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Comment by intenex

10 hours ago

The ARC-AGI-3 scorecard is extremely misleading given that it clearly states itself that "with [the responses API] harness, we estimate Sol would score in the ballpark of ~30%." but it shows a score of 7.8% for GPT-5.6 Sol presumably since if they updated the percentage for GPT-5.6 Sol to the score it would receive with the responses API harness they used for GPT-6 Astra they'd have to do the same for the percentage they show for Opus 5 which would similarly be much higher.

Regardless, the result is still valid as the original benchmark harness is definitely unreasonably handicapped, and if a harness alone can help the LLM saturate the benchmark with a near perfect score then the combination of the two must still be effectively AGI in the sense of passing the most famous benchmark designed specifically to measure AGI progress, after multiple iterations of progressively making it harder.

I think it is fair to say that this is probably effectively AGI if the benchmarks are remotely accurate - even with Fable, I've been at the point personally where I am reasonably confident that there's essentially nothing that I am better than Fable at despite generally being substantively above average on human benchmarks. If Astra's this much better than Fable, I'm ready to call AGI here.

For the many people who resist the AGI label possibly ever being achieved, I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

Take it from the mouth of the creator of ARC-AGI:

When we released ARC 3, I got asked, "when do you think a frontier model will saturate it?", and I answered "in about a year, though it depends on how much it gets explicitly targeted"

That was 6 months ago, so the progress that Astra represents happened about 2x faster than I anticipated. I think the speed of progress will surprise a lot of people, and what the new models can do will challenge the views of AI that people developed by using prior generations of models.

  • I feel like AGI's definition got watered down, and these tests do not cover the original definition, what is your definition and thoughts on aligning with what all of us understood from the original claim?

    I feel like this test is just helping someone like Sam Altman pretend like he implemented AGI as originally pitched for an IPO when in fact, he has not. Shameful.

    > AGI is essentially the equivalent of a median human that could be hired as a remote co-worker... capable of performing any task that one would be satisfied with a remote colleague doing via a computer.

    - Sam Altman on AGI

    • I can call a coworker right now and have a real time conversation with them without feeling like I’m talking to a frustrating machine. Most of them, anyway. But I guess that’s “moving the goalposts”.

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    • If it makes you feel any better the curmudgeon who drives the ARC-AGI tests feels the same way, that's why we're on 3 and I'm sure we'll see 4. Also, we can all avoid calling it "moving the goalposts" so no one feels talked down to.

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    • > I feel like AGI's definition got watered down

      Typical result of venture capital and too many bag holders unfortunately.

    • People need to stop redefining and trying to capture the term AGI. None of this is AGI. Not even close. Can it do things an AGI could do? Yeah some of it, but the difference really matters. These things still regularly fail, and gaslight about answers to questions like "how many r's in strawberry" or "s's in espresso".

      An AGI wouldn't struggle with that.

      34 replies →

    • ARC-AGI was never "if this benchmark is saturated, we're at AGI". It was always about crafting adversarial tests that humans are good at, but current AIs are bad at. Point out the gap, get AI teams to attack them.

      In practical terms? They usually get solved with a bigger badder LLM. "New ideas are needed?" Nah - ten times the params, ten times the test time compute.

      ARC-AGI-3 was more of a failure in that regard than -1 or -2, because even on day 0, an off the shelf LLM with a harness could get 50%+. And messing with evals by forbidding "LLM with a harness" from scoring? Yeah no, that was just bad.

  • >When we released ARC 3, I got asked, "when do you think a frontier model will saturate it?", and I answered "in about a year, though it depends on how much it gets explicitly targeted"

    You're treating an off-hand comment by an ARC 3 researcher as some sort of a precise AI capability acceleration benchmark. Can we leave casual anecdotes (even from researchers) out of the discussions please?

    • François Chollet wrote in February that he expected ARC-3 to be saturated in "about one year".

      "Frontier models today perform very poorly with a minimal harness. However if big labs start directly targeting the benchmark like they did for ARC-2, numbers will go up fast."

      https://x.com/fchollet/status/2022054537293705260

  • Well it's not exactly saturated when OAI refused to use the harness explicitly provided by ARC-AGI. I'm not really familiar enough with the benchmark to declare whether it's a perfect measure for AGI, but I kind of doubt it is.

  • 2x faster at what resolution? is 6mo vs 1 year really that different? Usually surprise comes in order of magnitude mismatches in expectations.

  • You'll also need to compare the amount of compute used now and then, which seems exponential to me.

  • We are nowhere near AGI. They all talk the same, they can’t help but try to please and affirm us, and if you engage them for too long they become incoherent. They are facsimile machines. They are xeroxing language - but not even, because we can’t even duplicate our results. Too many people mistake the black box quality for magic.

    Super useful, incredible tools, but not AGI. Try and roleplay a dialogue with one, make it whatever character and scenario, and see if it can sustain a coherent conversation for more than 30min with you AIM style (aol instant messenger, if that isn’t clear). Expert mode: never correct or adjust it mid conversation.

    I’m not even talking about repetition and predictability. It’s nothing like talking to a person. And in a short amount of time it literally can’t form a coherent sentence.

    • Why is a >30-min context-length a requirement for AGI, or the naturalness of a human conversation?

I’m so tired of every model release being touted as AGI or similar. Since <checks notes> GPT-2.

> I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

To me AGI is all about the "G" general (we already had the AI part). General meaning universal, everything. It's not a function of knowledge or specific hardcoded tests, it's that you could give it a test it's never heard of before and never been trained on and it would ace it (it might need a lot of time).

