Most people think Bitcoin began in 2008, with a nine-page whitepaper from a pseudonymous author.
That is when it shipped. It is not when it began. The intellectual project that produced Bitcoin had been running for nearly thirty years before Satoshi Nakamoto published a single word. Cryptographers, economists, hackers, and political philosophers had been working in parallel on the problem Bitcoin eventually solved. Most of them never met. Many of them never agreed. They shared a conviction that turned out to be correct: that the architecture of digital systems would determine the balance of power between individuals and institutions, and that mathematics could do work politics could not.
This community called itself the cypherpunks. Understanding them is the prerequisite to understanding why Bitcoin was inevitable, and why every attempted shortcut to its outcome has failed.
Two Visions of the Same Problem
The cypherpunk movement was never monolithic. From its earliest days, two distinct visions of how technology would reshape society sat in tension with one another.
The first was the High-Tech Hayekian vision, associated with figures like Phil Salin, Mark Miller, and Chip Morningstar. Drawing directly from Friedrich Hayek’s work on decentralized knowledge, this camp believed that markets and information networks would gradually crowd out bureaucratic power by lowering transaction costs and enabling peer-to-peer coordination. Salin’s American Information Exchange, an early e-commerce platform built on Austrian economic principles, was an early instantiation of this idea. The Hayekian view was evolutionary, not insurrectionary. Build better systems and the worse ones would lose by attrition.
The second was the crypto-anarchist vision, articulated most uncompromisingly by Tim May, whose “Crypto Anarchist Manifesto” circulated through cryptographic conferences in the late 1980s. May saw cryptography not as a tool for gradual market reform, but as a hammer to break state power outright. Anonymous, untraceable transactions would, he argued, render coercion impossible across an entire dimension of human activity. If governments could not see the transactions, they could not tax them, regulate them, or punish them. The state would not be reformed. It would be routed.
These two visions never fully reconciled. They produced different priorities, different rhetoric, and different products. They shared a foundational claim that the rest of the political world had not yet accepted: that code was a more powerful instrument of social organization than law.
The Mathematical Breakthrough
The cypherpunks did not invent the underlying tools they used. They inherited them from a pair of academic breakthroughs in the 1970s.
In 1976, Whitfield Diffie and Martin Hellman published “New Directions in Cryptography,” which introduced the concept of public-key cryptography. Until that moment, encryption required two parties to share a secret key in advance, a logistical bottleneck that limited cryptography’s reach. Diffie-Hellman showed that two parties who had never met could establish a shared secret over an open channel, in plain view of any observer, with no prior coordination. Two years later, Ron Rivest, Adi Shamir, and Leonard Adleman published the RSA algorithm, the first practical public-key system. With it, anyone could publish a public key to the world while keeping the matching private key, and use the pair to send signed, encrypted messages across hostile networks.
Public-key cryptography meant that ordinary individuals, with consumer hardware, could communicate in ways that the most sophisticated state intelligence services could not read. The tools that had previously been available only to nation-states could now run on a laptop.
The cypherpunks understood the implication immediately. Cryptography was no longer a science of military secrets. It was a civil right.
“Cypherpunks Write Code”
In March 1993, Eric Hughes published “A Cypherpunk’s Manifesto.” It is the document the movement is best remembered by, and its core line is one of the most-quoted sentences in cryptocurrency history: “Cypherpunks write code.”
Hughes’ point was not that programmers are better than activists. His point was that the political question of digital privacy could not be solved by political means. “We the Cypherpunks,” he wrote, “are dedicated to building anonymous systems. We are defending our privacy with cryptography, with anonymous mail forwarding systems, with digital signatures, and with electronic money.” The work, he argued, would not be done by lobbying or persuasion. It would be done by writing software that worked, releasing it openly, and letting the world adopt it before the law could catch up.
The doctrine was tested almost immediately.
