But he can't get away with it with all the competition in other companies coming on top of China, Russia and others also adopting AI development
> The company's investors pressured it to grow very fast to obtain first-mover advantage. This rapid growth was cited as one of the reasons for the downfall of the company.
IMO, selling at a loss to gain market share only makes sense if there are network effects that lead to a winner-takes-all situation. Of which there are some for ChatGPT (training data when people press the thumbs up/down buttons), but is that sufficient?
If engineers are getting into AI development through OpenAI, they're using tools and systems within the OpenAI ecosystem.
Daily on HN there's a post on some AI implementation faster than chatgpt. But my starting point is OpenAI. If you can capture the devs, especially at this stage, you get a force multiplier.
https://www.ftc.gov/advice-guidance/competition-guidance/gui...
Has that been happening? I guess there's been a bit of a dip after the crypto crash, but are prices staying significantly lower?
> or they develop at ASIC or more efficient model
This seems likely. Probably developing in partnership with Microsoft.
The cards that were used for mining have since crashed in terms of prices, but those were always gamer cards and very rarely Datacenter cards.
Nvidia needs to satisfy gamers, who individually can't spend more than a few $k on a processor. But they also have the server sector on lockdown due to CUDA. Seems they can easily make money in both places. Maybe those H100s aren't such a good deal...
If someone understands these dynamics better I'd be curious to learn!
By contract - you can’t sell 4090s in a data center. You’ll find a few shops skirting this, but nobody can get their hands on 100k 4090s without raising legal concerns.
Likewise, nvidia A100s have more than a few optimizations through nvlink which are only available on data center chips.
Lastly, per card memory matters a lot Nvidia has lead the market on the high end here.
(There are also some density advantages to the SMX form factor and the datacenter cards are passively cooled so you can integrate them into your big fan server or whatnot. But those differences are relatively small and certainly not on their own worth the price difference. It's mostly market segmentation.)
Maybe I'm just old but back in my day this would be called "dumping" or "anti-competitive" or "market distortion" or "unfair competition". Now it's just the standard way of doing things.
We can acknowledge that things were historically pretty horrible and strive to be better in the future.
- tolerate the current state of the chatbots
- tolerate the high per-query latency
- tolerate having all queries sent to OpenAI
- tolerate OpenAI [presumably] having 0 liability for ChatGPT just randomly hallucinating inappropriate nonsense
- be willing to pay a lot of money for the above
I'm kind of making an assumption on that last point, but I suspect this is going to end up being more small market business to business than mass market business to consumer. A lot of these constraints make it not really useable for many things. It's even somewhat suspect for the most obvious use case of search, not only because of latency but also because the provider needs to make more money per search after the bot than before. There's also the caching issue. Many potential uses are probably going to be more inclined to get the answers and cache them to reduce latency/costs/'failures' than endlessly pay per-use.
Anyhow, probably a lack of vision on my part. But I'd certainly like to know what I'm not seeing.
Videogames maybe?
https://www.youtube.com/watch?v=ejw6OI4_lJw
This prototype is certainly something to have an eye out for
Even e.g. to develop hardware such as planes and cars: https://assistedeverything.substack.com/p/todays-ai-sucks-at...
OpenAI doesn't have to make money right away. They can lose a small bit of money per API request in exchange for market share (preventing others from disrupting them).
As the cost of GPUs goes down, or they develop at ASIC or more efficient model, they can keep their pricing the same and then make money later.
They also likely can make money other ways like by allowing fine-tuning of the model or charging to let people use the model with sensitive data.