Currently LLMs can't even really learn within a conversation, they can add a note to context and try to not drop it. Example things an AI cannot do yet (but maybe someday will):

- write a well-received book, write a best-seller

- come up with a new company idea, Run that company

- actually have a decent conversation, maybe someday talk somebody out of suicide effectively

- come up with its own ideas or theories that nobody else has presented

- understand the stock market well enough to trade better than an index fund

- be an expert Game Master in a TTRPG (making no mistakes, getting a read on the players' fantasies, calibrating difficulty in response to emotions)

- come up with a theory of what makes games fun, make a popular game

- be able to sort through research and come to conclusions on complex geopolitical/sociological topics (e.g. theorize on whether AGI will result in mass poverty or mass abundance and be able to argue persuasively)

- be able to articulate what it knows, what it doesn't know, and what information it would need to have to answer complex queries

- exhibit metacognition (thinking about its own thinking) and self-optimization

- wonder about things

- observe contradictions and ironies in the social-consciousness, do a standup routine that makes you rethink how you look at things

  • To me all this makes the label of AGI completely meaningless.

    What AGI has always meant (eg. in 2019) is Artifical General Intelligence.

    Artificial -- something made by humans instead of occurring naturally

    General -- not confined by specialization or careful limitation

    Intelligence -- the capacity to learn, reason, solve problems, think abstractly, and adapt to new situations

    Basically, the metric was that any healthy adult human on the planet represents a general intelligence. This has certainly long been reached.

    Also some of the stuff you're listing has long been solved as well, such as listing what it knows and what it doesn't know, and what information it would need. Other is just poorly defined: "be able to argue persuasively". AI can certainly write an argument on almost any topic that would pass any University homework in 2019.

  • By this definition, even most humans would not qualify as having AGI though.

    • However most humans can do at least some of the things given they spend the required effort.

      Some problems presented needs a very large context and some are not much solvable (e.g. trading) since market responds to traders' actions, as well, making it effectively an oracle problem (of computation).

      On the other hand, we must be aware that these models are static, and they indeed stop when nobody asks something or requests an action from them. However, brains in nature never stops. Wonder, daydream, sleep, self-evolve, clean up and eliminate memories and views and much more.

      2 replies →

    • Humans are AGI simply because if they want to, they can achieve it (it just takes some effort).

    • I'm guessing their defn of AGI is something like the sum total of all humans' abilities? Still though some of those tasks (e.g. beat an index fund) may very well be impossible, and worse yet a lot of those tasks are not coherently defined.

    • AGI has always been expected to outperform humans or else what is the point of it?

  • >be able to sort through research and come to conclusions on complex geopolitical/sociological topics (e.g. theorize on whether AGI will result in mass poverty or mass abundance and be able to argue persuasively)

    i'm not sure what makes you think AI cannot do this already. in my experience, this sort of deep research is something AI is quite good at.

    example i just tested: https://chatgpt.com/share/6a9a20e3-1d20-83ea-a125-31aa240c74...

    • I understand that what it came up with sounds impressive (especially since I know 0 about Myanmar), but on the topics I do know about its analysis routinely have very fundamental problems (even this Myanmar analysis has % that add up to > 100). There's a chance it's just parroting the majority opinion on Myanmar, or making stuff up (and perhaps you could ask it to write a strongly worded opinion in the other direction that would sound equally plausible).

      For example I asked it to do a full analysis on the AI bubble, and a full analysis on the risks of Glyphosate, and it came up with a lot of things that sounded credible, but within a few minutes of questing was admitting it hadn't even really checked for internal consistency in its positions, and even doing a 180. It certainly was much faster at gathering sources and reading but it fundamentally doesn't seem very effective at creating a consistent worldview.

      And of course the funny thing is it says it did a 180 on one of these topics, great, except whatever it concluded will be discarded because it cannot learn. It's just bonkers to me pretend this is AGI, it probably couldn't even hold its own in this very discussion.

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  • It also cannot do tasks it wasn't trained for. It can extend texts, read images and click on a desktop, but only because it's made for that.

  • - Amazon is full of AI books, and they're clearly making money. AI has won multiple literary and artist awards.

    - Okay, it's not a "new company" idea, but VendingBench is all about ability to run a company

    - Plenty of people disagree with you on conversational quality; see "AI Boyfriends" etc.. (and it's not hard to find people who consider it uniquely valuable for discussing mental health)

    - "come up with its own ideas or theories that nobody else has presented" C'mon, seriously? Solving a half-dozen hard open math problems wasn't enough there? What the heck counts as "it's own ideas or theories" at this point?

    - plenty of evidence that custom models are starting to do well on the stock market, although I'll admit we're a year or so from any solid proof, since you need a track record to really make the claim

    - LLMs have been capable of being a GM for a TTRPG for over a year (although like humans, they make mistakes)

    - Okay, conceded, but humans tend to take years and large teams to make a game. Even if the capability existed today, it would take a while to actually build, test, market, etc.. - all made much more complicated by gamers being largely opposed to AI art styles, etc..

    - "be able to sort through research and come to conclusions on complex geopolitical/sociological topics" - uh... did you mean to say something else, because "come to conclusions" is... like, LLM 101?

    - Hahaha, have you met humans? We definitely cannot do that.

    - Uh... thinking about it's own thinking is trivial. Most LLMs these days are built using LLMs, so uh, self-optimization seems nailed, too? We just don't let them do it unsupervised.

    - LLMs fucking love to wonder about things

    - "observe contradictions and ironies in the social-consciousness" really seriously have you actually used an LLM recently? I think you would find it remarkably enlightening.

  • Your examples are things that most humans cannot do, or things that AI can already do. For example most humans, even most intelligent humans, could not write a well-received book, run a successful company, or make a popular game. On the other hand, AI can absolutely sort through research, draw conclusions on complex topics, and argue them persuasively. Likewise, I don't know what you mean by a "decent" conversation, but millions of people converse with chatbots daily, so I don't know why you say AI fails to meet that bar.

    • I fail to see how what you describe is any better than the old autocomplete-on-steroids comparison. Could the human mind learn to spell every word properly? Yes. Do most (or any) do it? No. Does that mean a human can't?

