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The cover of This Is for Everyone

This Is for Everyone

Follow the web from an open invention to a concentrated platform economy, then examine Tim Berners Lee’s plan to restore user control and shared purpose.

6 parts, about 20 minutes to read.

Why read it

  • The web's inventor tells how it was built, given away royalty free, and then enclosed by a few platforms
  • Helps you see tracking, engagement feeds and app stores as design and incentive choices that could be made differently
  • An insider account that ends with a concrete, openly unproven proposal for data people control themselves

Who it is for

  • Software developers curious how open standards are kept open
  • Readers uneasy about platforms holding their personal data
  • Policy makers working on privacy, competition or AI rules

What the summary covers

  1. A Universal Idea from a Fragmented CERN3 min
  2. Building the Web and Giving It Away3 min
  3. Keeping One Interoperable Web4 min
  4. From Participation to Concentrated Platforms4 min
  5. User Controlled Data as a Proposed Repair3 min
  6. AI, Intention and a Conditional Future3 min

Recommended by

  • Gordon BrownFormer prime minister of the United Kingdom
    Tim Berners-Lee stands tall among our greatest inventors, making history not just because of the World Wide Web he pioneered but because he made it available free to everyone.
  • Al GoreFormer US vice president
    This Is for Everyone is more than just an autobiography.

About the author

  • Tim Berners LeeInventor of the World Wide Web, Turing Award laureate, professor emeritus at MIT
    • Born in London on 8 June 1955.
    • Graduated from The Queen's College, Oxford, in 1976, where he built his first computer from a soldering iron, TTL gates, an M6800 processor and an old television.
    • Worked at the telecommunications firm Plessey for two years on distributed transaction systems, message relays and bar code technology.
    • During a six month consulting stint at CERN in 1980 he wrote Enquire, a private program for storing information through random associations that became the conceptual basis for the Web.
    • Proposed a global hypertext project at CERN in 1989, to be known as the World Wide Web.
    • Began work in October 1990 on the first Web server and browser, released within CERN that December and on the wider Internet in the summer of 1991.
    • Founded the World Wide Web Consortium at MIT in 1994 and is now its Emeritus Director.
    • Knighted in 2004 and awarded the Order of Merit in 2007.

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