The Revolution Is Next Tuesday: How a 1992 Email Predicted the Way Bitcoin Would Spread

• What she wrote
• Who was talking
• The three moves
• Sixteen years later, somebody ran the playbook
• The postscript, and the psyop crowd
• Where the Austrians come in (carefully)
• What it means for you
• A note on sourcing

Sixteen years before the whitepaper, the woman who named the cypherpunks wrote down exactly how the thing would propagate. Build in private. Release in public. Let the copies do the work.

In October 1992, someone on a brand-new mailing list got nervous about going public. A 53-year-old former civil rights organizer answered him in eleven lines and a postscript. Those eleven lines are the best description of how Bitcoin actually happened that I have ever read, and they were written when Satoshi Nakamoto, whoever that is, may still have been in school.

Fall 1992. A few dozen programmers, mathematicians and assorted Bay Area weirdos have started getting together about once a month at John Gilmore’s software company in the East Bay to talk about a wild idea: that strong cryptography, the kind governments had spent decades trying to keep for themselves, could be handed to ordinary people and used to protect them.

But the monthly meetings were the smaller part of it. The real conversation ran day and night on a mailing list hosted on Gilmore’s machine, toad.com, where anyone who subscribed could argue with anyone else. In 1992 that was still a novel way for a movement to exist. No headquarters, no membership card. If you were on the list, you were in the room.

The group had a problem that every movement eventually has. On the list, a member named Marc looked at the plan to publicize the whole project and got cold feet. Maybe make it a showpiece, he suggested, but do “the real stuff” somewhere more private.

You can understand the instinct. These were people who believed the government would treat their software as a weapon (and it did, literally: strong encryption was classified as a munition for export purposes until the late 1990s). Secrecy feels like safety.

Then Judith Milhon replied.

§What she wrote

Here is the whole thing:

marc suggests:

I am a little worried about publicizing the whole thing;
perhaps it’s okay to make it a showpiece but
the real stuff needs to be done in a much more private way.

Consider the phage model (which I & my roommate efrem lipkin have been considering for a longish while, since Community Memory) :

The bacteriophage virus replicates itself by injecting its own
information into an existing system. The more copies of the phage, the worse for the bacteria etc etc.
SO: in private, the planning, the designing, the coding…
for public distribution as widely as possible. If the technology is
intrinsically transformative, and if the process of distribution is
engaging, even exciting, the revolution is next tuesday.

hughes is hoping that remailers will pop up everywhere, even before the encryption upgrades arrive… heh. And the more designers and coders we rope in, via publicizing, to produce immediate lively replicating phages, the better. Not so? If not so, I’ll shut up forthwith.

StJude

PS: also it mindfucks the idea of conspiracy. hee hee.

§Who was talking

Milhon signed herself StJude, and if you’ve heard of her at all it’s for one fact: she coined the word “cypherpunk.” That’s true, and she said so herself in a 1994 post to the same list: “I even thought up the name ‘cypherpunk.’” The word came to her “one morning as i was washing my cat… hit me like a meteorite… cypherpunk… yes…”

But the coinage is the least interesting thing about her, which is saying something.

She was born in 1939 and raised in a Marine Corps family. In 1965 she helped organize the Selma to Montgomery march and was jailed in Alabama and again in Mississippi for putting her body where the law said it couldn’t be. In 1967 she taught herself to program out of a paperback called Teach Yourself Fortran. By 1973 she and her roommate Efrem Lipkin (the same Efrem in the email above) had helped build Community Memory in Berkeley, the first public computerized bulletin board, running on a terminal bolted to a table in a record store. Anyone who walked in could post. Anyone could read. No permission slip required.

So when she says she and Lipkin had been “considering the phage model for a longish while” she’s describing something she had already done with a teletype and a record store, twenty years before the word “open source” existed. She had spent her twenties learning that you don’t petition an unjust authority for access. You route around it and build the access yourself.

Hold that thought. It’s going to turn into a seed phrase.

§The three moves

So what’s actually in the phage model? Strip out the biology and there are three instructions.

Build in private. The planning, the designing, the coding. This is not secrecy for its own sake. It’s the recognition that a half-finished idea can be argued to death, lobbied against, or quietly captured before it ever ships. Do the work where nobody can stop you from doing it.

Release in public, as widely as possible. The moment it’s built, the strategy inverts. No gatekeeping, no private beta for the right people, no “showpiece” version for the public and a real version for insiders. The whole thing, to everyone.