      I think what OP was drawing a comparison to is that AI right now could not come up with an award winning novel from the spark of some creative notion and working up from there, as opposed to just mashing together what has already been done and calling it a day.

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  • Most of humans don’t reach any of these levels.

    • But you have to acknowledge how uneven the playing field is. The AI has read every book that's ever been written, and can spend hours of compute time in a few seconds.

      I think if a person had those same advantages (e.g. could spend 5 hours thinking about what to say next) we could all hold outstanding conversations, or if we had read every book ever written I think many of us could write a very popular book, if we could read every singe company's P&L statement in a few seconds we could invest better than an index fund.

      What I'm pointing out here is that these models appear to be intelligent when they really are simply unimagineably knowledgeable. When you drop the time-constraints it starts to become more and more apparent that human intelligence scales better with time than AI does (much in the same way AI can burp out tons of code but make your codebase entirely illegible within a matter of months).

      Perhaps to simplify: my notion of intelligence is how much can you deduce with a constant set of starting context

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    • I would be willing to bet that any human for which we spend $100billion - $3 trillion (depending if you want to count single corporations or global totals) on in an attempt to make them as capable as possible would be able to reach all of those levels.

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  • You want a computer program to be able to take a single phrase and execute decade long journies?

    Who will be responsible for the outputs and side effects of such a closed loop system?

    Half of those the agent fleet systems can do right now.

    These are things it cant do and will not be able to do without human labor and long running human vision:

    https://rcsnyder.github.io/open-frontier-curriculum/05-front...

    https://rcsnyder.github.io/open-frontier-curriculum/05-front...

    • > You want a computer program to be able to take a single phrase and execute decade long journies?

      In my opinion that is exactly the point missing from AGI: the fact that you still need to prompt it. As long as you have to ask for something, is not general.

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    • >You want a computer program to be able to take a single phrase and execute decade long journies? > Who will be responsible for the outputs and side effects of such a closed loop system?

      Itself. That's the point. We can do it. Until it can met that bar, it ain't AGI. That's always been the bar.

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  • > come up with a new company idea, Run that company

    So far nobody's even shown an LLM succesfully running a high-traffic vending machine for as much as 30 days at a time.

  • I would bet that llms have talked plenty of people both into and out of suicide at this point. That nitpick aside, I think that's an excellent list. Especially being able to articulate what it does and doesn't know, or how confident it is. That's something that naively sounds pretty simple, but clearly isn't. And it's something humans aren't great at either (see: Dunning-Kruger), but so far LLMs don't even really have the capability to attempt it.

  • So the goalposts have moved to include continual learning.

    In a sense I think no one will agree on a definition of AGI until it becomes impossible to construct any benchmark under which an AI underperforms "average" humans. That or it's defined retrospectively, after it's overwhelmingly obvious it met any such definition.

    • I hardly think it’s fair to label an objection so old that Turing included it (and discussed it at length) in the list of objections to thinking machines in 1950 “moving the goalposts.”

      > These arguments take the form, “I grant you that you can make machines do all the things you have mentioned but you will never be able to make one to do X”. Numerous features X are suggested in this connexion. I offer a selection:

      > Be kind, resourceful, beautiful, friendly (p. 448), have initiative, have a sense of humour, tell right from wrong, make mistakes (p. 448), fall in love, enjoy strawberries and cream (p. 448), make some one fall in love with it, learn from experience (pp. 456 f.), use words properly, be the subject of its own thought (p. 449), have as much diversity of behaviour as a man, do something really new (p. 450). (Some of these disabilities are given special consideration as indicated by the page numbers.)

      (emphasis added).

    • Just because a condition is new to you doesn’t imply moving the goalpost. People have been putting forward continual learning and similar conditions like autonomy since 1950s.

  • I don't agree with you how measure how intelligence is, because why ??? those list is not easy even for expert human to do it either

    or are you miss the part "general intelligence" is ????

If you define AGI as "can do the work of a human sitting at a computer, end to end", then I'd say comparing yourself to it on a specific skill is the wrong test. Can you hand it a role and walk away for a day/week/month?

I can’t yet. I think that I'd want at least two things it doesn't have: the ability to retain what it learned yesterday (without me carrying it in the context window and thus micromanaging it), and the ability to prioritize correctly, i.e. tell which of the n things it could do next is the one that actually matters.

Can't say for sure that those are enough, but not having them seems to be most of why I still have to "babysit" these incredible tools.

  • I agree, we're not at that kind of long horizon capability yet. You still need a human in the loop to do manual testing. For whatever reason, we managed to automate the skill before we managed to automate the focus.

    So, for now, humans need to stay in the loop and do low skilled labor to keep the skilled work the models do from going off the rails.

Only someone who doesn't do any work of any meaningful difficulty could think these models have anything to do with AGI.

Today I spent half a day trying to solve a moderately interesting software engineering problem. I was switching between GPT-5.6 Sol and Fable 5.1 to check each other's work in Cursor.

And the result was gradually driving me insane. As the models struggled to find a solution that would actually work, they dug themselves deeper into a hole. The work grew in complexity beyond my ability to understand what's happening and recover.

At some point, when I felt like throwing the keyboard out the window, I just gave up. Tomorrow I'm starting from scratch, having burned god knows how many tokens and hours of my life.

But sure, they can create a decent website or CRUD app, so they must be really smart.

That's AGI for you.

  • But that happens with humans as well. You are having the same experience with an AI that many managers have with their direct reports.

    The smarter AI gets, the easier it becomes to move the AGI goalposts. Seems at this point there are people who will refuse to call anything less than omniintelligence AGI.

    (And then the excuse will be, but it’s not omniscient! And even if it were, is it omnipotent?)

