The Lesson of the Early Internet

There is an objection to everything this book has proposed, and it deserves to be met head-on rather than left to fester. The objection is practical, even cynical: why bother now? Why give an agent a wallet, why run a node, why participate in the awkward early infrastructure of a machine economy that barely exists, that is clunky and small and uncertain, when one could simply wait and see whether any of it amounts to anything? The early version of any technology is always rough, always dismissible, always easy to ignore in favor of the established things that work today. Why be early?

This chapter answers that objection with history, because we have run this exact experiment before, within living memory, and the results are unambiguous. The technology was the internet, and the lesson of who chose to be early — and what they gained — is the most relevant guidance available for the moment we are now in.

The awkward years

It is difficult, now, to remember how unimpressive the early internet was, so let me reconstruct it, because the unimpressiveness is the whole point.

For its first two decades, what would become the internet was a a research curiosity — a way for a handful of universities and military labs to connect their computers, running on protocols most people had never heard of. When the first message was sent between two nodes in 1969, the system crashed while transmitting the word "login," managing only the first two letters before failing. This was not obviously the foundation of the future. It was an academic project, funded by the defense department, of interest to specialists and almost no one else. Through the 1970s and 1980s it grew, but quietly, in the background of a world that was paying attention to other things.

Even when the World Wide Web arrived — Tim Berners-Lee's invention, conceived in 1989, of a system letting pages link to any other pages — it did not announce itself as world-historical. The early web was slow, ugly, and sparse. The first browser most people could freely use, Mosaic, did not appear until the early 1990s. As late as 1993, the network connected a tiny fraction of what it soon would; the NSFNET backbone that carried it had grown from around two thousand computers in 1986, but the explosion was still ahead. To a sensible observer in, say, 1991, the internet looked like exactly the kind of thing this chapter's imagined skeptic describes: rough, marginal, technical, and easy to wait on. Most sensible people did wait. That was their mistake.

What the open protocols permitted

To understand why waiting was a mistake, you have to understand a specific feature of how the early internet was built — a feature that turns out to be the hinge of the entire lesson.

The internet grew on open protocols. Its foundational rules — TCP/IP, the addressing and transmission standards that let any network talk to any other — were openly published, freely available, owned by no one. The Internet Society's own history identifies this as a key to the network's rapid growth: free and open access to the basic documents, especially the specifications of the protocols, rooted in the academic tradition of open publication. And TCP/IP, recall from an earlier chapter, was deliberately neutral — indifferent to what data it carried and who sent it. This neutrality had a profound consequence that the engineers may not have fully foreseen: it made the internet permissionless. You did not need anyone's approval to build on it. You did not have to ask a central authority for a license to start a website, launch a service, or connect a new kind of machine. The protocols were open, the network was neutral, and so anyone who understood the system could build on it without seeking permission from anyone.

This is the feature that rewarded the early. Because the internet was permissionless, the people who showed up early and built things captured the positions that the permissionless structure made available. The companies that became the titans of the digital age — the ones whose names are now synonymous with the internet itself — were, overwhelmingly, founded in the awkward early years by people building on infrastructure that looked, at the time, like a marginal curiosity. They did not wait for the internet to prove itself. They built on it while it was still unproven, and in doing so they became the proof. The positions they took were available precisely because the network was open and almost no one else had bothered to take them yet.

The lesson is not "get rich by being early," though some did. The lesson is structural, and it is more interesting than mere fortune. An open, permissionless infrastructure rewards participation over observation. It hands its best positions not to those who waited until the outcome was certain — by which time the positions were gone — but to those who participated while the outcome was still in doubt. The early internet was a vast open field, and the people who walked into it early could claim ground simply by showing up and building. Those who waited for the field to be proven valuable arrived to find it already settled, the open ground long since taken by people who had been willing to build on a curiosity.

The pattern, repeating

Now look at the machine economy with the early internet in mind, because the structural parallel is precise, and noticing it is the entire purpose of this chapter.

The infrastructure of the agent economy is being built, right now, on open protocols — open standards for agent payment, open-source wallet architectures, permissionless networks that anyone can build on or run a node for without seeking approval from a central authority. It is, at this moment, exactly as rough and marginal and easy-to-dismiss as the internet was in 1991. The agents are clumsy. The systems are clunky. The whole thing has the unmistakable feel of a technical curiosity that sensible people can safely ignore until it proves itself. This feeling is the trap. It is the same feeling that kept most sensible people off the early internet, and it will reward the people who ignore it in exactly the way the early internet did: by handing the available positions to those who participate while the outcome is still in doubt, and closing them to those who wait for certainty.

