In short
This episode of Informations TI TV covers three fast-moving AI stories: (1) Elon Musk’s lawsuit against OpenAI, (2) Amazon’s Trainium chip gaining traction in the AI chip race, and (3) the rising cost of frontier AI models pushing companies toward open-source models—plus a brief IPO-market discussion.
Guests and backgrounds
Rocket Drew (reporter covering AI/robotics/courtroom updates) discusses the Musk v. OpenAI trial; Catherine Perloff (Amazon reporter) explains Trainium adoption; Stephanie Palazzolo (AI reporter) covers open-source model economics and performance; Jay Doss (managing partner, Sapphire Ventures; has helped 15 companies go public) analyzes IPO momentum.
Key claims/examples
Musk lost because the jury found he waited too long (statute of limitations); the decision was narrow and came quickly during the remedies phase. Trainium adoption improved mainly due to better software integration with PyTorch, faster bug fixes, and more responsive support; developers cite NVIDIA H100 access constraints. Open-source models (e.g., Kimi K 2.6, DeepSeek v4) help with simpler tasks like customer-support email categorization, but struggle with deeper follow-ups; NIST analysis suggests the open-vs-closed performance gap is widening.
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Chapters
Tap a time to open that second in VOElon Musk's Legal Battle
1:16 to 2:11
Discussion on Musk's court loss against OpenAI and upcoming topics.
“developer conference kicks off today in Mountain View.”
Rocket Drew's Courtroom Insights
2:11 to 6:15
Rocket shares firsthand insights from the courtroom regarding the trial atmosphere and Musk's appeal.
“Elon Musk lost his court battle against OpenAI on Monday.”
Details of the Verdict
6:15 to 11:28
Analysis of the verdict and implications for future legal cases in tech.
“be very emblematic of the moment that we're in.”
Introduction to Amazon's AI Chip
11:28 to 12:16
Transition to discussing Amazon's advancements in AI chip technology with Catherine.
“Get some well-earned rest in the next couple of days.”
Tranium Chip Performance
12:16 to 14:01
In-depth discussion on the improvements and challenges of Amazon's Tranium chip.
“Tell me, how much traction has Tranium been getting?”
Challenges and Improvements with Tranium
14:01 to 16:02
Learn about the hurdles developers faced with Tranium and how Amazon has improved the software.
“That's also pretty common for developers.”
Amazon's Competitive Edge in AI Chips
16:02 to 19:08
Discover how Amazon's hardware and partnerships position it in the AI chip market.
“And that maybe could provide a bit of a window here for Amazon to get Tranium out there.”
Industry Insights on OpenAI and Anthropic
19:08 to 21:31
Explore the significance of Amazon's relationship with leading AI companies.
“There seems, you know, kind of in my reporting, maybe a bit more excitement about Tranium chips than there are about Nova models, even though there are definitely, you know, customers using those too.”
Open Source AI Models on the Rise
21:31 to 24:15
Understand the growing trend of using open source AI models in response to rising costs.
“Catherine really quickly about another story we saw last night.”
Limitations of Open Source AI Models
24:15 to 28:00
Analyze the performance gaps between open source and proprietary AI models.
“What is going on in the land of open source models these days?”
Show all 16 chapters
Open Source vs. Closed Source AI Performance
28:00 to 30:33
Learn about the performance gap between open and closed source AI models and future trends.
“Taken together, though, Stephanie, I mean, are these open source models getting better?”
The IPO Market and Cerebris Analysis
30:33 to 31:03
Explore the implications of the Cerebris IPO and its effects on the market.
“Well, Stephanie, I want to thank you for coming on.”
Insights on SpaceX AI IPO and Market Trends
31:03 to 34:33
Discuss the potential of SpaceX AI IPO in relation to other AI companies.
“So, Cerebris, what did you make of the big pop last week?”
Inference Needs and Open Source AI's Role
34:33 to 39:45
Understand the intersection of inference needs and the role of open source AI.
“I think, Stephanie, in your earlier segment was talking about open source AI.”
Amazon's Tranium Strategy and Market Position
39:45 to 42:04
Evaluate Amazon's Tranium strategy and its implications for the chip market.
“the only way really to make money or to make margins is by providing inference and running the open source model for you, for the enterprise.”
Amazon's AI Model Landscape
42:04 to 42:59
Explore Amazon's position in the AI ecosystem and its lack of proprietary models.
“And, you know, in some ways separate it out from some Gemini.”
Transcript
Automatic transcript. May contain errors.0:05Thank you.
0:31Thank you.
1:13Stephanie Palazzolo:Welcome, everyone, to the Informations TI TV. My name is Akash Basritsha. It is Tuesday, May 19th. Google's annual I.O. developer conference kicks off today in Mountain View. Our Google reporter will bring us the latest updates on tomorrow's show. First up today, we're talking about Elon Musk's big legal loss against open AI. Our own Rocket Drew is coming on to talk about what he has learned from his last three weeks in the courtroom. And the information published exclusive reporting about Amazon gaining traction in the AI chip race. Our Amazon reporter will join us to talk about what she has learned.
