> Nvidia selling more GPU's at the cost of it's datacenter business is pretty close to Kodak selling digital cameras at the cost of film.
This assumes a) AI is a zero-sum game, and b) we're actually talking about on-prem AI will replace cloud-based AI. I think neither statements are true.
AI is like compute: we'll need all sorts of it, in various sizes, everywhere. I'm sure Nvidia whats to own all the workloads.
On the other hand, I do think open weight, like open source, will win in general.
It might feel interesting, but it's sort of the crux of the issue. Average or below average prompts will produce average below-average results. The model can't make up for that.
Not saying every problem can or should be solved but AI, but mastery of the tools is kind of important when evaluating the tools. It's like complaining that vi or emacs is slow to use because of the bindings are complicated.
It's a good write up, but it's lacking some details, the most important one is: which Claude model was used?
The second issue is: what was tooling and the prompt approach?
(To be clear, I have no problem with the premise of the write up. But without some details like this, it's sort of like saying "I had a bad board on my deck, and my tape measure wasn't able to help me remove the nails. What a bad tape measure."
> Music is about connecting to human emotions, not poor facsimiles of it
"art is in the eye of the beholder."
I listen to a lot of EDM, which can be very mechanical, but I personally have strong emotional connection to. I personally would welcome AI-generated music as an alternative to human-made.
To be clear: I do agree a "human-verified" system would be great, but I don't think it would be black and white. And I would guess that eventually AI music will be better than a lot of human made music.
I've been using GLM 5.2 extensively for the last few days. It is slower, and the lack of multimodality is a bummer.
But, it produces solid results for a fraction of the price. Worth checking out if you have the time.
One of my goto "tests" of a new frontier models is having it rebuild a programming language from scratch. For GLM 5.2 I had it rebuild the old Rebol language in Rust:
This is great advice, and I appreciate the opening sentence to frame it as a "yes, and" sort of situation. We took our teenagers to London and Paris last year (we're from the upper midwest in the states) and it was a joy to see them experience a) a different culture and b) art and architecture they never would have experienced otherwise.
But visiting local destinations is also such a joy. I'm a mile from one of the best BBQ joints in Michigan, in a "blink and you miss it" village. I try and make sure I don't take it for granted.
I'm not sure, but it might be recursive: above-average managers can tell the difference, and so we won't need as many below-average managers. But this requires above-average leadership, and the market will need to reward those organizations.
> then what can we expect from AI steered by the sort of humans that produced poor quality code.
Great point, and I think that's my argument: above-average engineers can now produce more above average code. We don't need as many (any?) below-average developers moving forward.
> The code they [LLMs] produce is often fine. It works. It passes tests. It might ship as-is.
I don't disagree, but I've been thinking about this a bit: a lot of _human_ written code was/is less-than-fine. And a lot of human devs didn't understand the context when they wrote it.
I'm not advocating that we fire devs, or evangelizing that LLms are awesome. But I do wish there was a slightly more honest take on the pre-LLM world: it's not just about cost reduction, it's about solving some long-term structural deficiencies of industry.
My first computer was a 486sx 25Mhz [1] The rig (tower, monitor, etc.) cost around $3,000. We got the SX instead of the DX because it was $500 cheaper. And I wanted a 16bit sound card. (Note that this is in 1992 dollars. Today it would cost over $7,000)
My parents didn't have a lot of money, but my great-grand father passed and they used some of the inheritance to buy the computer. I was instantly hooked. In hindsight I see how much of a gift my family gave me.
The announcement reminded me of article John Dvorak wrote around the same time. 1GB hard drives had just come out, and he asked what all the extra space would be used for. Even as a young teenager, I remember thinking how short sighted that comment was. That was before I realized how the tech press tends to get stuck in local optimizations, and can't understand the bigger picture.
It's all a good reminder that cutting edge today doesn't stay cutting edge very long, and the world figures out how to squeeze every ounce ounce of power out of hardware. (Also, yes, that leads to bloat...)
This. My daughter is a high-school junior, and she's been asking for a laptop going into her senior year/college. This is exactly who Apple is going after.
I like the creativity, but I'm not sure it's needed. I've been building a large-scale database system using Opus 4.5, and targeting Rust. It's not perfect, but the Rust compiler is so helpful that Opus has solved a lot of problems on its own. I have around 100,000 lines of code, and have completed some major refactoring.
I am using a variation of spec-driven development.