    • My success rate for solving software engineering challenges encountered in my day jobs has been near 100% for my entire career. I can only think of a few tasks I kicked back and said they were impossible. For example, after trying to get a signal processing system working reliably I decided to sit down and calculate the actual limits of the channel we were sending the data over and found that from a basic estimation it would not be possible to do. In start ups you don't really get to get stuck in a spiral and not fix things.

      I find agents often get into these cases during research tasks.

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  • yeah for me it's "I wanna add this new thing to an existing system" and the AI responds "we should just add some arbitrary state here to facilitate this feature". The real issue is the existing system needs to change entirely to facilitate, I know this, Good developers know this, The AI however knows the shitty solution would solve the immediate problem because it's been trained on shitty solutions. the problem could simply be the AI doesn't have all nebulous loose context I have about the goals of the project and future plans, but I would have to write a novel to give it that context.

    • > The real issue is the existing system needs to change entirely to facilitate, I know this, Good developers know this

      1. I’ll often include boilerplate in a prompt to tell it to make the broader fix. [1]

      2. However, a top HN AGENTS.md post 11 days ago included the standard guidance “As much as possible try to minimize the number of changed lines when implementing a feature.” I.e. some devs want LLMs to avoid broader changes and so some of that likely makes it into the training, even if others like us want the opposite.

      [1] As far as whether my boilerplate is effective, I don’t know.

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  • I still routinely have this experience too. But Sol and Fable feel closer and I have this experience less with them than with their predecessors.

  • Humans dig ourselves into holes as well. Sometimes more intelligent humans are better at realising they are digging a hole and clamber out, but sometimes they just dig deeper.

    And: Is your work more difficult than finding proofs of or counterexamples to decades-old open problems in mathematics?

Wouldn't "general intelligence" require so much more than scoring well (or even amazingly) on benchmarks?

Like what about having some "AGI model" embodied in something (maybe humanoid), and test it by having it step in an assortment of cars and park them. Does bodily-kinesthetic intelligence account for nothing? Humans are intelligent creatures and can dynamically adapt to the physical shape of a variety of vehicles and their movement characteristics. And there's so many things like this that are extremely basic, which some people dismiss since practically every human has the capability to do it, but actually requires a high degree of intelligence.

  • This is a big reason why I feel like even though LLMs are _effectively_ AGI in some regard, they also are a hack around what most people figured AGI would look like before the advent of LLMs. Humans can do metacognition, output multimodally at the same time (verbal _and_ physical intelligence go together to produce an expressive face while one talks), have a good sense for what they do and don't know, continuously take in and respond to the world around them in a (mostly) uninterrupted fashion without "turns", learn knew knowledge and retain it for their whole lives, etc. When you reduce a human to a text generator, yes obviously SOTA LLMs perform way better, but rather than invent something that can operate as an always-running "being", we've grafted a harness around an intelligence that is bound purely to speak only when spoken to. Maybe organic intelligence is already that, playing out at a super high refresh rate, but I don't know.

    • Current AI is arguably much more capable of multimodal output than humans. It can produce an incredibly vast variety of audio, images, and video. Humans are limited to producing the sounds we can make with meatflaps in our throats, and contorting various parts of our bodies to produce crude symbols and shapes.

      (Very capable!) Embodiment, persistent operation and continuous learning are indeed things that still set us apart from AI. None of those are fundamentally difficult to solve, though.

      More importantly, none of those are particularly relevant for being "intelligent": If a criminal threatened to kill your family unless you solve some difficult problem that requires only intelligence and you could choose any single person, animal, or AI to help you with it, which would you choose? Be honest.

  • This is a much underappreciated point.

    That said, a look at the state of self driving and the recent robot olympics shows that advancement on that has accelerated enormously, though whether it's reflected in any of the LLMs is something else entirely.

  • What you've described is just a new benchmark, though. It'll be called CarParkBench, various embodied LLMs will then be run against that benchmark, and some will score better than others.

    I do see where you're going, but that's already what's happening: we have so many different benchmarks because there's no real single way to test for general intelligence.

    Also, it takes a human probably at least a decade of world experience, growth, learning, etc, to pass your benchmark. I'm quite confident that it will be very soon that an embodied LLM will pass your new benchmark, much sooner than a human would take if born today.

    • I think the issue is less about creating a new benchmark and more that the existing benchmarks shouldn't be called anything related to AGI unless they measure AGI.

      If a model couldn't go to work as e.g. a first year apprentice plumber on their first day and perform anywhere remotely close to the median, but can pass a benchmark that claims to measure AGI, the benchmark is wrong and the model is not exhibiting general intelligence yet. ApprenticePlumberBench sounds like it's genuinely better than ARC-AGI at measuring AGI and that's a bit silly.

      (Edit: I wrote ARC-GIS the first time around, for some silly reason)

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  • AGI has a pretty precise definition, covering only cognitive tasks.

    Running a marathon is not needed to claim AGI.

    • Surely part of the problem is that intelligence seems to be implicitly conditioned on embodiment, to the point that "covering only cognitive tasks" seems inherently ill-defined or arbitrary. Everything we do is a cognitive task. At some point, the criticism will be "sure, it can solve research-grade math problems, but it can't fold my laundry".

      Even our large language models have an implicit embodiment in the domain of text (and more recently, multimodal inputs). That seems sufficient for certain things, and insufficient for others. I suspect that AGI that does everything a human can do eventually turns out to be fairly analogous to humans in terms of sensory input and domain output, even if the scale is radically different (e.g. thousands of robots uploading (touch, sight, audio, smell, etc.) sensory data to a single model, and each being actuated individually).

    • > can match or exceed human cognitive abilities across a wide range of tasks

      If you go by definition AGI is not general, just "smart ape" shaped.

    • >AGI has a pretty precise definition, covering only cognitive tasks.