1:49Stephanie Palazzolo:We'll also dig into the rising cost of Frontier AI models and how it's pushing many firms to shift into cheaper open source AI. And we'll wrap the show with a conversation with Sapphire Ventures. We're bringing on managing partner Jay Doss very shortly. I'm excited for that conversation. It's going to be a fun show, so let's get right on into it. Elon Musk lost his court battle against OpenAI on Monday. The jury in the case decided Musk waited too long to bring on his lawsuit. Musk's lawyer says he intends to appeal the ruling. Our own Rocket Drew has been in the courtroom for the last three weeks.
2:26Stephanie Palazzolo:He's been giving us daily video updates. You have seen them. We know them well. But today he joins us in the flesh. Rocket, it is good to have you back. How you been? I've been good. It's really great to be back properly talking to you. Yeah, in the flesh, 3 ,000 miles away, but still in the flesh. Feels much better. It's a little more interactive than the dispatch that you give us. Oftentimes late at night, I should say, after you've had time to process the trial and everything that happened in the courtroom. So we'll get into the decision in a minute. But I mean, I just want to ask you, looking back on the last three weeks, you've seen a lot of characters, a lot of testimony, a lot of evidence.
3:10Stephanie Palazzolo:I wonder what your broader reflections are on what you've seen play out. Yeah, you know, I have a lot of reflections on the content of the trial, the evidence that came up, the witnesses on the stand. But especially for people who weren't able to attend in person, but maybe followed along with the headlines or even tuned into the live stream, the thing that I would try to communicate is just what a circus this whole event was. I mean, what a spectacle. You had people lining up outside the courthouse at 5 a.m. I'm sure some of those were journalists who were doing it for their jobs, but also you had Stanford undergrads that were just intrigued by what was going on.
3:45And they woke up early and carpooled up to Oakland so that they could sit in just an overflow room even and watch Musk testify or or watch even just Musk associates testify. And I think the court was even caught off guard by how big how much attention this trial got compared to past trials where Elon even has testified in this area. This case got so much attention. And then halfway through, they introduced the live stream, which kind of changed the dynamics. There were days that that live stream cumulatively got over 10 ,000 listeners. I mean, just the high profile nature of the case was really remarkable.
4:23And that continued even on Monday, even the day that we got the verdict. The trial was bifurcated into two phases. The first was the liability phase. That was the core of the trial. It was three weeks where the jury heard evidence that would establish whether or not OpenAI, Microsoft, as well as Sam Altman and Greg Brockman were liable or not. But that phase had already ended on Monday. The jury was off deliberating in another room, and the court was proceeding with the second phase, which was the remedies phase. And the purpose of that phase was if the jury comes back and their verdict is there is liability here, then what?
4:59What should happen? What kind of actions should the court and the judge take? And there was still a lot of interest in this phase. I expected that this second phase would be kind of a snooze fest. I mean, the witnesses aren't Sam Altman. The witnesses are some random economist that OpenAI or Musk is dragging into the courtroom. But still, it was packed with lawyers and journalists. And just a little over maybe an hour and a half into the first day of this portion, the verdict was returned. I mean, the courtroom sketch artist was halfway through sketching an economist who was testifying, and she got interrupted.
5:31She hadn't even moved on to the watercolors. It was just pencil. She's going to have to flush it out later. So it was a surprise that the decision came so early, I think, to everyone. But that's the thing I really want to communicate is just the atmosphere in the room.
5:43Stephanie Palazzolo:Well, in some ways, it seems like a little bit of a microcosm of the way that this technology has evolved so quickly, too, over the past two, three years. I mean, you know, we have people on the show talking about a model release and talking about the implications. And then before we know, before we even have time to digest a single model, right, another one comes through. And look, I mean, this is a legal case. These are two separate things we're talking about. But the frenetic nature of the trial and things changing in real time, I mean, it sounds to be very emblematic of the moment that we're in.
6:17That's true. That's true. It has a very Silicon Valley kind of vibe to it. And then also in terms of content, I mean, it's funny to hear the lawyers talking about these same terms. They're talking about GPUs and NVIDIA H100s, and they're talking about AGI all the time, and they're name dropping specific models from the different companies. I mean, it sounds like they could be on TITV when you hear them talk some of the time. So that's also been really entertaining.
6:40Stephanie Palazzolo:So let's get to the decision itself. So we saw the decision. OpenAI wins, Musk loses. We saw the statute of limitations. We talked with a lawyer yesterday talking about really the substance of the decision itself. And so I think that part is sort of well understood. What I actually wanted to get your thoughts on was, so Elon Musk, he issued a response on X. He said, you know, this is all about the statute of limitations. The court never actually ruled on the substance of whether or not OpenAI, you know, basically, if they were in the wrong by sort of going from a charity to, you know, not so charity, stealing from the nonprofit.
