John Deere: The Blacksmith Who Predicted AI

Discover how a 19th-century blacksmith's plow evolved into a $60 billion AI powerhouse, and why farmers are fighting to keep their tractors' software open.[INTRO]ALEX: If you walk into a rural American home, there is a good chance you’ll see a specific shade of green and yellow on a hat, a toy, or a t-shirt. It’s the brand of Deere & Company, but most people just know it as John Deere.JORDAN: It’s basically the Harley-Davidson of the cornfields. People don't just use the equipment; they make it their entire personality.ALEX: Exactly, but here is the twist: while everyone sees them as a rugged tractor company, they’re actually operating like Silicon Valley. They build machines that use computer vision to identify individual weeds and autonomous tractors you can control from your iPhone.JORDAN: Wait, so the 'big green tractor' is basically a giant rolling iPad now? That’s a long way from a blacksmith shop.[CHAPTER 1 - Origin]ALEX: It really is. The whole story starts in 1837 with a man named John Deere, a blacksmith from Vermont who moved to Illinois. Back then, farmers were struggling because the rich Midwestern soil was so sticky that it clung to their cast-iron plows.JORDAN: So they had to stop and scrape them off every few minutes? That sounds like a productivity nightmare.ALEX: It was. But Deere realized that if the plow were made of highly polished steel instead of pitted iron, the mud would slide right off. He actually built his first prototype using a broken steel saw blade.JORDAN: See, that’s the kind of DIY spirit I love. One broken tool becomes the foundation for a multi-billion dollar empire.ALEX: It worked so well it was nicknamed the 'self-scouring' plow. By 1848, he moved the business to Moline, Illinois, to use the Mississippi River for power, and by 1868, they were officially Deere & Company.JORDAN: But they weren't doing tractors yet, right? This is all still horse-drawn stuff?ALEX: Correct. The tractor didn't come until much later, and it was actually a huge controversy within the company. In 1918, the board of directors was split on whether to buy the Waterloo Gasoline Engine Company.JORDAN: Let me guess, the old guard thought these new-fangled 'gas engines' were a fad?ALEX: Precisely. But the president at the time, William Butterworth, pushed it through. They bought the makers of the 'Waterloo Boy' tractor, and that single decision basically insured they wouldn't go extinct like the horse-and-buggy makers.[CHAPTER 2 - Core Story]JORDAN: Okay, so they survive the transition to engines. But how do you go from a simple tractor to a global behemoth?ALEX: It was all about building a cult-like brand loyalty. In the 1930s, they released the Model A and Model B. These tractors had a very specific two-cylinder 'pop' sound, so farmers nicknamed them 'Johnny Poppers.'JORDAN: Giving a machine a nickname is the first step toward people getting it tattooed on their arm.ALEX: And the company leaned into it. By the 1960s, they were expanding into lawn mowers and construction gear, making sure that even if you weren't a commercial farmer, you still wanted a Deere in your garage.JORDAN: But there’s a darker side to being a tech giant, isn't there? You mentioned they started acting like Silicon Valley.ALEX: That’s where things get tense. In the last decade, Deere has pivoted toward 'Precision Ag.' They acquired a company called Blue River Technology for 300 million dollars to bring AI into the field.JORDAN: AI in a field? What for?ALEX: It’s called 'See & Spray.' The tractor has cameras that look at every single plant as it drives by. It uses machine learning to distinguish a weed from a crop in milliseconds and sprays only the weed. It cuts herbicide use by two-thirds.JORDAN: That actually sounds amazing for the environment, but I'm sensing a 'but' coming.ALEX: The 'but' is that all this tech is proprietary. Farmers started finding out they couldn't fix their own tractors anymore because they didn't have the software keys to bypass the digital locks. This sparked the massive 'Right to Repair' movement.JORDAN: So if your tractor breaks down in the middle of a harvest, you can't just hit it with a wrench? You have to wait for a certified technician to come out with a laptop?ALEX: Exactly. To the farmers, it felt like they didn't really own the machine they paid half a million dollars for. It led to lawsuits and even a memorandum of understanding in 2023 where Deere promised to give farmers more access to diagnostic tools.[CHAPTER 3 - Why It Matters]JORDAN: It’s wild that a company started by a blacksmith is now the target of digital rights activists. Does this mean they’re basically a software company now?ALEX: In many ways, yes. They’ve moved from selling 'iron' to selling 'solutions.' They now have the John Deere Operations Center where all that data from the fields goes. It tells farmers exactly when to plant and how much fertilizer to use.JORDAN: But who owns that data? If Deere knows exactly how much corn every farmer is growing in real-time, that’s a lot of power.ALEX: That’s the multi-billion dollar question. They say the farmer owns it, but the ability to aggregate that data gives Deere an incredible market advantage. They’ve become the central nervous system of modern agriculture.JORDAN: It’s a huge shift from the 1800s. We went from 'how do I get the mud off my plow' to 'how do I protect my data from my tractor manufacturer.'ALEX: And through it all, they’ve stayed profitable. In 2023, they brought in over 61 billion dollars. They’ve survived the Great Depression, world wars, and the shift from horses to gas, and now from gas to AI.JORDAN: It’s weirdly impressive. Even if you hate the software locks, you have to admit they know how to evolve.[OUTRO]JORDAN: If I’m at a trivia night and John Deere comes up, what’s the one thing I need to remember?ALEX: Remember that John Deere isn't just a tractor company; it's a 185-year-old tech firm that transformed farming from a physical struggle against the soil into a data-driven digital science.JORDAN: That’s Wikipodia — every story, on demand. Search your next topic at wikipodia.ai