Let replication do the work. This is the part people miss. A phage doesn’t persuade the bacterium. It doesn’t run a marketing campaign. It injects its information and the host makes copies because that’s what the information does when it’s inside a host. Milhon’s condition is precise: the technology has to be “intrinsically transformative” and the process of using it has to be “engaging, even exciting.” If those two things are true, distribution isn’t a problem you solve. It’s a thing that happens to you.

Notice what’s absent. There’s no step where you convince the regulators. No step where you win over the press. No step where you raise a round. The plan doesn’t need anyone’s cooperation except the people who want to run the code.

§Sixteen years later, somebody ran the playbook

The reason this email hits so hard in 2026 is that we know what happened next. Not to the cypherpunks, exactly. To the idea.

Satoshi Nakamoto built Bitcoin in private. By his own account he’d been working on the design since 2007, and the code was largely written before a word of it was public. Nobody got to weigh in on the 21 million cap. No committee approved the difficulty adjustment. No one had the chance to lobby for a carve-out, a founder’s allocation, or a kill switch. The planning, the designing, the coding: in private.

Then, on the last day of October 2008, he posted a nine-page PDF to a cryptography mailing list (run by a cypherpunks veteran, and full of them) with a message that began, “I’ve been working on a new electronic cash system that’s fully peer-to-peer, with no trusted third party.” Two months later he released the software. All of it. Source code included. Public distribution, as widely as possible.

And then came the part Milhon understood and almost nobody else did. Bitcoin’s distribution mechanism is replication. When you run a node you are not a user of the network; you are a copy of it. Every full node holds the entire timechain, every rule, every block back to the genesis. The more copies, the harder it is to change, to censor, or to kill. The more copies, “the worse for the bacteria etc etc.”

Nobody marketed Bitcoin into existence. There was no launch event, no pre-sale, no allocation to early backers (something we’ve written about before, in the piece on how Bitcoin is the only major asset with no insider round). It spread because running it was engaging, even exciting, and because the thing it did, moving value across the world without asking anyone’s permission, was intrinsically transformative. Satoshi announced the first release of the software on January 8, 2009. Within two days Hal Finney, a veteran of that same cypherpunks list, had it running on his machine and posted two words to Twitter: “Running bitcoin.” The day after that, Satoshi sent him ten coins, the first Bitcoin transaction between two people. That’s the phage entering its first host.

The revolution was, more or less, next Tuesday.

§The postscript, and the psyop crowd

Now go back to that last line. “PS: also it mindfucks the idea of conspiracy. hee hee.”

Every few months someone with a large following decides Bitcoin was cooked up by the NSA, or the CIA, or a cabal of bankers, or an AI, as some kind of trap. The theory varies. The structure never does: something this well designed must have been planned by someone powerful, and someone powerful must have a hidden agenda.

Milhon disposed of this in 1992 with one obscene verb. The phage model is the opposite of a conspiracy. A conspiracy needs a private plan and a private execution. The phage model has a private plan and a completely public execution, and the plan stops mattering the moment the execution begins. Once the code is out, the author’s intentions are irrelevant. You don’t have to trust Satoshi. You can read the code. Thousands of people have, line by line, for seventeen years, and they’ve changed it where they found it wanting, and the changes are public too.

Could Satoshi have been a spook? Sure, in the sense that Satoshi could have been anyone. It doesn’t matter. A backdoor in open code is a backdoor everyone can see. A hidden agenda that’s fully open-sourced isn’t hidden. The only thing you can smuggle into a phage is the information it carries, and the information is right there for inspection. That is what she meant. You cannot run a conspiracy in public. Hee hee.

§Where the Austrians come in (carefully)

I want to be honest about something, because the fastest way to ruin a piece like this is to put words in a dead woman’s mouth. Jude Milhon was not an Austrian economist. She was a civil rights radical and a counterculture magazine editor who wrote a column called “Irresponsible Journalism.” As far as I can tell she never read Mises and would probably have found him a drag at parties.

And yet.

Carl Menger, the founder of the Austrian school, spent a chunk of his 1892 essay On the Origin of Money demolishing the idea that money was invented by a king or a legislature. Money, he argued, is not decreed. It emerges. Individuals notice that some goods are easier to trade than others, they start holding those goods for trade rather than for use, other people notice them doing it and copy them, and the most saleable good gradually becomes money through nothing but imitation and use. No one designs the outcome. No one is in charge of it. The order is spontaneous, and it’s more robust than anything a planner could have imposed, precisely because it wasn’t imposed.