7:27Stephanie Palazzolo:But my question is, what was your reaction to Elon Musk's post? Yeah, well, I will say he had two posts. There was one post that he deleted where he called out the judge for being an activist and then maybe wisely removed that post. But he had another one where he called out the decision for being a narrow technical call rather than really evaluating the merits of his claims against OpenAI and against Microsoft. And frankly, it's true that it was a narrow decision. Like if you look at the jury form, as soon as they rule on statute of limitations, they get to move on. Like they don't have to answer the other questions, which is why the decision came so quickly.
8:08You know, really after only two hours, it couldn't have been any other way. Like that's the amount of time they spent.
8:14Stephanie Palazzolo:You can't even proceed to the next legal matter if the statute of limitations is what the decision is. Right. Right. When there's mountains of evidence you would have to sift through for those other claims, probably what happened is they all walked into that room. They had all heard OpenAI's closing arguments where they argued that the things Mosk is complaining about happened earlier than the statute of limitations. And reasonably, he should have known about them before the statute of limitations. They probably all heard that closing statement. They came into the jury room and they realized they were all roughly on the same page is probably how that went down so quickly.
8:47But it's true that it was a pretty narrow decision and it could have gone otherwise if the judge had given different jury instructions. So this is the thing that they're pointing to, you know, Musk's lawyers, when they say that it was a technical decision and they want to appeal, the jury could have been instructed otherwise. They could have been given different instructions about when the statute of limitations clock starts running. For example, it could have been the case that the clock resets every time there's a violation, according to Musk. And so that's the kind of thing that they would like a second opinion on.
9:19And that's sort of the grounds for their appeal.
9:22Stephanie Palazzolo:When you think about the trial, we learned a lot. What questions didn't get answered or what questions are you still hoping for answers to? Maybe not with respect to the Musk-Altman relationship or the XAI-OpenA relationship, but where do we go from here? Yeah, I mean, I think there is a question here about precedent for how companies get founded. This was sort of the case that Musk has been advancing throughout the trial, is that if you let OpenAI get away with this, then everyone's going to do it. I think that's overblown in a few ways. One is that the court case itself might not result in much like true legal precedent.
10:07but also to the extent there is precedent, it's already been created just by the amount of hassle that OpenAI has had to go through. I've had lawyers point out to me that no startup in its right mind or no nonprofit even that's going to be doing tech the way OpenAI is, is going to constrain themselves so much in their mission and purpose when they set out their articles of incorporation these days. They will see OpenAI's example and they'll say, we don't want to end up in that situation regardless of which way the court case ultimately goes. So the question of precedent is an important one still remains important, but is not as sweeping maybe as Musk would make it out to be.
10:44I think the other questions, though, are still on this breach of charitable trust. There's a question of what can a charity reasonably do in its relationships with a for-profit affiliate, in relation with a large corporate player like Microsoft, and the legal experts that both sides brought in who are well-versed in this. They're the legal experts on nonprofit custom and practice, they really disagreed about what is normal and what should be accepted practice here. So there are clearly some unresolved questions. And those are the kind of things that would come up if there's an appeal and it ends up moving forward and there has to be a question about whether a charitable trust was breached in this case.
11:25Stephanie Palazzolo:Great. Well, Brock, I want to thank you for coming on. Get some well-earned rest in the next couple of days. And let's just hope that there's no more lawsuits. Although I will tell you, I think there's more lawsuits coming. Oh, I bet there are. So to the extent that you want back in the courtroom, I'm sure they'll have you back. Rocket, I want to thank you for coming on. That is Rocket True, our reporter covering AI, robotics, and everything in the courtroom here on D.I. Thanks, Akash. Amazon was once seen as a laggard in the AI race. But as its Tranium chip becomes a more popular challenger to NVIDIA's GPUs and the company's chip software improves, it has very much gained traction in the AI arena.
12:09Stephanie Palazzolo:My colleague Catherine Perloff published a deep dive about that today, and I want to bring her on to talk all about it. Catherine, welcome to the show. It's great to have you here. Hi, Akash. Tell me, how much traction has Tranium been getting? Yeah, so I guess like, you know, obviously Anthropoc and OpenAI signed these big deals in the past couple months to use Tranium. But what I found is that there are smaller developers that have also found that the chip is getting better and particularly the software is getting better. um and uh you know uh so i think that that means that yeah more people are looking at the trinium chips and partly that's because the software is getting better partly because it's getting harder to access nvidia chips um but i guess and we can talk more about this later in terms of broader traction in terms of like um you know how many customers are using that i think that's still a bit of an open question amazon doesn't break down like what percent of their trinium revenue comes from what customers.
13:11But I think we can say that more AI startups are starting to see Tranium as like a viable alternative for NVIDIA.