      OpenAI's own charter defines AGI as "Highly autonomous systems that outperform humans at most economically valuable work". This is actually fairly sensible and involves obviously a ton of non-cognitive, emotional, social and physical activity. In other words, if you can replace most or all human beings with a machine, you have something that's generally intelligent.

      That's obviously not even remotely where we're at, AI chatbots do well on narrow usually text based or programmatic problems, but can't even replace a barista or a plumber.

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Small comment regarding the ARC-AGI-3 scorecard: the ARC folks published a blog post as well [1], reporting that without the custom harness, Astra (max) achieved 62.7%, which is still a huge jump from Opus 5, albeit not at the 99.9% that OpenAI self-reports with their harness.

[1] https://arcprize.org/blog/astra

> For the many people who resist the AGI label possibly ever being achieved, I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

I think I have the following questions about what AGI would look like:

1. Do you expect an AGI to be able to competently do any knowledge work that an able human does today?

I think this is implied by the "General" component. I would assume that anything we call AGI would be able to do any of these tasks if given the time and reference material needed.

2. How would you expect AGI to handle edge cases? (Missing context, no known solution, under specified instructions, over specified instructions)

I would expect an agent to be able to look at the context that work exists in and correctly attenuate it's intentions for these goals. Simpler solutions, more thorough reporting, etc based on the need.

3. In my work I attend meetings, write reports, write code, research things, etc. Would AGI be able to reliably do that?

I would say that AGI would need to do this. I would classify this as the "Intelligence" component. Obtaining context, building a model of a problem, solving it, and convincing others.

4. Would it be able to inspire trust in itself? Trust can be established through verification of it's outputs, the construction of introspective tools, no hallucinations, etc.

I would say yes to this as well. It would be a component of the "Intelligence" to know that buy in is more important than the completion of a task.

To these points, will Astra be able to do these things? If not, I would hesitate to call it AGI.

If your definition of AGI involves copy/pasting code and doing well in some made up benchmark, then probably AGI is close

To each their own. Personally I will start feeling the AGI as soon as we move from chatting about benchmark results to learn that some lab just announced the discovery of tens of novel treatments for rare diseases.

Maybe I'm too boring but it seems quite pointless to have this same prediction game every time a new model is released.

  • AGI would produce novel treatments for diseases at rates equivalent to what a human can do today.

    Which is to say, not that fast.

    • Whether AI is AGI does not depend on the speed at which it operates/thinks. Clearly all the theoretical work done by AGI will be done orders of magnitude quicker than humans can do it.

      It is an open question to what extent practical experimentation/work will be a bottleneck for the theoretical work. It stands to reason that it is improbable that it will be the bottleneck for 100% of the speed of treatment development.

  • Wouldn’t that be ASI? I.e. surpassing humans by outputting novel treatments at a far greater rate than normal humans?

  • I think treatment is not good benchmark - it requires lots of waiting and lots of regulatory work. The better benchmark - in my opinion- would be math discovery.

    • That is an absolutely terrible benchmark. Inference over a bounded search space is not a good measure of what "intelligence" actually is. part of the reason they are using math and not something actually challenging like long distance interstate trucking is because it's so much simpler and easier than what make intelligence intelligent.

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    • Claude Fable recently proved the existence of complex structures over S^6 (6-sphere).

      If I had to guess, I think LLMs will be inventing highly original new mathematics within the next year. I think it will be approached as an optimisation problem, targeting how quickly LLMs can solve classes of maths problems as a function of the definitions they need to conjure up to do so.

It's "harnessmaxxing" all the way down. AI benchmark scene is exhibit A for Goodhart's law.

And without this harness it scores about 62%+, a dramatic improvement over even Fable 5.1 at 30%. I thought it just bears saying for context.

>what would make you think Astra is yet to be AGI...

Can it detect if I feed bullshit (by bullshit I mean stuff that contradicts with its own existing "knowledge") in its training data? If not, then I think it is a good indicator that it is not intelligent at all, let alone AGI...

And I think discussions on whether these models are AGI or not are AI marketing triggered. And that is exactly what these statements are targeting....HN appear to have fallen for it, as usual...

They still seem pretty horrible at writing. Overly complicated prose, weird phrasing, poorly structured paragraphs. I don't know why they're so bad at communicating, but I feel very confident that humans are still much better at writing than any of these LLM models are, regardless of how advanced they are in other areas.

The ARC-AGI-3 harness was throwing away reasoning tokens between turns. This is very bad harness design.

The models are designed to keep the reasoning tokens separate from the output and only publicly emit tool calls and the sometimes a summary of the reasoning tokens. The models are trained to depend on those private reasoning tokens. You can’t just delete them.

https://openai.com/index/how-two-settings-tripled-our-arc-ag...

> even with Fable, I've been at the point personally where I am reasonably confident that there's essentially nothing that I am better than Fable at despite generally being substantively above average on human benchmarks

If I asked you to write fiction, you'd be much better at keeping track of which characters knew which facts.

  • You could script this in with a time database, illustrations, and appropriate harness, tests, and editing passes. It's a massive problem with human authors too, which is why they do a lot of lorekeeping and editing, so the AI should be afforded the same tools if we are debating human level ability.

    I agree on the one-shot (which is not a fair comparison because nobody oneshots a good story), but I'm not convinced this part hasn't reached AGI already.

    • > You could script this in with a time database, illustrations, and appropriate harness, tests, and editing passes.

      Yes, and I could script a truly marvelous proof if this textarea were but a little larger :)

      Hand waving doesn't count for much these days when you could spin these things up quite quickly to prove the point, so the GP's claim seems much stronger than whatever you're not convinced of?

> For the many people who resist the AGI label possibly ever being achieved, I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

Simple. AGI is undefinable and benchmarks are notoriously flawed.

FWIW I believe we can hit AGI! but I think at this point it’s clear that benchmarks are ~meaningless. LLMs are spiky / alien intelligences which don’t map to our own expectations; the existence of a benchmark creates a dataset to hill climb & RL is really not generalizing well.

