For me the Meta storm of billions in hiring was enough to start selling any tech giant related stock.
It is about to crash, harder than ever.
For me the Meta storm of billions in hiring was enough to start selling any tech giant related stock.
It is about to crash, harder than ever.
The issue with high salaries is that there is a latent assumption that these people provide the multiples in additional value. That they are so smarter than everyone else.
This is simply not true, and will lead to a competitive disadvantage.
But feel free to prove me wrong - I am ammendable.
But I would expect them to be smart and have relevant experience that everyone else doesn’t have, and I expect the companies offering these salaries aren’t doing it for fun but because they believe their IP or ability to generate IP is very hard to come by, and it’s better to monopolize that talent than let competitors do so. If they could hire 10 people equally as good for 1/10 the price then they would do so. But I’m sure there’s also a large dose of gambling too; even in sports highly anticipated freshman drafts can turn into duds.
I think this is where the misunderstanding is. In this context it is not 10 times as much in salary - where it is already highly improbable that a single person provides 10 times as much value as 10 other highly motivated candidates.
You have to increase by orders of magnitude.
Remember that these threads exists in the context of the posted article.
When OpenAI was making waves the first time, then Google launched their neutered incapable competitor, I thought it is “over” for Google because why would anyone use search anymore (apart from the 1% of use cases where it gives better results faster), and clearly they are incapable of building good new products anymore…
and now they are there with the best LLMs and they are at the top of the pack again.
Billions of dollars in the bank, great developers, good connections to politicians and institutions mean that you are hard to replace even if you fumble it a couple of times.
It is indeed; those people hired at those salaries are not going to "produce" more than the people hired at normal salaries.
Because what we have now is a "good enough" so getting a 10x better LLM isn't going to produce a 10x increase in revenue (nevermind profit).
The problem is not "We need a better LLM" or "We need cheaper/faster generation". It's "We don't know how to make money of this".
That doesn't require engineers who can creat the next generation SOTA in AI, that requires business people who can spot solutions which simply needs tokens.
EUR:USD has been rising for a reason.
We're sailing uncharted waters, all bets are off.
and then immediately bounce back to higher than it was before
I think the biggest confuser here is that there are really two games being played, the money game and the technology game. Investments in AI are going to be largely driven by speculation on their monetary outcome, not technological outcome. Whether or not the technology survives the Venture Capital Gauntlet, the investment bubble could still pop, and only the businesses that have real business models survive. Heaps of people lose their shirt to the tune of billions, yet we still have an AI powered future of some kind.
All this to say, you can both be certain AI is a valuable technology and also believe the economics around it right now are not founded in a clear reality. These are all bets on a future none of us can be sure of.
But thinking Tech Giants are going to crash is woefully ignorant of how the market works and indicates a clear wearing of blinders. And it's a common one among coders who feel the noose tightening and who are the types of people led by their own fear. And i find that when you mix that with arrogance, these three traits often correlate with older generations of software engineers who are poor at adapting to the new technology. The ones who constantly harp on how AI is full of mistakes and disregard that humans are as well. The ones who insist on writing even more than 70% of their own code rather than learning to guide new tools granularly. It's a take that nobody should entertain or respect.
As for your point on 'future none of us can be sure of.' I'll push back on that: It is not clear how AGI or ASI will come about, ie. what architecture will underpin it. However - it is absolutely clear that AI powered coding will continue to improve, and that algorithmic progress can and will be driven by AI coders, and that that will lead to ASI.
The only way to not believe that is to think there is a special sauce behind consciousness. And I tend to believe in scientific theory, not magic.
That is why there is so much VC. That is why tech giants are all racing. It isn't a bet. It is a race to a visible, clear goal of ASI that again, it takes blinders to not see.
So while AI is absolutely a bubble, this bubble will mark the transition to an entirely new economic system, society, world, etc. (and flip a coin on whether any of us survive it lol, but that's a whole separate conversation)
Based on what precedent?
The reward-verifier compatability of programming and RL.
Do you have a stronger precedent for that not being the case?
In my view, improvements have been becoming both less frequent and less impressive.
gpt4 | 3/2023
gpt4-turbo - 11/2023
opus3 | 3/2024
gpt4o | 5/2024
sonnet3.5 | 6/2024
o1-preview | 9/2024
o1 | 12/2024
o3-minihigh | 1/2025
gemini2pro | 2/2025
o3 | 4/2025
gemini2.5pro | 4/2025
opus4 | 5/2025
??? | 8/2025
This is also not to mention the miniaturization and democratization of intelligence that is the smaller models which has also been impressive.
Id say this shows that improvements are becoming more frequent.
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Each wave of models was a significant step above what came previously. One needs only to step back a generation to be reminded of the intelligence differential.
Some notable differences have been with o3mh and gemini2.5's ability to spit out 1-3k loc(lines of code) with accurate alterations (most of the time). Though better prompting should be used to not do this in general, the ability is impressive.
Context length with gemini 2.5 pro's intelligence is incredible. To load 20k+ loc of a project and recieve a targeted code change that implements a perfect update is ridiculous.
The amount of dropped imports and improper syntax has dramatically reduced.
I'd say this shows improvements are becoming more impressive.
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Also note the timespan.
We are only 25 months into the explosion kicked off by GPT-4.
We are only 12 months into the reasoning paradigm.
We have barely scratched the surface of agentic tooling and scaffolding.
There are countless architectural improvements and alternatives in development and research.
Infrastructure buildouts and compute scaling are also chugging along, allowing faster training, faster inference, faster testing, etc. etc.
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This all paints a picture of an acceleration in time and depth of capability