Same year, give or take a century: Milhon describes technology that spreads through use rather than mandate, where “the more designers and coders we rope in” the better, and where no one needs to be in charge because the copies take care of themselves.

I don’t think that’s a coincidence, but I also don’t think it’s a lineage. It’s a convergence. An economist studying markets and a hacker studying networks arrived at the same principle from opposite ends of the political spectrum: the things that last are the things that spread on their own merits, host to host, because people want them. Bitcoin is where the two ideas finally meet. It is Menger’s emergent money running on Milhon’s phage.

(One irony she’d have enjoyed: the modern Austrian case for Bitcoin, that a monetary good with absolute scarcity and no issuer will be selected by the market over time, is a Mengerian argument, and Menger himself would have had no way to imagine the good in question.)

§What it means for you

Here’s the part that matters if you actually hold Bitcoin.

The phage model only works if the copies are real. A bacterium that hosts a phage but doesn’t replicate it isn’t part of the spread. It’s just infected.

Bitcoin held on an exchange is exactly that. It’s a claim on Bitcoin, sitting inside someone else’s system, subject to their rules, their solvency and their compliance department. The exchange holds the keys. The exchange may or may not hold the coins (we’ve all watched that movie). You are not a copy of the network. You’re a line in a custodian’s database, and a database is precisely the kind of centralized host a phage was designed to route around.

Self-custody is the replication step. When you generate your own keys, write down your seed phrase, and hold your coins non-custodially, you become one more independent copy of the thing. One more place the information lives that can’t be frozen by a letter from a regulator or emptied by a bad quarter at a company you’ve never met. Run a node on top of that and you’re verifying the rules yourself, not trusting anyone else’s copy. That is what “public distribution as widely as possible” looks like when the technology is money.

It’s also the direct descendant of what Milhon was doing in Montgomery in 1965 and in that Berkeley record store in 1973. You don’t ask the bank to behave. You don’t petition for better custody terms. You take the bank out of the equation. Same instinct, different tools. She just happened to live long enough to see the tools get good.

She died in 2003, five years before the whitepaper. She never saw it work. But she told everyone how it would.

Not your keys, not your coins. Not your copy, not your revolution.

If you’re ready to hold your own copy, Bitcoin Well was built to get you there: buy Bitcoin, send it straight to a wallet you control, and we never hold your keys.

§A note on sourcing

Every Milhon quote in this piece comes from the cypherpunks mailing list archive maintained at mailing-list-archive.cryptoanarchy.wiki, reproduced exactly as she wrote it, lowercase, typos and all. The phage post is dated Saturday, October 3, 1992 (Pacific time; the archive files it under October 4 UTC), subject line “public vs. private.” The “I even thought up the name” line is from her June 21, 1994 post “HOW TO MUTATE AND TAKE OVER THE WORLD.” The cat story is from January 20, 1995, subject “stjude?” The earliest appearance of the word “cypherpunk” in the archive is her September 25, 1992 post “secretions,” a piece of gonzo fiction set in a nightclub in which her characters also describe “Secure digital money” and “a pseudonymous economy.” Those lines are dialogue she wrote for fictional cypherpunks based on the real ones she’d met, not her own invention, and I’ve framed them that way.

The one quote that is not hers, and that gets pinned on her constantly, is “Privacy is the necessary power to selectively reveal oneself to the world.” That’s Eric Hughes, A Cypherpunk’s Manifesto, 1993. Hughes also wrote the Manifesto. Milhon wrote the name, the propagation strategy, and a lot of the jokes.

Biographical details (Selma, the Fortran paperback, Community Memory, her 2003 death) are from the SFGate obituary, Wikipedia, and Capitol Technology University’s profile “Girls need modems!” The founding of the cypherpunks group in late 1992 and Milhon’s naming of it at one of the first meetings is per the standard histories, including Wikipedia’s “Cypherpunk” entry and Tim May’s Cyphernomicon.

Satoshi’s announcement quote is from his October 31, 2008 post to the Cryptography mailing list. Hal Finney’s “Running bitcoin” post is dated January 11, 2009. Carl Menger’s argument is from On the Origin of Money (1892, Economic Journal).

Originally published at bitcoinwell.com/blog