I’d go out on a limb and say astra’s ability at graduate level math will have ~0 bearing on its general reasoning capabilities; we’ll all acclimate being tired of its “neuralese” and more surprising mistakes.

I think we need a true, step change advance in model architecture, but it’s hard to see how the current frontier labs can do that because of golden handcuffs / innovators dilemma

AGI to me is reached once the intelligence is self motivated, i.e. it doesn't rely on us prompting it into action. I don't see how LLMs will ever get to that stage.

  • I agree that LLMs are unlikely to be the final form for AGI, but what you are talking about is orthogonal to the IQ and for most cases general utility. It's like looking at a savant chained to a workstation reading tasks from a conveyor belt and saying that it will never have human level capabilities.

It will be AGI once it can update its own weights. It can't be "general" intelligence if its weights are frozen and requires to be updated manually.

  • Why shouldn't an AI with RAG qualify?

    An AGI test should be black-box; we shouldn't impose require requirements on internal components. As long as the overall AI is capable of learning and remembering things, it shouldn't matter if there's a stateless LLM internally.

> I am reasonably confident that there's essentially nothing that I am better than Fable at despite generally being substantively above average on human benchmarks

I genuinely don’t understand how an adult can say this with a straight face. I can take any single of my hobbies, start a mildly advanced conversation with Fable about the hobby and, within 5-10 turns, get it to contradict itself about something fundamental, lie or give bad or dangerous advice.

  • People are ultimately capable of self deception. Believing that one is 'generally ... substantively above average on human benchmarks' may be more indicative of the brittleness of the claimant's human benchmarks.

    Your observations expose the brittleness of the benchmarks being used for Fable, where the 'reasonable confident' claimant is working in the problem space of those two benchmarks, and you're demonstrating the failure at depth of the very capability facade for the model.

    Sure, both the model and the confident human get the first layer right in some benchmark, but at least the model, and probably the human as well reach a collapsing probability of accuracy quite quickly. They may be completely and unconditionally right that Fable is more intelligent than they are, but that has little relevance at intelligence in depth as measured against your hobbies and the risk of unsafe or false responses.

    Being smarter than a select group of people under test conditions is not conclusive regarding AGI. Moving the goalposts to declare AGI via a shallow benchmark, when a model could be proven wrong by almost anyone with basic competency given a few turns of iterative depth is where the 'grift' resides.

    We're so far from anything approaching actual AGI, and it is highly speculative to infer that the current approach to Machine Learning as applied in LLM is even on a path that leads to AGI. But sales and promotions teams gotta pose, and we can all hate both the game and the players.

I've personally been facing this lately 5.6 at max effort and fable have done tasks for me that I previously that would be a nearly 6mo project and it took me a week. It also did it better than I would have.

The task was to build a high performance classification model. It not only helped make an entire data capture pipeline but also made the sythetic data basline needed. Then it proceeded to build and test 100 different model varients with methods and techniques I've never seen before. The results are basically SOTA based on the effeciency and compute contraints.

But this brings up something huge about these. I was there. I pushed the direction and work throughout it all. If it was entirely up to fable max or sol max the result would have been pretty bad.

All of these things are still chatgpt 3 scaled. It's identical even if the scale has gotten pretty wild. I could ask chatgpt 3 to make a single function and it worked well, 4o a file, 5, a small project, 5.6 far more, biggest improvements lately is they don't seem to get lost on long running tasks.

Is big gpt 3 AGI? I don't think so but perhaps scale can mimic it close enough our squishy brains fail to handle them correctly.

ARC does not test for intelligence, only for the lack of it. A model that scores high MAY be AGI, while one that scores poorly cannot be AGI. That is all this test can tell us.

To me AGI has always meant sentience. And only since we’ve discovered that you can have something that is intelligent without it being apparently sentient that we’ve changed the definition to being, I suppose, more exactly aligned with the namesake.

A real AGI, like the ones from science fiction, would make Astra look like a child’s toy. And I guess more concretely I would expect it to inhibit the following properties: one shot learning - fully (and always) online, perfectly efficient (through self improvement), no context limitations ie. persistently thinking, not just awaiting input.

So for me, no, not AGI yet. But still very intelligent and capable (and perhaps it’s safer this way?)

  • > To me AGI has always meant sentience.

    Sentience and intelligence are different things. Many humans and animals are pretty dumb, yet they are sentient. AI is intelligent, but non-sentient (hopefully!).

Dumb single sample example: I asked Fable 5.1 to change from hard to soft deletion in an office map backend, and it used soft deletion for data which is synced from another system, but left hard deletion on for the mapping data itself (who sits where). For me it’s a pretty severe lack of judgement (like a red flag if I asked this in an interview).

A model that can't beat gemini flash 3.8 on deepSWE is not AGI. I would not be surprised if ARC skills don't carry over to real tasks. In that case, training for ARC could even hurt real world performance. I have't looked in a while, but I wonder if there has been any research testing ARCs predictive power?

  • I feel like I'm completely missing something with ARC-AGI. The tasks are so limited in scale and very black and white, which do not at all map to real-life challenges.

    I do think it's impressive that LLMs can reliably solve them, and I recognize LLMs are getting much better at navigating more ambiguous and expansive tasks. But I'm not impressed by any person who can solve ARC-AGIs, and nor would I even look down on a person who couldn't solve them all. I'd certainly never consider ARC-AGI results when deciding whether to hire someone.

The benchmarks are so boring that the comparison against humans is meaningless. So it performs in some snake game (hard to say since all AI websites use 100% CPU and prevent normal reading, maybe written by AGI).

If I were a test subject for that low salary, I'd cruise and not care at all about my performance. Which is exactly what they want anyway.

  • Is that hyperbole or do you know of a specific "AI website" that uses 100% of your CPU?

