Who Will Own the Internet? a16z’s Chris Dixon on AI and Crypto

Technology doesn’t grow in isolation—it evolves in waves. Just as mobile, cloud, and social shaped the internet of the past 20 years, so too could crypto, AI, and new hardware usher in an era of the internet that’s pro-innovation, pro-startup, and pro-creator. Speaking with a16z Growth General Partner David George, a16z crypto Founder and Managing Partner Chris Dixon breaks down his vision for a new internet, from using crypto to decentralize AI infrastructure and kickstart network effects, to why AI will be this era’s native form of media just as film was in the 1930s. He also explores why the internet’s original covenant—where content creators traded free access for search traffic—is breaking today, and how a better internet could introduce entirely new business models for creators. Right now, we have a choice to make: will the next era of the internet be shaped by a handful of centralized players, or transformed into an open ecosystem where power and control flow to creators across the globe? Read a full transcript here: https://a16z.com/ai-crypto-internet-chris-dixon/ [00:00:30] How technology evolves [00:02:54] How crypto and AI interact [00:08:39] Breaking the economic pact of the internet [00:12:57] From mobile, social, and cloud to crypto, AI, and hardware [00:14:49] Using crypto to bootstrap network effects [00:16:33] Is AI frosting or sugar? [00:19:57] Come for the tool, stay for the network [00:20:39] Skeuomorphic vs. native technologies [00:26:07] AI as the creative substrate of our era [00:30:11] Balancing supply and demand in AI [00:35:03] What decides consumer adoption of AI? [00:36:05] What is the ideal future state of the internet? In our conversation series AI Revolution, we ask industry leaders how they’re harnessing the power of generative AI and steering their companies through the next platform shift. Find more content from our AI Revolution series on www.a16z.com/AIRevolution. Chris Dixon’s book is now available in paperback at readwri