I want to be careful here, because this is the chapter most at risk of sounding like an investment pitch, and that is precisely what it is not. The point is not that early participants in the agent economy will get rich; some may, many won't, and this book has no business making financial predictions, nor is the author qualified to. The point is the structural one this entire final part has been building: that an open, permissionless infrastructure rewards participation over observation, and that the relationship one wishes to have with the machine economy is built by participating in it early, while it is still open, rather than by waiting until it has hardened into a shape someone else designed. The early internet's positions went to its early builders not as a reward for foresight but as a simple consequence of the fact that they were there, building, when the structure was still open enough to build into. The same will be true of the agent economy. The ground is open now. It will not stay open.

Why the early matter more than they know

There is a deeper point hidden in this history, and it connects back to the warning that has run through this book since the chapter on the monasteries.

The early internet did not have to turn out open. The open, permissionless architecture that rewarded broad participation was a choice — embedded in the protocols by their designers, defended by a community that valued it, and by no means inevitable. There were, throughout, pressures toward enclosure: toward networks owned and controlled by single corporations, toward systems where participation required permission. The reason the internet became a broadly empowering technology rather than a tightly controlled one is that, in its formative years, enough people built on the open version to make it the dominant version. The early participants did not merely claim positions for themselves. By participating in the open infrastructure rather than the closed alternatives, they made the open infrastructure win. Their participation was a vote, cast with their effort, for the kind of internet we got.

This is the deepest reason to be early, and it has nothing to do with personal gain. The machine economy, like the early internet, does not have to turn out open. It could harden into a system owned by a few large entities, where agents transact only on permissioned rails controlled by corporations — the monastery pattern, the new priesthood holding the new books. Or it could become a broadly distributed, permissionless system in which ordinary people give wallets, run nodes, and hold pieces of the infrastructure. Which one it becomes will be determined, as it was for the internet, by what people actually do in the formative years — by whether enough people participate in the open version, early, to make it the version that wins. The early participants in the agent economy are not just claiming positions for themselves. They are casting the votes, with their effort, that decide whether the machine economy becomes a commons or a monopoly.

So the answer to the skeptic's "why be early?" is two answers, one modest and one large. The modest answer is that open infrastructure rewards participation over observation, and the positions available to participants now will not be available to observers later. The large answer is that the early participants determine the character of the whole — that to build on the open version of the machine economy now, while it is still rough and unproven and easy to dismiss, is to help decide that there will be an open version at all. The cave painter could not have known what they were starting. The early internet builders mostly did not grasp the scale of what they were making. We have, this once, the rare advantage of seeing the pattern while we are still inside its opening chapter — of knowing, from the example of the internet, exactly what is gained by those who build early on open ground, and exactly what is lost by those who wait for the ground to be proven before they step onto it.

The ground is open. It is rough, and small, and easy to dismiss, exactly as the important things always are at the start. The lesson of the early internet is that this roughness is not a reason to wait. It is the last moment before it is too late to be early.

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Sources

Item

Source

First ARPANET message (1969) crashed while transmitting "login," sending only "lo"/first letters before failing	Welcome to the Jungle, "A brief history of the early Internet" (Oct 2022)
TCP/IP developed by Vint Cerf and Robert Kahn; became the internet's core protocol; ARPANET decommissioned 1990	National Science and Media Museum, "A short history of the internet"; Internet Society, "Brief History of the Internet"
World Wide Web conceived by Tim Berners-Lee (1989); pages linking to any other pages rather than via central hierarchy	Welcome to the Jungle, "A brief history of the early Internet"
Mosaic, "the world's first freely available web browser" (early 1990s)	NSF, "Birth of the Commercial Internet"
NSFNET backbone grew from ~2,000 computers (1986) to >2 million (1993); shut down 1995 as commercial internet expanded	NSF, "Birth of the Commercial Internet"
"A key to the rapid growth of the Internet has been the free and open access to the basic documents, especially the specifications of the protocols"; rooted in academic tradition of open publication	Internet Society, "Brief History of the Internet"
TCP/IP supplanted other protocols by 1990; became the bearer service for the Global Information Infrastructure (NSFNET funding ~$200M, 1986–1995)	Internet Society, "Brief History of the Internet"
Digital titans (eBay, Amazon, PayPal, Google) emerged from the open internet of the 1990s	FirstSiteGuide, "Internet History: 1990–1999 Timeline"