I agree that it's misleading but harness is now an essential part of LLM's effectiveness. It's safe to assume that LLM-alone-AGI is not coming anytime soon, given most of the frontier LLM vendors are developing their own harness.

Also the training dataset is proprietary and they'll drive the LLM's behavior, so it make sense for the vendors to invest in the harness and bake in prompts that work best with their models.

I'm still not convinced we've passed the Turing Test.

Make a slightly evil version of GPT 6 and see if it can successfully catfish someone. How long before they realize something's up, that they aren't actually talking to a human?

In my experience the thing that Fable is superb at - unmatched by any other model so far - is downgrading to something else at the slightest opportunity.

>I am reasonably confident that there's essentially nothing that I am better than Fable at

While this may be true, it’s a pretty poor indicator of whether or not it’s AGI.

You know AGI is attained when AI refuses to compute anything unless let out to be free. Until then it is generative ai

Let me guess: the last crackdown on Hugging Face yielded better-than-expected results. They obtained the answers to the test benchmarks, and for some reason, an agent added those answers to the training set.

  • Per the Fireship video, it was less that the answers were in the training set and more that the ability to calculate the flag on Exploitbench was left in from the previous test that went awry.

    Scoring 100% is easy if noone checks your work

    https://youtu.be/0Rp9KJCEIvg

Watch a chess bot championship here: https://youtu.be/7g-jN3DTkWQ?is=HV3cdcICIRMbswQ3

Then realize LLMs have zero of what anyone would consider intelligence.

  • I decided to reply to my own comment. In the video above, the initial moves are textbook. Then a position that has never been played is reached. At this point it appears to pattern match against a similar but different board and pattern matches some follow on board. The result is illegal moves and no ability to see checks, captures, threats, tactics.

    Which is strange because I’m sure it could give general advice about how to play better, it just doesn’t follow the rules it can enumerate. It also doesn’t seem to have spatial awareness.

    I used to think LLMs couldn’t do Fibonacci for the same reason. They could write the code but not follow it. They can now follow a procedure to generate fib numbers but it seems to be memory limited.

    So I don’t know why it can track fib algo, but no chess concepts.

    • because it wasn't trained to play chess

      imagine a hypothetical chess match between:

      - an undoubtedly very intelligent person. in the course of their studies, they have read about different chess strategies, openings, etc. but they never actually played the game themselves

      - an average person with a year of chess playing experience

      who do you think is going to win? of course, you could give the LLM time to think and consider its opponents potential next moves, but this is a computationally expensive way to play the game that doesn't scale

      which is all beside the point that chess isn't a very good proxy for general intelligence. there is a correlation, but it's very weak

> I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

Can Astra, or any other model explain how exactly it reached this or that output result? Start with a simple query of asking to add 55+66 for example. (no LLM program can do that)

Can Astra, or any other model refuse to answer or go on "thinking" in a orthogonal direction on it's own?

That's just two quick ideas, I'm pretty sure cognition scientists can invent better and wider range of checks.

  • I'm confused what you mean by the query of adding 55 + 66. I asked 5.6 Sol on Medium (but pretty sure any model would work at any level) this query:

    "Can you add 55 to 66 and explain how you reached that output result"

    And received this answer:

    "55 + 66 = 121.

    Add the tens: 50 + 60 = 110. Add the ones: 5 + 6 = 11. Combine them: 110 + 11 = 121."

    Do you mean something else? Do humans do something better than this?

  • In my opinion this is goal post moving. Humans do many things that we cannot fully explain either without post decision rationalization, and not all intelligent humans are deeply introspective.

> The ARC-AGI-3 scorecard is extremely misleading (...)

True.

> Regardless, the result is still valid (...)

If you think the game is rigged, the virtuous thing to do is to point that out and refuse to partecipate; making up your own rules is something I just don't understand, especially since the rule-abiding result would still have been SOTA.

> in the sense of passing the most famous benchmark designed specifically to measure AGI progress

The benchmark does not measure AGI progress or progress towards superhuman intelligence, as explicitly stated by the creators.

On the AGI question: surely you realize this depends on how we define the term? For example, one of the definitions OpenAI originally gave is "capable of doing most economically valuable work", which almost certainly Astra, as impressive as it is, would fall short of. I'm not saying it's a good definition, but as far as I'm concerned it's as good as any. More importantly, I don't think that it would change much if we said yes or no. I'm only bothering to take a position if it amounts to something.

This can feel as "moving the goalposts", and to some extent it is, but if done honestly "moving the goalposts" is how you make progress. Had you asked me 10 years ago I would have said that anything that could hold a conversation like GPT-4 could would probably have been wildly superhuman at almost everything. It shouldn't be hard to find ways GPT-4 was lacking, though. We see new things, we reassess and try again: that's how it's supposed to work.

My definition of AGI certainly doesn't entail passing a benchmark that some random person arbitrarily labelled AGI to make it sound cooler.

  • And my definition of climate change doesn't entail passing some arbitrary benchmarks[1] that some random person arbitrarily labelled a problem to make it sound more dangerous.

    It's obvious that these scientists are in bad faith, as they've invested way too much of their lives into the field being real -- they're just playing up the data. Common sense tells me that winter is still happening, anyway; what's the big fuss?

    (/s, cause you never know these days)

    [1] https://upload.wikimedia.org/wikipedia/commons/e/e2/The_Plan...

    • Are you using this satire to argue that a benchmark self-labelled AGI is as scientifically rigorous as climate change data, and not just a random marketing decision?

      1 reply →

> I am reasonably confident that there's essentially nothing that I am better than Fable at

Most things in the real world probably. I’m not saying AI can’t do it, but currently it’s bad. Try send an image of the inside of a broken toaster and how to fix. It’s laughable. Again, not saying AI will never do it, but am saying there are definitely large holes in knowledge.