The Crypto Wars
In the early 1990s, the United States government classified strong cryptographic software as a “munition” under the International Traffic in Arms Regulations, or ITAR. Exporting cryptography across a border was, legally, equivalent to exporting a missile. The NSA and the Department of Justice argued that allowing strong encryption to spread freely would undermine national security.
The cypherpunks treated this as a legal and rhetorical war and fought it on every front. Phil Zimmermann released Pretty Good Privacy in June 1991 by uploading it to the open internet. The government opened a criminal investigation. In response, MIT Press published the entire PGP source code as a hardcover book in 1995, on the theory that books were unambiguously protected speech. Cryptography source code was printed on T-shirts. Lawsuits worked their way through federal courts. By the late 1990s, the Bernstein v. United States rulings (1996 and 1999) had established that source code was a form of speech protected by the First Amendment, and the government dropped its prosecution of Zimmermann.
The cypherpunks won. Strong encryption became universally available. The state’s claim to a monopoly over cryptographic capability collapsed. The lesson was unambiguous: when code and law collide, code generally wins, because code can run wherever a computer can run, and the law cannot follow it everywhere.
The Missing Piece
The cypherpunks had cryptography. They had anonymous remailers. They had the legal precedent that code is speech. They did not have money.
Cash, in its physical form, has a property that mattered to the cypherpunks more than almost any other: it is anonymous, peer-to-peer, and final. Two strangers can transact without identification, without a bank, without permission. The problem was that cash does not work over the internet. Digital bits are infinitely copyable. A digital dollar that I can copy and send to ten different people is not money. Solving this problem (creating digital scarcity without a central authority) became the holy grail of cypherpunk research.
David Chaum had been working on privacy-preserving electronic systems since 1981, with the first digital cash paper (”Blind Signatures for Untraceable Payments”) in 1982 and DigiCash operational by the mid-1990s. Cypherpunks took their own swings at the problem in the late 1990s and early 2000s. Adam Back proposed Hashcash in 1997 and published the full paper in 2002. Wei Dai circulated b-money in November 1998. Nick Szabo described Bit Gold between 1998 and 2005. None of them quite succeeded. Each of them solved a piece of the puzzle that Bitcoin would later assemble.
That story (DigiCash, Hashcash, b-money, Bit Gold, and the way each one’s failure became Bitcoin’s foundation) is the subject of the next piece in this series.
The Synthesis
The 2008 financial crisis was the catalyst. The bailouts, the quantitative easing, and the visible discretion of central banks demolished what was left of the public’s trust in the integrity of fiat finance. Six weeks after Lehman Brothers collapsed, Satoshi Nakamoto posted a paper to a small mailing list of cryptographers, many of them descended directly from the original cypherpunk list. The paper was titled “Bitcoin: A Peer-to-Peer Electronic Cash System.” It cited Adam Back’s Hashcash directly as reference [6].
Bitcoin is the synthesis of three distinct intellectual streams that had been running in parallel for decades. From the cryptographers, it inherited public-key signatures, hash functions, and proof-of-work. From the Austrian economists, it inherited the principle that sound money must have a fixed, unforgeable supply not subject to political discretion. From the cypherpunks, it inherited the conviction that the work would be done in code, released openly, and left to operate without permission.
This is the lineage. Bitcoin did not appear from nowhere. It was earned, line by line, paper by paper, lawsuit by lawsuit, over thirty years of work by people who understood that the architecture of the system would determine the freedom of the people who lived inside it.
The cypherpunks were right. The proof is running on every node in the world.
Sources: PRDV 151, Unit 3 “The Cypherpunk Movement, Cryptography, and the Origins of Digital Sovereignty” | The Genesis Files (van Wirdum) | Bitcoin Whitepaper (Nakamoto, 2008) | Hashcash White Paper (Back, 2002) | A Cypherpunk’s Manifesto (Hughes, 1993) | Diffie-Hellman, “New Directions in Cryptography” (1976) | Rivest, Shamir, Adleman, “A Method for Obtaining Digital Signatures and Public-Key Cryptosystems” (1978) | Bernstein v. United States (9th Circuit, 1999)
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