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The world we live in was built in moments nobody noticed at the time. In 1978, a two-word program called Hello, World! became the first thing every programmer ever wrote, a ritual repeated billions of times since, the handshake between human intention and machine response. Three years later, a 45-page government document called RFC 791 gave incompatible networks a common language, and the Internet stopped being an experiment and became infrastructure. In 1988, a graduate student released a self-replicating program that crashed 10% of the connected internet overnight. Nobody had planned for this. The field of cybersecurity was invented in the days that followed.
In 1989, a CERN scientist submitted a proposal so loosely formed that his supervisor returned it with two words: "Vague but exciting." That proposal became the World Wide Web. Two years later, a Finnish student announced a hobby project in a tone that read like an apology. Linux now runs most of the internet. In 1996, 26 words of US legislation gave platforms immunity from their users' content and made social media legally possible and largely unaccountable. A decade later, a single throwaway tweet from Jack Dorsey marked the beginning of a platform that would rewire how information, politics, and power moved through the world.
In 2007, Steve Jobs stood on a stage and described one device as three things. Within a decade, three industries had collapsed into a rectangle of glass in everyone's pocket. In 2008, an anonymous figure published a nine-page document proposing digital cash with no government and no middleman. The first Bitcoin sold for less than a tenth of a US$ cent. The market it created was worth US$3.9 trillion at its peak. In 2016, a machine played a move in a board game that no human would have thought to play. It won. In 2017, eight researchers published a paper that made modern AI possible. At 12:14 pm on 30 November 2022, a blog post announced a chatbot. Within two months, it had 100 million users, faster than any product in history.
These are those moments.
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#1 Hello, World! – 1978
In 1978, Kernighan and Ritchie demonstrated the programming Language C by displaying “Hello, World!” on a computer screen. It became the universal first step in learning any language, on any platform, when learning to code. It has no real function other than to show a system is working, but at the same time, the most written program in history.
#2 RFC 791 – 1981
This is the opening paragraph of the RFC 791 specification, published in September 1981, the foundational proposal for Internet Protocol version 4 (IPv4). It solved a deceptively simple problem: how do you move data reliably across different, incompatible networks that didn’t speak the same language? From this moment, the internet stopped being an experiment and became a global infrastructure.
#3 The Morris Worm – 1988
The Morris Worm, released on November 2, 1988, was an intellectual experiment by Robert Tappan Morris. The C program was designed to spread quietly across Unix systems. A flaw in its replication logic caused it to infect machines repeatedly, overloading roughly 10% of the connected internet. It wasn’t meant to cause damage, but the fallout created the first computer emergency response team (CERT) and established that the internet was a system that could be used against itself. This code snippet is from the replication routine. In plain English: crack some passwords, spawn a copy of yourself and kill the parent, try to spread to new hosts, sleep, repeat. Forever.
#4 Vague, but exciting... – 1989
In March 1989, CERN computer scientist Tim Berners-Lee submitted a proposal called “Information Management” that outlined how pages across a network could be linked by describing the pages in Hypertext Markup Language (HTML). It laid the foundation for the World Wide Web. His supervisor, Mike Sendall, famously annotated the paper with the comment, “Vague but exciting…”
#5 Just a hobby – 1991
In 1991, Linus Torvalds posted to a Usenet newsgroup describing his new operating system as “just a hobby, won’t be big and professional.” Linux now runs the majority of the world’s servers, every Android device, the International Space Station, and most of the infrastructure on which the internet is built. The most consequential operating system ever written was announced as an apology for its own ambitions. It also showed society that individuals or small groups can create world-changing technology outside traditional institutions, helping fuel the culture behind open source, startups, and the modern internet economy.
#6 Section 230 – 1996
Section 230 of the Communications Decency Act (1996) gave internet platforms legal immunity for content posted by their users. In practice, it meant social media platforms could scale to billions of posts without facing liability for every piece of harmful content, but also without any obligation to act on them. It created the conditions for the modern internet to exist.
“#7 just setting up my twttr” – 2006
This trivial tweet posted by Jack Dorsey on 21 March 2006 marked the beginning of the rewiring of how information flowed across the internet. That shift changed how news spreads, how politicians communicate, how social movements organise, and how individuals broadcast their thoughts to the world in an instant. It created the culture of real-time global conversation, where information, opinion, and influence move faster than traditional media or institutions can control.
#8 Launch – 2007
In 2007, Apple launched the iPhone with Steve Jobs repeating this phrase on stage. It made every device that came before it obsolete overnight. Within a decade, the camera industry, the music player market, and the satellite navigation sector had been absorbed. It created the conditions for the app economy, social media at scale, and the always-connected, always-tracked existence that defines modern life.
#9 Bitcoin white paper – 2008
This is the abstract from the 2008 white paper called "Bitcoin: A Peer-to-Peer Electronic Cash System", published by an anonymous figure called Satoshi Nakamoto. The nine-page document described a concept for digital cash with no bank, no government, no middleman. It introduced the blockchain and proved that trust could be encoded into a system rather than placed in an institution. The first Bitcoin sold for US$0.00076 in 2010. At its height, the cryptocurrency market it created was worth US$3.9 trillion.
#10 Move 37 – 2016
In 2016, Google DeepMind’s AlphaGo played the Go world champion, Lee Sedol, in a man-versus-machine competition. During game number two, AlphaGo played a move that was so unexpected that human commentators assumed it was a mistake. It wasn't. It signalled that AI had surpassed human intuition in one of the most complex games ever devised, and that machine reasoning could find solutions to problems humans wouldn’t even think to look for. AlphaGo won the match and the competition.
#11 Attention is All You Need – 2017
In 2017, eight researchers at Google published a seminal paper with this almost throwaway title. The paper proposed a new deep learning model that relies entirely on self-attention mechanisms, completely replacing the recurrent and convolutional neural networks that were standard at the time. It described a new way for machines to understand language, not by reading word by word, but by looking at everything at once and deciding what mattered. It was called Transformer architecture, and like many foundational inventions, it was quiet, technical, and easy to miss at the time. It was used by every major AI system that followed, making modern AI possible.
#12 12:14pm PT – 2022
This was the exact time OpenAI published its blog post announcing the launch of ChatGPT. It opened with the line, “We’ve trained a model called ChatGPT that interacts in a conversational way.” It was the first AI chatbot that was accessible to anyone with a browser. Within five days, it had a million users and within two months, 100 million, making it the fastest adopted consumer product in recorded history. It changed the scale of public engagement with AI entirely and prompted immediate responses from Google, Microsoft, and governments worldwide. It accelerated investment and development across the industry at a pace that had never been seen before. Three years later, it has 800 million weekly users.