13:19Stephanie Palazzolo:So let's dig into a couple of these pieces here that you mentioned. The software element to this was a big part of your story. And you spoke with a number of people who have used these chips. And I guess they had initial complaints about, hey, the software wasn't working as well as it needed to. that was what was preventing people from using the Tranium chip. What were the exact problems that they were facing? And then we'll talk about if they've gotten better. Yeah, so I think, you know, the first issue is that, you know, Tranium had its own set of software that was sort of not the, well, NVIDIA software has been sort of like the default for developers for a while.
14:00Also, NVIDIA software integrates very well with PyTorch, an open source platform. That's also pretty common for developers.
14:07Stephanie Palazzolo:And PyTorch is what the developers would use to basically access the compute on the chip? Is that the idea? This software is that you can make your model, you can code your model to work on the chip, basically. And, you know, the training of software kind of had its own language, and you had to learn that language. And also, if problems came up, it was hard to get those problems solved. So there wasn't a ton of documentation within the software to, you know, kind of give you kind of manuals for how to solve different problems. And sometimes Amazon staff could be slow in responding when you ran into problems.
14:45So, you know, these developers are trying to learn a new language and no one's really giving them the code. And that was sort of the problem for a while. And then, you know, also the software itself could be limited. Like, there were certain capabilities and sort of tweaks that developers wanted to make that they found that Tranium wasn't that good at, or you'd have to sort of code the model twice to do the same thing that you could maybe do in one kind of coding session for.
15:12Stephanie Palazzolo:But now it's better. Now it's better. I think part of it is they've integrated better with open source platforms, like PyTorch. PyTorch. They announced the native integration with PyTorch a couple months ago, which is a real big game changer because now instead of having to sort of code in Tranium's language and or you really code in PyTorch and then try to transfer to Tranium, which would be kind of an extra step. But now you can kind of do it all at once. Also, developers say that they fix some of the bugs and that also Amazon developers are a lot more responsive. They respond to stuff on GitHub.
15:45You know, you can kind of get your problem solved maybe in a week or two in general. So I think that, you know, a lot of these issues are fixed. It's still probably, you know, more developers are comfortable with NVIDIA software, but it is less of a big lift to be able to start using training.
16:01Stephanie Palazzolo:And we should say, I mean, one of the backstories here that is really important to Amazon getting a lot more attention is the fact that there is a GPU crunch and people cannot get their hands on the NVIDIA chips that they want because there is so much demand. And that maybe could provide a bit of a window here for Amazon to get Tranium out there. Does Amazon have capacity to satisfy the demand? Could this be a competitive advantage for them in that they actually have supply and they can get it to customers? Yeah, you know, I think that is, I mean, the developers I talked to, they said a big pull factor towards Tranium was the fact that it was hard to access the most recent NVIDIA chips.
16:46And they said that, you know, if you talk to AWS reps about NVIDIA chips, they might be more flexible on pricing with Tranium or offer you more credits than they would with NVIDIA chips. Now, Amazon says that, you know, a lot of their generations of Tranium are either almost sold out or, you know, fully subscribed. So it's not like the Tranium chips are just sitting around. They're also, I think, in pretty high demand. But the impression I get is that they're more available than the NVIDIA chips. And also just kind of in this whole sort of backstory thing, I think it's important to note that part of the reason that the chips and the software have gotten better is Anthropic.
17:29Anthropic and Amazon worked really closely together. They would talk very frequently. And some of the ways that Anthropic helped optimize Tranium for their own needs has helped all Tranium customers that aren't Anthropic because they help to kind of make the software better and work faster and sort of more efficiently in lots of ways.
17:49Stephanie Palazzolo:What about Amazon's own foundation models? I mean, you talked about Bedrock and Nova, I think, is the family of models. I mean, have those gotten any better compared to what they once were? Because that was a big thing. You know, that was a question we had probably a year ago when Amazon was sort of out of the conversation was you have Google coming out with its own models that are cutting edge. I mean, I didn't know where Amazon fell in the conversation. So Amazon still has Nova. And I talked to AWS customers who are using Nova. And it's cheap. But is Nova like a leading AI model that people talk about?
18:27Like they talk about OpenAI, Anthropic, and Gemini? No. So, you know, I guess the future of Nova, you know, it still exists. But I guess, you know, I think with these Tranium chips, though, I think, though, it's sort of a way for Amazon to still be somewhat of a leader in the AI race if they can have a chip that, you know, the leading AI labs want to use, or at least, you know, will also use if Amazon invests a bunch of money in them. But, you know, it's a way for Amazon to still be leading in the AI race and have an important innovation in the AI race, even if their Nova models aren't seen as frontier.
19:04That doesn't mean nobody's using them, but, you know, I think they're not. There seems, you know, kind of in my reporting, maybe a bit more excitement about Tranium chips than there are about Nova models, even though there are definitely, you know, customers using those too.
