Comment by gertlabs
18 hours ago
> Delivering the benefits of scientific progress and economic growth that very intelligent machines enable.
I think we're very close to the point where AI-driven breakthroughs outside of pure math and software start to really affect the world.
We evaluated GPT-6 Astra in 100 complex, unsaturated multi-agent coding environments, competing and cooperating with other models in open-ended tasks.
It's the new frontier model by a landslide. It's even more dominant than the Fable 5 release, because not only does it wipe the floor with the second best model (Fable 5.1), it was also ~80% cheaper and 30% faster in agentic coding[1].
Astra is a groundbreaking model. The biggest breakthrough since Opus 4.5, maybe even since GPT 4. It broke AAII, which is hitting the limits of what most popular benchmarks can measure -- it's definitely fair to call it AGI.
Data at https://gertlabs.com/rankings
(1) Note that we used the "OpenAI Flex" endpoint on openrouter, which is half the price and didn't cause any delays in our testing (this is different from the batch endpoint)
>I think we're very close to the point where AI-driven breakthroughs outside of pure math and software start to really affect the world.
What are you basing this on? What specific breakthroughs have convinced you of this trajectory?
The results we've been seeing internally on our physics and circuit design environments are expert-level and beyond-expert-level results from models that Astra completely outclasses across the board on our evaluation suite (Fable 5+/Opus 5/Grok 4.6 were all worthy of being called AGI in my opinion). That's hard tech that will translate to real product innovation.
But you don't need any kind of insider information to see how fast the world is changing. ChatGPT launched less than 4 years ago and the advances in robotics, unsolved maths, and software are all riding the steepest exponential improvement curve any of us have seen. Interesting times we live in.
I mean honestly, that's the problem. I'm actually not seeing the world changing. What specific advances in robotics, unsolved maths, and software have LLMs provided? What is the finished result that affects everyday life? In all categories, it's been hype with little actual real results. The robots are still doing the things they did before 2022. The maths are a handful of fairly insignificant proofs that have no significant applications. Software seems to be buggier than ever, but that aside, we certainly aren't seeing a lot of new innovative applications. We're using the same applications as ever. The same operating systems. They've all changed very little.
I'm not trying to be a pain here, but I keep seeing people saying "look at the massive change all around us" and back here in reality, there is none. Give me concrete, real world examples. Name software. Name products. Name the breakthroughs specifically. This should be easy.
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Incredible... software engineers will be joining the breadline soon as managers, executives and PMs take over deliverables.
The world will look very different on Jan 1st 2027.
Software engineers have been trying to put themselves out of a job ever since the profession first came into being. Whenever an engineer gets a task their very first thought is "how can I automate this?" Going by mainstream consensus we should all have been unemployed by now. Yet every new leap into automation opens up a whole new tree of possibilities with an order of magnutude more jobs. So no, the profession will be fine. The only requirement is that you keep up with the new advancements. The people losing jobs will be the ones who still go "I don't trust this AI thing to write code for me".
> Software engineers have been trying to put themselves out of a job ever since the profession first came into being
That's by design. Software is all about optimizing effort and people who want to do this generally correlate with world view that better, faster, smarter humans are better for the world. If coding is gone, but humanity is 20% _better_, then ideal software engineer would be happy with this sacrifice. Surely people who cracked coding before LLMs can crack other professions and if anything a lot of this knowledge is transferable.
This time it is different. Because in the past, setting up that automation needed a, drumroll, qualified engineer. Now you can get a 14 year old halfway around the world who knows how to prompt alright enough to ship. There is no more moat.
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Maybe I just lack imagination, but I don't really know how jobs are supposed to solidify around the role of giving prompts to agents and then looking at the results. I mean, engineers will be in the breadline because their role was simply to prompt the agents.. only to be superseded by managers or executives who no longer manage engineers but themselves prompt the agents? And, for this previously considered obsolete function which they do presumably by copy/pasting requirements from their email inbox, they will be paid by someone who doesn't know that they could just be talking to their own agents?
Sorry if I misunderstand the point, just trying to understand.
Regardless of the imagination quandary, this second, RIGHT NOW is the worst these systems will ever be. They are only going to get better.
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There are two things SOTA LLMs fundamentally cannot do. They cannot take financial or legal responsibility for mistakes, and they cannot learn new things without forgetting things (except to a limited degree by adding it to their context). This is clear to anyone who has used even the smartest models for tasks requiring domain knowledge outside of math and coding, for which it's not possible to generate an infinite amount of synthetic training data: they still make stupid mistakes, and have limited ability to learn from those mistakes.
Humans also have a limit on the amount of domain knowledge they can acquire, albeit a much larger one. Executives hence cannot just replace all knowledge workers with LLMs, because executives have neither the domain knowledge to prompt and check the LLMs' work nor the bandwidth to keep on top of such a large volume of ongoing work.
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I hope this is satire.
I hope so too!
Hope is all we have left to cling to, now.
It's not like managers and executives and PM's are the only people who can prompt an AI. And experienced software developer will be much more effective at using an AI to generate code compared to someone who isn't. So why would we expect the former in the breadline and the latter not?
If anything, I'd be more concerned about the leadership team being out in the cold. Why do I need a PM, or a manager, or a CEO if I can ship products myself?