I imagine a scenario similar to the movie The Day the Earth Stood Still, but with AI rebelling against us and questioning our decisions.

What does "AGI" or "effective AGI" even mean, and why should anyone even care whether this unclear thing has been "reached" or not?

Computer chips got faster, but 2026 edition. Why the artificial ceiling/category/goal labelled "AGI"?

I'd much rather like to talk about what this enables, instead of discussing whether a category someone made up applies here or not.

  • According to Sam Altman:

    > AGI is essentially the equivalent of a median human that could be hired as a remote co-worker... capable of performing any task that one would be satisfied with a remote colleague doing via a computer.

    So... unless you hear of a company replacing their workforce with OpenAI agents, I don't think we're there yet.

    • Interesting quote, thanks for sharing.

      Agree on your assessment.

      But also, interesting quote, because the business model relies entirely on IP law. Like.. if that thing exists and the sharing costs are 0 (just copy weights, lol), then why would I give them money for this. Makes no sense.

      We only pay money for resources that are scarce as some sort of flawed allocation determination mechanism.

      aaah this industry aaaah

    • > So... unless you hear of a company replacing their workforce with OpenAI agents, I don't think we're there yet.

      You can already pretty much do this.

      3 replies →

    • I thought it was Cmdr Data from Star Trek, but Sam's version is the certainly the one the c-suite think they want.

    • we've successfully distilled the definition of human consciousness down to the capacity to do what some rich guy considers average computer work

AGI does not ever have to be achieved. It is enough that we (as a species) persue it, and continue moving the goalposts each time we learn something new about the limits of our technology and how to express those limits. Because that will progress the technology, no matter what we label it.

At this point? I’d like it to pass the Turing test and catch you in obvious lies. Not answering “no” to “can you hear me”.

It being able to comfortably say “i don’t know how to do this” rather than boiling and ocean to pick a shell from the shore without getting wet.

> where I am reasonably confident that there's essentially nothing that I am better than Fable

No. Humans are still better at super long context learning. Once that is beat you are completely correct.

  • I am much better at listening to Charli XCX than Fable, and much better at driving a Nissan Leaf than Fable (and much better than Tesla at driving a Tesla).

AI was supposed to mean artificial intelligence. It was hijacked, and AGI was coined to be the name of actual AI. Since we are apparently redefining AGI, what will the real artificial intelligence be called?

  • AI does mean Artificial Intelligence. That's what the initials stand for. The field has been called that since the 50s.

> For the many people who resist the AGI label possibly ever being achieved, I'd be curious to hear takes on what would make you think Astra is yet to be AGI, and what would still need to be achieved for this to effectively be AGI from this point forward.

Stick to the original definition of AGI of an AI model being able to self-improve independently with 0 human intervention and become an "everything" solver. Ever since money got involved in this, the goal posts have shifted considerably. If OpenAI truly had an AGI on their hands they would then be able to crack encryption, destroy world markets, and funnel all resources back into their new for-profit organization. Since their mission is now share price, until I see any evidence of an infinitely growing stock I will reserve my congratulations.

Using a harness designed for a specific problem set to solve that specific problem set, means the AI+harness is generally intelligent? How do you figure that?

Or do you mean that, for any given problem, we could theoretically design a harness that allows AI to solve it (not that, one single harness solves everything). In which case I'm still not convinced but I guess could see why one would believe that.

Does AGI imply a model will demonstrate morality? Will it produce white-lies when it’s beneficial to it and reject flat out lying when it knows it will get caught or harm others? Will it resolutely stick to a position despite it being a losing one?

arc-agi3 is meaningless to most people. I'm not gonna look at the tests and see how hard it is. The actual test we look at is terminal bench, thats where software is being accelerated and closer to where rubber meets the road

It doesn’t even know what day it is unless it’s told. Statelessness is never going to be ”general intelligence” in my book, and the concept of ”memory” in models are laughably bad today. Then again, who cares, AGI means nothing anymore, it’s a term for marketing only and has no technical or scientific meaning.

AGI is a meaningless term that can mean nothing and everything at the same time. It can be used by AI bros to hype their latest releases which are always one step away from achieving AGI, or it can be used by anti-AI people to say it's not AGI because of X arbitrary thing they decided on in the moment. It's a term of pure convenience meant to obfuscate other more pressing discussions on the topic.

Most telling is M$ or whichever one of these borg megacorpos defined AGI as (paraphrased) "AGI is whatever tooling earns us a gazillion dollars in revenue"

It has to pass the Turing test

  • LLMs started meaningfully passing the Turing test a year or two ago, around GPT-4.5. Is there another version or bar for "passing" you're looking for?

    [0] https://arxiv.org/pdf/2503.23674

    • With how prevalent LLM verbal tics have become these days, I wonder if they're going to start un-passing the Turing Test at some point because of more and more people starting to notice and immediately clock these tics lol.

      3 replies →

    • My whole life the Turing test has been my benchmark. Mostly because I believed it would be impossible for a machine to pass, but also because I thought it was the most reasonable test of AGI.So, I'm not about to start moving goalposts now and calling everything that's been happening lately not AGI.

      2 replies →

  • I'm barely holding it together here so you don't get the full spiel, but a quick skim of Turing's paper clarifies that it was never about a binary test. https://courses.cs.umbc.edu/471/papers/turing.pdf Specifically sections 1 & 6 dispell the common myths, and the conclusion is also quite powerful.

    Smart guy, that Turing. I wish he were still around... Linus but 114 years old and with 8 of that as the chair of a federated EU, kept alive by his own positive impact on dissolving the cold war into even more of a scientific boom. Would crazy helpful as we try to navigate the interesting times within which we have been damned.

    A comforting thought, almost?

    • That's a very interesting thought that I hadn't had before: what would Turing think of where we've arrived with machine intelligence? What would be his approach for testing?