I ended up down a rabbit hole a few months ago while reading about the early days of the BASIC programming language. That trail pointed straight to John G. Kemeny, and then to his 1972 book Man and the Computer. It’s a slim volume, written at a moment when mainframes hummed like industrial dragons and the idea of a computer you could keep at home sounded like a fairy tale. Kemeny wasn’t guessing wildly into the void; he genuinely believed computers would shape the way ordinary people lived and learned. He wasn’t wrong1.
The Man Behind BASIC
Before talking about his predictions, it helps to know who Kemeny was. A mathematician, computer scientist, and educator, he’s most widely remembered for helping create BASIC. As president of Dartmouth College, he pushed hard to break computing out of its academic silos. At a time when computers were locked away behind punched cards and lab doors, he insisted that programming should be as accessible as a library book. That insistence jump-started the long road toward the “anyone can code” ethos we take for granted today2.
What He Got Right
Kemeny had a good feel for the direction of things. He saw that computers would eventually settle into the fabric of everyday life, not as exotic machines but as basic tools. The phone in your pocket today leaves entire research labs from his period in the dust; that alone would’ve delighted him. His push for broad programming literacy through BASIC was just as forward-looking. You can trace a line from his vision straight to the simplicity of Python, the visual friendliness of Scratch, and every laptop cart that rolls into a modern classroom3.
He also anticipated interactive computing and vast stores of organized information—ideas that echo through the internet, search engines, and cloud platforms. He didn’t have the vocabulary for it yet, but the underlying concept was already taking shape in his mind4.
Where His Predictions Faltered
No futurist escapes unscathed. Kemeny pictured a nation wired into regional computing hubs, each home connected through a simple terminal. The microprocessor arrived and upended the whole plan. Instead of feeding off a central machine, the computer moved into the house, then the backpack, then the pocket.
He also expected government to steer the computing revolution. In reality, the story turned into a private-sector sprint—Apple in a garage, Microsoft licensing an operating system, Google building a search engine so good it became the verb for searching4.
And while Kemeny nodded toward the idea of video phones, he didn’t fully anticipate the multi-tool future: a single palm-sized device that collapses phone, camera, map, television, typewriter, mail service, and research library into one5.
Kemeny’s Predictions vs. What Actually Happened
| Prediction (1972) | What Actually Happened | Why the Divergence Occurred |
|---|---|---|
| Home terminals connected to regional mainframes | Personal computers, laptops, and smartphones became ubiquitous | Microprocessor revolution enabled affordable, powerful standalone devices |
| Government-led computing development | Private sector (Apple, Microsoft, Google) drove innovation | Market forces and entrepreneurship outpaced centralized planning |
| Universal programming via BASIC | Coding literacy grew, but languages diversified (Python, Java) | Broader needs and complexity required more versatile languages |
| Video phones as a novelty | Smartphones integrate video calls, messaging, apps, and media | Convergence of computing, networking, and miniaturization |
| Centralized information retrieval systems | Decentralized internet and cloud services dominate | TCP/IP networking and global connectivity disrupted centralization |
| Computers as tools for education and social good | True—online learning, AI tutors, and digital classrooms thrive | Prediction held up; technology became core to education reform |
Why It Still Matters
Despite the misses, Kemeny’s core message remains relevant: technology isn’t just about hardware—it’s about access, education, and collaboration between humans and machines. His optimism about computing as a force for good still resonates today as we navigate the challenges and opportunities of AI, automation, and the evolving role of technology in society.
Looking Ahead
Kemeny imagined a future where technology empowers people—not replaces them. That vision still matters. What lessons from his predictions do you think apply to today’s AI-driven world?
Sources:
- https://archive.org/details/mancomputerbyjoh0000john ↩︎
- https://historyofinformation.com/detail.php?id=815 ↩︎
- https://www.thoughtco.com/history-basic-programming-language-1991662 ↩︎
- https://archive.dartmouthalumnimagazine.com/article/2004/5/kemenys-crystal-ball ↩︎
- https://www.hoboes.com/Mimsy/Technology/pseudo-scientific-state-and-other-evils/man-machine/ ↩︎
Additional attribution: I used Copilot and ChatGPT in drafting this article.
