Transcript
Aneesh Acharya (0:01)
Whether you're an investor or entrepreneur, the most important thing to start with is to look for these forces. To look for these exponential forces. You can do all sorts of tactical product things, everything else, but these forces are going to overwhelm you for better or worse.
Chris Dixon (0:14)
How intentional do you think you have to be as a founder about building like you're building a tool? Do you have to be sort of thinking about the network a priority, or can the network sort of emerge? Because in AI so far we've seen a lot of tools and not a lot of networks. What's your instinct?
Podcast Host (0:30)
Why do some consumer products suddenly explod explode into networks that reshape the Internet while others fade away? Today on the podcast A16Z General Partners Aneesh Acharya and Chris Dixon take on that question. Aneesh invests in AI, native consumer products and the next wave of consumer tech. Chris is best known for his work in Web3 and network economies. And he's also led some of A16Z's biggest consumer bets. They cover the history and power of consumer networks, the forces that shape how they grow, and what all of this means for founders building in the age of AI. Let's get into it.
Chris Dixon (1:02)
Welcome to the a16z consumer pod. I'm super excited and honored to have my partner, Chris Dixon here today. You know, Chris, you're probably best known for your work in Web3 and network economies recently. But what folks may not know is that you led a lot of the most important consumer investments at Andreessen, Horowitz and Prior. You also founded two consumer companies. I thought a fun place to start would be networks. That feels like the first place you really cut your teeth. So maybe talk about your investments in Stack, Overflow, Pinterest, Instagram, and how you generally think about consumer networks.
Aneesh Acharya (1:32)
So many of the most important Internet services are networks, right? Going back to the early Internet, email and the World Wide Web, which are still, of course around and really important, are networks, right? And they're networks in the sense that the service gets more valuable as more people use the network, Right? If you were the only one on email, it wouldn't be particularly valuable during the, you know, the kind of the rise of the Internet in the 90s and 2000s. That's when you had things like YouTube and Facebook and later on Instagram and a whole bunch of other really important networks. You know, if you're an entrepreneur or an investor during that period, they tend to be very valuable companies. They're very hard to build. And we can talk about that later there's different kind of tactics and strategies for doing that. And so yeah, my background, I started two companies. The first was a consumer security company and the second was a consumer AI company and then was a personal investor. I co founded a seed fun called Founder Collective which was an investor in things like Uber and Venmo and Stack Overflows you mentioned and just sort of revolved in a bunch of these networks as the Internet evolved. I think to really talk about networks though, it's important to kind of step back. And the way I think about the kind of fundamental to me a foundational question in tech is, you know, why in tech do you have these companies come out of nowhere and end up being very impactful, having hundreds of millions or billions of users being very valuable in a way that you typically don't see that in other industries, right? What's fundamentally different about tech? And I think the answer is that in tech you have some very strong kind of exponential super linear forces. So the most famous example of that is Moore's Law, right? So Moore's Law is the idea that sort of every roughly two years or 18 months, the performance of semiconductors doubles. It's a rough approximation, but it's basically been true. You've seen this compounding improvement in processor performance. I think there's also kind of a broader Moore's Law which is storage, networking, like all the kind of computing resources just gotten much better. Which is why you have things like mobile phones, right? So if you go back and look pre iPhone, mobile phones were pretty junky and limited in capability and didn't have touchscreens and had poor performance. And what you know, Steve Jobs and Apple's great insight was, was that actually, by the way, the first iPhone also I think it was one of the people that bought on the first day. It also was quite limited. But part of their brilliance was they saw this curve, right? They saw this exponential curve and they rode that curve. So Moore's Law is a very important exponential curve. But the other kind of, I'd say there's two other really important exponential curves in software. One is what I call composability. Composability is really, I think, what's accounted for the rise of open source software. You know, why did Linux go from a hobby project in the 90s to the dominant operating system in the world today? The answer, a lot of it is composability. Composability means the software is open source, anyone can contribute to it, and you can very importantly, sort of harness the collective Intelligence of the Internet, as opposed to locking up, you know, only relying on your employees. Right. Anyone in the world can, you know the famous phrase all bugs are shallow with enough eyeballs. And really importantly, with open source, software becomes like Lego bricks where anyone can take a piece and reuse it. And so you get this kind of compounding, exponential kind of improvement growth. And then the third really important exponential force in tech is network effects, as we were talking about, which is why networks are so important. Right. So they start off often quite limited. Facebook was just at Harvard, and it was essentially a real time kind of yearbook or whatever for students at one school. And of course, you know, then kind of hopped by lily pads to other schools and high schools and eventually to kind of global domination that we have today. And so they saw, you know, Mark Zuckerberg and the team saw this power of network effects and kind of rode those network effects. And so that's kind of why, I mean, Clay Christensen calls this disruptive technologies. It's this kind of puzzle in a way, of why in tech you have these very strong incumbents who seem to miss, you know, And I think you could tell the story today about maybe intel and Nvidia or something like intel.