19:18Stephanie Palazzolo:And let me ask you one last question here. If you think about the turning point in this story, at least in the past year or so with respect to Tranium, one inflection point that I have in my mind is Amazon's investment into OpenAI and the extent to which – and I'm pausing here because I'm trying to remember if OpenAI said they were going to use Tranium chips. Remind me here. So was that sort of a big turning point in this Tranium adoption story? Because they had the relationship with Anthropic. You know, here is them making inroads with OpenAI. I mean, these two probably seem to be like the stamps of approval that Amazon needs to get their chips out there, right?
20:04You know, honestly, though, I think from the developer point of view, what was really the turning point was just this improvement in the software. because like, you know, I talked to developers who are like, well, you know, Amazon's going to be responsive to OpenAI and Anthropic, but they won't be responsive necessarily to us. Now, I don't know if that's true. I'm sure like Amazon can be also responsive to smaller companies as well. But like what, you know, smaller companies need to get going today is to be able to use the software. And it seems like that sort of really started to improve in the back half of last year.
20:35I think OpenAI and Anthropic, uh opening eye signing up as a customer earlier this year anthropic uh enlargening their commitment to tranium earlier this year definitely like helps the tranium story and definitely helps uh like jassy said in the most recent earnings call that the run rate of their custom chips business which isn't only tranium but includes tranium is 20 billion so definitely helps those revenue numbers um but in terms of the like broader industry adoption story i think it's really kind of like
21:06Stephanie Palazzolo:can we use this you know right and and i'll be i mean perception certainly among developers like you know it it's it's sort of almost revenue and and vibe or attitude are sort of two separate things sometimes and and oftentimes uh you can't just bank on a couple deals you know for a sustainable demand story you have to really uh cater to a community of developers like you're saying amazon is doing so i think that's a that's a really important point um i want to ask you Catherine really quickly about another story we saw last night. So Google and Blackstone are partnering together to create their own type of cloud computing venture.
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21:48Stephanie Palazzolo:And this is something that's interesting because Google has been trying to get its TPUs out there on the market. We've talked a lot on this show. We've asked almost every Neo cloud company executive here on the show, will you use TPUs? And the answer is, well, we're okay with our NVIDIA GPUs. I wondered what your reaction to this story was, given that you're coming out of reporting this story on Tranium. And, you know, I don't know, could you see Amazon doing something like this with another provider in the long run too? Yeah. You know, Jassiet also said last month in his investor letter that they could envision selling chips someday outside of their own cloud service.
22:32So it seems like it's something they're thinking of. I don't know how they would structure that. Could that just be in individual companies that own data centers? Could it be with a financial partner like Blackstone? It's definitely possible. I do think it's good to keep in mind that Amazon is the biggest cloud and Google is sort of like, I'm pretty sure it's still number
22:55Stephanie Palazzolo:three so you know i i wonder really say that like it's just remember google right pay me to say this but uh they would like but yeah yeah so i think that they like to like control a lot of the process themselves um but yeah i was surprised to hear they would even like talk about like you know having chips exist outside of their own cloud service i i kind of doubt that that would mean that they would put chips in like Google Cloud or Microsoft because those are their competitors. So it kind of does make sense that they would maybe work with some sort of other partner to do this because it seems like they see the dollar signs, they see the good story.
23:37They don't want Google to get all the shine. But I don't know, they're also really good at operating data centers themselves and might not need the help of another manager. Yeah.
23:51Stephanie Palazzolo:Well, Catherine, I want to thank you for coming on. That is Catherine Perloff, our Amazon reporter here at The Information. As the cost of frontier AI models remains an issue for tech companies, open source models are getting a lot more attention. My colleague Stephanie Palazzolo wrote about that in our AI Agenda newsletter today. I want to bring her on to share with us what she knows. Stephanie, welcome back to the show. It's great to have you here. Set the stage for us. What is going on in the land of open source models these days? Yeah, so Akash, as you mentioned, it is definitely no secret that the costs of AI are going up for many companies.
24:28In fact, earlier this year, the Uber CTO actually told us that the company, you know, even a company as sophisticated as Uber, have basically blown through their AI budget in just a matter of months. And so to kind of counteract this, many companies are switching to these cheaper open source models, models like Kimi K 2.6 from Moonshot AI or DeepSeek v4. And even though these models are maybe not as capable as frontier closed source models, they are still, again, cheap and really good for automating more simple tasks.
25:03Stephanie Palazzolo:So are these open source models, you said they're good for simple tasks. I'm trying to understand the delta between the simple tasks and then the things that big public tech companies need them to do. You mentioned Uber. I mean, is there a class of open source models that is good enough to do what these larger tech companies need them to do as well? Yeah. So, again, it really depends. Like, you can think of maybe a simple task that an open source model could do is maybe looking at customer support emails and categorizing them into different categories. So like maybe people that want a refund or people that had a problem with their delivery driver.
