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The Square and the Tower: Networks, Hierarchies and the Struggle for Global Power · 9 of 13
The Square and the Tower: Networks, Hierarchies and the Struggle for Global Power
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The Printing Press and the Internet

printing-press internet technology disruption networked-eras

Key Principle

History rhymes across two technology-driven networked eras that bracket a long hierarchical interregnum: the first opened with Gutenberg's press (c. 1490s), peaked in the Reformation and Enlightenment, and gave way after the 1790s to a century of restored hierarchy; the second opened with digital networking in the 1970s and runs through today. In both, a new technology that made information radically cheaper to copy and distribute shifted the advantage from the tower (centralized hierarchy) to the square (distributed network).

The mechanism is the same in both eras: the technology defeats hierarchy's standard move of killing the node. "Without Gutenberg, Luther might well have become just another heretic whom the Church burned at the stake, like Jan Hus" (Ch. 16). Once a message self-replicates faster than a hierarchy can suppress it, dissent becomes unkillable. Russian online interference is the modern rhyme: "a threat from within sponsored from without" (Ch. 58), exactly as confessional networks penetrated rival polities after Luther.

Crucially, the second era's defining technology succeeded because it was not centrally designed. By Conway's Law — "Organizations which design systems... are constrained to produce designs which are copies of the communication structures of these organizations" (Ch. 46) — any centrally planned network would have inherited and reproduced the dysfunction of its bureaucratic designers. The Internet escaped this only because it had no single designing organization: "The Internet was not planned; it grew" (Ch. 46).

Why This Matters

The analogy is the book's load-bearing historical argument. Get it right and you can reason about the digital disruption from five centuries of precedent: viral idea-contagion, eroded territorial sovereignty, manias and panics in the public sphere. Get it wrong in either direction and you fail twice — either you treat the Internet as automatically emancipatory (and are blindsided when it concentrates wealth and power), or you reach for crude one-to-one analogies (Trump-as-Hitler-1933) that ignore the structural differences between the eras.

The reverse-causation point matters most for diagnosis: the crisis of hierarchy predated electronic networking and enabled it, not the other way around (Ch. 46). Blaming or crediting the technology alone inverts cause and effect.

Good Examples

  • Falling book prices mirror falling PC prices. Book prices fell ~two-thirds (1450–1500) and ~90% in real terms across the English 16th century (Ch. 17); the personal computer's price collapse is the direct modern rhyme. Cheap copies, not the invention itself, did the work.
  • Density, not mere presence, drives disruption. Cities with any press by 1500 were likelier to turn Protestant; cities with multiple competing printers likeliest of all (Ch. 16). Competitive network density is the active ingredient.
  • Routing around the gatekeepers. ~80% of the ~5,000 German Luther editions were in German, bypassing the Latin-literate clerical elite (Ch. 16) — the equivalent of distributed publishing routing around incumbent media.
  • Conway's Law confirmed by its falsification. Glushkov's centrally designed "Soviet Internet" had to map onto the three-level pyramidal plan, reproducing the failing hierarchy (Ch. 46-47). Structure followed the designing organization, exactly as the law predicts.

Counterpoints

  • It is not crude technological determinism. The Inca fell not from Spanish firepower but from the hierarchy's own brittleness (Ch. 15); printing mattered through what knowledge it made cheap, not novelty per se. The technology rebalances the poles; it never abolishes them.
  • The state never actually leaves. Barlow's 1996 "Declaration of the Independence of Cyberspace" was "a dead letter within two years" — Postel's root-server reroute was answered within days, producing ICANN under Commerce oversight (Ch. 46). The square's triumph is always partial.
  • Three real differences forbid lazy analogy (Ch. 58):
    1. Speed and reach. What took centuries after 1490 takes decades after 1990 — "an order of magnitude faster."
    2. Inequality. "The press created no billionaires — Gutenberg was bankrupt by 1456." The Internet evolved into a scale-free network of monopolistic super-hubs, so the digital age is inegalitarian where the print age was not.
    3. Sequence of disruption. The press hit religion first; the Internet hit commerce first, politics late, and "really disrupted only one religion, namely Islam."

Key Quotes

"Without Gutenberg, Luther might well have become just another heretic whom the Church burned at the stake, like Jan Hus." — Niall Ferguson, Ch. 16

"Hierarchy is a special kind of network, in which the centrality of the ruling node is maximized." — Niall Ferguson, Ch. 16

"Organizations which design systems... are constrained to produce designs which are copies of the communication structures of these organizations." — Niall Ferguson, Ch. 46 (Conway's Law)

"The Internet was not planned; it grew." — Niall Ferguson, Ch. 46

"Russian hackers and trolls pose a threat to American democracy similar to the one that Jesuit priests posed to the English Reformation: a threat from within sponsored from without." — Niall Ferguson, Ch. 58

Rules of Thumb

  • When a technology makes copying cheap, expect the node-killing tactic to fail and dissent to become unkillable. Watch for self-replication outrunning suppression.
  • Look for competitive density, not mere presence, as the disruption signal: many competing publishers/platforms beats one.
  • Before invoking the printing-press analogy, correct for the three differences: speed, inequality (scale-free concentration), and which domain gets disrupted first.
  • Diagnose cause correctly: ask whether the hierarchy was already failing (organizational cause) before crediting the new technology (reverse causation, Ch. 46).
  • Never assume connectivity equals emancipation. The same technology can equalize or concentrate depending on network structure.

Related References