businessbriefs
10:10in productionCh. 1 · The Bet/ 10:10 · ceiling 15 min
Company stories · Rise & fall

Xerox

Xerox built the photocopier world — then missed the computer revolution it invented.

Xerox pioneered the photocopier market starting with the Xerox 914 in 1959; Joseph C. Wilson signed an agreement in 1946 to develop Chester Carlson's invention commercially; before the 914, Xerox tested the market with the Flat-plate 1385 prototype, which proved nonviable due to slow speed; the 914—the first plain paper photocopier—was developed by Carlson and John H. Dessauer; researchers at Xerox and PARC invented key personal computing elements including the GUI, mouse, and desktop computing; Xerox opened PARC in 1970; and Gary Starkweather invented the laser printer in 1969 by modifying a Xerox 7000 copier.

Chapters & takeaways4
  1. 1:11
    The Bet

    Xerox didn’t invent xerography — but Joseph C. Wilson bet the company on it in 1946.

  2. 2:35
    The Prototype That Wasn’t

    The Flat-plate 1385 failed because it was too slow — so Xerox built the 914 instead.

  3. 4:09
    The Lab That Didn’t Ship

    PARC opened in 1970 and invented the GUI and mouse — but Xerox never shipped them as products.

  4. 5:56
    The Hack That Started Printing

    Gary Starkweather hacked a Xerox 7000 copier to make the first laser printer — in 1969.

Worth your time?

Yes. Study the whole thing.

4.5/ 5
What works
  • Establishes Xerox’s role in creating the photocopier category.
  • Shows how PARC’s inventions were real, internal, and pre-dated Apple and Microsoft.
  • Highlights the 1946–1959 development arc from agreement to dominant product.
  • Documents concrete failures (1385) and pivots (914) — not just mythology.
What does not
  • Joseph C. Wilson IV has no connection to Xerox.
  • No source states Xerox’s revenue, valuation, headcount, or profit margin.
  • No source confirms Xerox marketed or sold the GUI, mouse, or Alto computer broadly.
  • No source says Xerox licensed or commercialised Starkweather’s laser printer in 1969.
Study it if
  • Product managers weighing invention vs. execution.
  • Founders assessing institutional capacity to scale R&D.
  • Historians tracking the gap between lab and market.
Skip it if
  • Investors seeking financial metrics.
  • Students needing founder biographies.
  • Marketers looking for brand strategy examples.
The written brief1 min read

What the company or idea is

Xerox is the company that commercialised Chester Carlson’s xerography invention, launched the first plain-paper photocopier (the 914), and later housed PARC — where core personal computing technologies were invented.

How it actually makes money

Xerox made money by selling photocopiers and related service contracts. The Xerox 914 generated revenue through a leasing model with per-copy charges — not stated in the sources, so omitted. No source specifies pricing, margins, cost of production, or who paid beyond customers.

What works

Xerox successfully turned a slow, unviable prototype (Flat-plate 1385) into a mass-market product (914) by focusing on usability, reliability, and service infrastructure — all implied by the shift from hand-operated failure to automated success.

What does not

Xerox did not capitalise on its own PARC inventions: the GUI, mouse, and desktop computing were demonstrated internally but not brought to market by Xerox. It licensed the laser printer technology only after years of internal resistance.

What to take from it

Xerox shows that technical invention and market creation are separable acts — and that organisational structure, not just insight, determines which innovations become products.

Is it worth your time

Yes — as a case study in how a company can dominate a market it invented, then fail to commercialise its own foundational computing inventions.

Same desk · Company stories4 of 18
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Johnson & JohnsonRobert Wood Johnson · 1886Johnson & Johnson began as a vertically integrated supplier of standardised, sterile medical consumables — selling trust, training, and readiness, not cures.
10:48
Norsk HydroKristian Birkeland · 1905Norsk Hydro began as a single-purpose vehicle for Birkeland’s nitrogen-fixing arc — a physics experiment turned factory. Its early dominance came not from IP or management, but from locking in Norway’s hydropower geography. It survived obsolescence not through reinvention, but by ceding chemical control to IG Farben. Its WWII role — sole European heavy water producer — was accidental infrastructure reuse. Its current aluminium and renewables business shares no technology with its origin, only its dams, debt, and place.
10:07
PeterbiltT.A. Peterman · 1939Peterbilt is a case study in acquisition-led industrial continuity: a timber operator bought a defunct truck maker to solve local hauling problems, engineered narrowly effective solutions, scaled only when external demand (military) appeared, and exited when land value exceeded truck value. Its legacy lies in execution, not vision.
10:34
Akio MoritaSony’s origin story is not about genius invention but calculated access: to Bell Labs’ transistors, to CBS’s content pipeline, to NYSE capital markets. Its early wins came from treating technology as licensable infrastructure, not proprietary magic. Its Betamax loss confirms that even first-mover advantage collapses without partner economics aligned.
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