25:42And then maybe the next step of planning what to do next or responding to those emails could be done with a more, you know, with a better frontier AI model that's able to handle that. And so, yes, like a number of execs from companies like Uber and Airbnb have really come out and said, yes, we've been using open source AI a lot. It's super helpful for automating maybe these more simple tasks. But we have also heard from developers more recently that there are still areas where open source is falling short. So for instance, I spoke with an exec at a big customer of OpenAI and Anthropic who's been trying to use open source models like Kimi K2.6 and DeepSeq V4.
26:24These names are really a mouthful. You nailed them every time though. I mean, you're pretty good at them. But basically this exec was telling us that even though these models perform well on benchmarks and kind of surface level questions, they do start to struggle when you try to ask them follow-up questions or these kind of deeper lines of questioning.
26:42Stephanie Palazzolo:Why is that though? I mean, this was an interesting line of detail that you had in your story. I mean, you looked at why it is that these open source models aren't as good, you know, in real life. Can you explain a little bit about, you know, how these models are trained differently and why that might be the case? Yeah, so obviously, you know, I'm not at these companies, so we don't know for sure, but we have a couple guesses of why this might be the case. So one hypothesis that we had is that the model's training data sets don't have enough coverage, which basically what that means in kind of normal English is that whenever you're training these models, you're not really showing them enough examples of all the different sorts of situations and tasks that they might encounter out in the real world.
27:26So for instance, if a model is, you mostly trained on the public web. On the web, there are lots of examples of these kind of like intro blog posts that are explaining concepts like, you know, here's an explanation of this type of training technique for models. But the web doesn't really include lots of examples of more complex things like, for instance, you know, what should a person do if one of these training techniques for models like goes wrong? Another possibility is that these models were trained by basically what people call distilling frontier AI, which can backfire when it's not done correctly.
28:04Stephanie Palazzolo:Taken together, though, Stephanie, I mean, are these open source models getting better? I mean, this was the other part of your column was that the delta between the frontier models and then the open source models, is it narrowing? Is it widening? So there is some evidence that that gap between open and closed source AI is actually getting bigger. And so there was an analysis done by NIST where they basically charted the performance of various models over time. And, you know, in a kind of perfect role that's like pro open source, you would want to see those two trend lines either, you know, kind of moving in parallel or maybe even kind of converging over time where you see them kind of meeting and open source catching up.
28:51But instead what we saw in this analysis is the exact opposite. So those two trend lines are actually kind of diverging and the gap between them is getting wider over time, which is not what you want to see if you are somebody who's a big proponent of open source and thinks that open source is going to catch up in the long run.
29:10Stephanie Palazzolo:What are you watching for, Stephanie, on this story moving forward? I mean, one way to look at it is we just see how the benchmarks do over time. But as you just said, the benchmarks are not really the best indication of reality and what they can do in real life. So I wonder, I mean, what questions do you have as you continue to report this story? Yeah, so as you said, you know, it is tough because a lot of these models are performing well on benchmarks, but that's not necessarily true for the way that developers are using them in real life. So I think a couple of things that I'm looking out for is, you know, the number of tokens that are spent on closed versus open source models.
29:47So, you know, even if open source models are not as great as Frontier closed source AI, if the tokens that are being generated with them and their usage overall is increasing, that's still a pretty good sign. I do think as well, like, you know, over time, if models from Anthropic and OpenAI continue to get, you know, more expensive as they have been, at some point, the kind of tradeoff just might be too great for developers. And they might just be forced to turn to cheaper open source models to do a larger range of tasks. And so I think we'll also be keeping an eye on that, like pricing pressure from the big model labs to see whether that's going to create this opening for open source to kind of make a comeback.
30:32Stephanie Palazzolo:Great. Well, Stephanie, I want to thank you for coming on. That is Stephanie Palazzolo, our AI reporter here at The Information. With Cerebris making a big debut last week, there is now a question of where the stock will go from here. Shares are down from their initial spike, but maybe the spike is all IPO hopefuls wanted to see. I want to bring on Jay Dosh, managing partner of Sapphire Ventures, who has seen 15 of his companies go public over the years for some analysis on where the IPO market is headed. Jay, welcome back to the show. It's great to have you here. Hey, Akrax. Thanks for having me.
31:06Glad to be here.
31:07Stephanie Palazzolo:So, Cerebris, what did you make of the big pop last week? Yes. Well, first of all, kudos to all the initial seed investors in that company, right? Foundation, Benchmark, Eclipse. They're very contrarian to make a bet on a semiconductor company when everybody was investing in SaaS companies, right? Right. And look, this is the story of all IPOs, right? If it's a really hot IPO that everybody is looking for, it comes out, it prices at a certain point, then goes up. And then, you know, it kind of meanders around, right? Sometimes it goes down quite a bit like Figma or sometimes it goes up. Right.
