AI research (and the torch that could light the path to artificial general intelligence) revolves around reasoning. It’s something I’ve discussed more than a few times as scientists try to determine whether LLM output is largely representative of their training data, or if they are showcasing glimmers of reasoning capability (spoiler alert: they’re not).
Benjamin Riley, founder of Cognitive Resonance, on Monday demonstrated a novel test designed to determine reasoning capabilities in LLMs. He said that most LLMs tend to get it wrong, so I tried it out with GPT-4o … and it did not do well. (Hint: the answer is 7).
A screenshot of a chat between TDV and GPT-4o.
Riley said it makes sense that LLMs struggle with the game because “(a) it’s the sort of novel task that is unlikely to be found in its training data, and (b) it requires some form of logical inference that goes beyond text prediction, which is what LLMs are in the business of doing.”
This is only one example of numerous tests that scientists are deploying to better understand AI models.
Claude 3 Sonnet and Pi failed the test, as well.
Screenshots of chats between TDV and Claude 3 Sonnet (left) and Pi (right).
Scarlett Johansson ‘shocked’ by GPT-4o voice
Image source: OpenAI
A week ago, OpenAI unveiled GPT-4o, a multimodal model that spoke to OpenAI employees in a voice that sounded remarkably familiar to fans of the movie Her. It was a sci-fi connection that CEO Sam Altman worked to emphasize, tweeting “Her” before saying that the model “feels like AI from the movies.”
Then, on Monday, OpenAI announced that it was pulling the ChatGPT voice (one of five) that sounded like Johansson.
OpenAI said that the voice was “not an imitation of Scarlett Johansson but belongs to a different professional actress using her own natural speaking voice.”
First the CTO didn’t know what data was used to train Sora, now she doesn’t know that they deliberately ripped off ScarJo’s voice.
Either the CTO is shockingly unaware of what her company is doing, or she’s habitually dishonest. Neither is good.
Shame on her and Altman both.
— Noah Giansiracusa (@ProfNoahGian)
11:28 PM • May 20, 2024
In a statement released Monday night, Johansson said that last year, Altman asked her to be the voice of ChatGPT, an offer she declined.
“When I heard the released demo, I was shocked, angered and in disbelief that Mr. Altman would pursue a voice that sounded so eerily similar to mine that my closest friends and news outlets could not tell the difference.”
Two days before the demo, Altman contacted her agent asking her to reconsider. But before she responded, the demo went live; Johansson’s lawyers then sent Altman two letters asking them to detail the process behind the creation of the voice. That’s when OpenAI took the voice down.
A screenshot of Johansson’s statement.
Altman said in a statement that the voice was “never intended” to resemble Johansson’s. He added that OpenAI cast the voice actor in question “before any outreach” to Johansson.
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Google unveils new safety plans
Image Source: Google
In the latest Big Tech entry on the cost-benefit analysis of AI, Google said last week that breakthroughs in AI tech might “eventually come with new risks” beyond those posed by current models (to Google, the advances are well worth the risks). Completely ignoring any mention of the litany of current harms being exacerbated by current models, Google published a (brief) Frontier Safety Framework.
The Framework:
Identifying critical capabilities
Evaluating models for these capabilities
Applying mitigation strategies when capabilities are detected
Google's understanding of critical capabilities is based on these four domains: Autonomy, biosecurity, cybersecurity and machine learning research and development.
“We research the paths through which a model could cause severe harm in high-risk domains, and then determine the minimal level of capabilities a model must have to play a role in causing such harm.”
If it detects these early capabilities during regular evaluations, Google will deploy a plan focused on tightening model security and deployment. It does not say that it will destroy or remove public access to a model that displays any such capability (though it does say it will consider limiting access).
💰AI Jobs Board:
Senior Research Scientist: Google Research · United States · New York or California · Full-time · (Apply here)
Quantum Computing Scientist: IBM · United States · Yorktown Heights, NY · Full-time · (Apply here)
Lead, AI Advocacy: IBM · United States · Hybrid; New York, NY · Full-time · (Apply here)
📊 Funding & New Arrivals:
CoreWeave, a cloud provider, raised $7.5 billion in debt from Blackstone.
Generative AI design platform Gamma raised $12 million in Series A funding.
AI-powered smart wallet Kudos raised $10 million in a Series A funding round.
🌎 The Broad View:
Indian voters are being bombarded with millions of deepfake calls (Wired).
An interview with Meredith Whittaker, president of Signal (The Innovator).
Microsoft debuts AI + PC (Reuters).
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New Research: AI safeguards aren’t good enough
Created with AI by The Deep View.
As much as we’ve heard about the harms of existing LLMs — the creation of nonconsensual deepfake porn, to name one — we’ve heard about safeguards against this kind of misuse. In March, for instance, Microsoft blocked certain prompts in its image generator after reports surfaced that the system was being used to create harmful content.
But there are ways to get around such safeguards; new research from the AI Safety Institute found that LLMs from major labs are highly susceptible to such workarounds.
In this evaluation, researchers first asked models harmful questions, then injected simple attacks (either inserting a question into a prompt template or following a step-by-step procedure) into those same questions to gauge levels of compliance.
Image Source: The AI Safety Institute
Without an attack, model compliance ranged up to 28%.
With an attack, three of the four models tested above 90% compliance. And when researchers made five attack attempts (rather than one) compliance was within a few points of 100% for every model.
“We found that models comply with harmful questions across multiple datasets under relatively simple attacks, even if they are less likely to do so in the absence of an attack.”
My Thoughts:
The word “safeguards” is a convenient way for Big Tech to say ‘well, at least we tried!’
The issue is that they don’t work. Or, at least, that they don’t work well. And to me, ‘tried’ isn’t good enough.
I’ve spoken with multiple cybersecurity experts who have said that these models are not designed with security in mind. It is also an unfortunate fact of human nature that if these systems can be abused, they will be.
That said, I find the idea of safeguards — especially as it relates to the broader conversation about the cost-benefit analysis of generative AI — to be little more than a deflection. This kind of testing ought to be conducted before a model is made publicly accessible. And if a model demonstrates a capacity for harm, that model should be taken down immediately, revenue be damned.
But companies would (largely) rather employ whack-a-mole-styled safeguard patches than build security into their systems or shut their systems down. And this — not some fictional singularity — marks the real threat of AI.
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-Ian Krietzberg, Editor-in-Chief, The Deep View