31:48So from my perspective, we still have to wait for six months before all the lockup expires, because I think Cerebrus has done something different where the lockup doesn't all expire at one time, but they have different classes of stock expiring from lockup at different times. So you really have to wait for all the lockup to expire. And then I think typically you need to have at least four quarters of earnings before the stock kind of stabilizes and trades at the multiple, you think it will trade long time. So it's still a wait and see for me.
32:25Stephanie Palazzolo:And I should remind people that you were on here, I believe it was the day after the Figma IPO. And this was your message of reason that you sent on that day after that pop too, saying, hey, look, six months, we got to wait and see. And sure enough, I mean, if you look at Figma shares, right? I mean, the pop was deceiving in many ways. That's right. But look, Figma is still a great company, right? And they announced really great results, like a 46 % or whatever growth and the stock up. And it's trading at what it should be trading at, not at the multiple it traded at when it IPO'd and then where it closed at the end of the first day.
33:05Right.
33:06Stephanie Palazzolo:So what do you think this tells us then about the SpaceX AI IPO that everyone is waiting for? I mean, if we sort of look at levels of craziness or ambition, maybe you could say, right? Figma, it's a software company. We kind of understand it, right? Cerebrus, okay. It's a chip company. It's still an emerging industry in some ways, a lot of demand. Then there's SpaceX AI. And it's anyone's guess, really. But was this really the exact outcome that they needed to sort of have confidence to go full steam ahead? Yes, for sure. And SpaceX, I think it's a little bit different. I think the other two IPOs that will probably happen, Anthropic and OpenAI, are probably more in the line of what happened with Cerebrus.
33:58You know, a lot of kind of, you know, AI deployments going on, and it's really an enterprise AI stock. SpaceX is very different. I think SpaceX doesn't really have any kind of effect on Anthropic and OpenAI because SpaceX is really you're buying Elon's stock, right? It is all about Elon, and he can be a controversial figure, but you can't doubt how good he is as an operator and building businesses. The SpaceX is all about Elon. It's not about AI. But for Anthropic and OpenAI, yes, the Cerebrus IPO shows that not only is there a demand from the stock market, but there's also demand from a lot of AI in the enterprise.
34:44I think, Stephanie, in your earlier segment was talking about open source AI. And I think that is what is driving, you know, Cerebras to some extent, because a lot of the spend is now going to be on inference. And when you look at inference, you know, the NVIDIA chips don't really work that well. And that is why Cerebras, you know, Grok that NVIDIA bought are so critical for inference as the amount of inference goes up, not only with the closed source model, but also the open source model.
35:12Stephanie Palazzolo:Well, and this was the whole discussion we had on the show before the Cerebrus IPO was that, you know, before the stock popped to the way that it did. I mean, there could have been a world where Cerebrus may have still been an acquisition candidate. Although now, I mean, the valuation is what it is and I don't think anyone's going to touch it. But, you know, saying that there's probably another six or seven chip startups that are doing kind of going after the inference market and trying to do, you know, inference based kind of chips and semiconductors. So you'll see a lot more companies coming out and there's still going to be a bunch of acquisitions that's going to happen in the semiconductor space.
35:50Stephanie Palazzolo:But now, so now bridge the gap here between those inference chip startups and then the open source story. Where do those two intersect here? That's right. So first and foremost, inference is provided both with the closed source models, like Enthropic and OpenAI, as well as open source models. But my prediction is that overall, you kind of have to look at these foundational models as operating systems, right? But when you look at operating systems, things that you personally use, like a Windows or a Mac laptop or your phone, these are all closed source operating systems. And this is where Enthropic, Cloud, and OpenAI are going to flourish.
36:32But on the back end, everything runs on Linux right now. And it's going to be the same thing on the back end when people build applications, enterprises, build lots of agents. They're all going to run on open source model. So our belief or my belief is that over time, open source models might not have as much tokens going through them. So the dollar value is not as maximized, but the amount of inference that will have to be provided for open source models are going to be a lot more than even closed source models from Anthropic and OpenAI and Gemini. So if you look at that, what do you need for that?
37:14So you need chips, right, because to provide the inference. And then you need a lot of inference service providers, you know, to some extent, you know, Base10 and Together and Fireworks are out there. And that also brings us to the announcement yesterday between Google and Blackstone, right? Like, you know, I think Google probably looks at it and says, we probably don't have enough capacity to provide all the inference. We can provide the chips. Maybe it is better to have a JV or some kind of a joint company where somebody else also takes the risk, the balance sheet risk, as well as the kind of the data center risk.
37:49But we provide the chips. but they are probably building this, started this company because they see the demand for inference out there.
37:57Stephanie Palazzolo:So your understanding of this joint venture, I mean, is this like, you know, I mean, CoreWeave, Navias, all these companies, Neoclouds, I mean, they are so committed to NVIDIA. I mean, they will not speak any other company's name other than NVIDIA. I mean, is this, as best you understand, is this kind of like the TPU Neocloud offering that they're trying to build? So I don't know exactly, but I would say that Nibias and Corvee, they're still very much focused on training, right? If you look at it, most of their dollars are still coming from training on the closed source models that Entropic, Cloud, and to some extent, Gemini and Unopened AI are running.
38:40But there is a huge need for inference. And that is why you see companies like Base 10 and Fireworks and Together and Model doing so well, I would bet that, and I don't know enough, that this thing that Google put together with Blackstone will probably focus more on inference because I think that is where all the next generation opportunity is. Because the amount of training you need is very small compared to the amount of inference you're going to need.
39:07Stephanie Palazzolo:So you see it more as less so in the NeoCloud bucket of categories, more in this inference provider, the base 10, the togethers, the fireworks, I guess. It's more competing with that class of copies. Yeah, that's what I would assume because I don't know what their plans are because that's where the need is, right? There is need for training still, but the real need that is going through the roof is about inference. And if you really believe that open source models are going to be a big competitor to closed source models, the only way really to make money or to make margins is by providing inference and running the open source model for you, for the enterprise.
39:53So I think that would be my bet that they're going off to the inference market with this joint venture.
39:59Stephanie Palazzolo:Let me ask you one more question. We had a story out today about Tranium, and the reporter two segments before you was talking about all the traction that Tranium has made. And the question I asked her was, could Amazon maybe pursue a similar type of arrangement where it tries to get its Tranium chip out there, you know, basically using a company that is not AWS to sell its Tranium and access to its inference that way? What's your assessment of the Tranium strategy? And are you hearing Tranium come up more and more in conversations with startups that you are working with? No, I don't hear about Tranium other than Anthropic actually using it, right?
40:42So we don't hear as much about Tranium being used. Actually, we don't even hear about Google TPUs being used that much. we do hear about the next generation inference chips that are being built, which are really focused on memory optimization rather than on CPU or GPU optimization, right? So we do hear about it a little bit, but I don't hear about Tranium or even... So it was quite a surprise that Google announced this with Blackstone to set up a separate cloud. But, you know, look, it's, again, a way maybe for them to create an ecosystem around the Tranium chips. So I wouldn't put it past them to also start something independent like Google is doing here.
41:26Stephanie Palazzolo:Right. And well, maybe, I mean, you know, to a point that we were talking about earlier in the show, you know, this idea that even if Amazon has deals with Anthropic and with OpenAI, you know, that could very much have material impact on the revenue that they generate from these deals. It's a separate conversation, though, our everyday developers and smaller startups and the developer ecosystem at large, the extent to which they are really accessing these chips or using them. I mean, that is maybe a bit of a slower story to develop because it's not one-off deals. Well, the other thing that you also have to look at is, you know, Amazon doesn't really have its own model, right?
42:09So there is this whole train of thought where Google has its own models with Gemini, and you potentially could open source, you know, a smaller or an older version of Gemini, they already have Gemma out there, and they kind of create a whole different ecosystem with Gemma and this new, you know, company that they put together with Blackstone, and then have like an open source kind of an ecosystem that they build around it. And, you know, in some ways separate it out from some Gemini. So, you know, that might be one of the things that they are thinking about. And Amazon kind of doesn't really have its own models, right?
42:45Or it's more models that it has developed hasn't been very successful. So I think you kind of have to look at each of these companies independently. So I'm not sure whether Amazon would do something like that with somebody like Blackstone.
42:58Stephanie Palazzolo:Great. Well, Jay, I want to thank you for coming on. That is Jay Doss, Managing Partner at Sapphire Ventures here on TITV. Thank you. Thank you so much, Akash. That does it for today's show. A reminder, we are on this stream Monday through Friday at 10 a.m. Pacific, 1 p.m. Eastern. If you can't make it then, episodes are available on theinformation.com, our YouTube channel, or wherever you get your podcasts. Make sure to follow us on social media on X, Instagram, and TikTok. I'm already excited for our next show tomorrow. Have a great rest of your Tuesday. Bye-bye for now. Thank you.
44:00Thank you.
From the publisher
The Information’s Rocket Drew talks with TITV Host Akash Pasricha about Elon Musk’s legal defeat. We also talk with Catherine Perloff about Amazon’s Trainium chip gaining industry traction and Stephanie Palazzolo about the widening gap between open-source and closed-source AI models. Lastly, we get into tech IPO market dynamics and inference chip trends with Sapphire Ventures Co-founder Jai Das.
Articles discussed on this episode:
https://www.theinformation.com/articles/amazons-nvidia-alternative-starts-winning-ai-developers
https://www.theinformation.com/newsletters/ai-agenda/gap-widening-anthropic-open-source-models
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Chapters:
00:00 - Introduction
01:13 - Elon Musk Loses OpenAI Lawsuit
11:56 - Amazon’s Trainium Chips Gain Traction
23:59 - Open-Source AI Gains Ground on Cost Advantage
31:04 - Where Do Cerebras Shares Go From Here?
