Furby sold over 40 million units globally in its first three years, making it one of the most successful toys ever released.The product officially launched on October 2, 1998, arriving just in time for the holiday shopping season. But its success was never inevitable. The technology inside was fragile; the concept seemed absurd to many observers. What made it work, according toa new podcast from The Verge called Version History, hosted by editor-at-large David Pierce, was a sophisticated understanding of how humans project emotion onto machines.
During the 1998 Christmas period, demand drove resale prices over 100 dollars, sometimes as high as several hundred dollars.Parents waited in hour-long lines to buy the furry friend, and the toy sparked a collector craze that drove auction prices above retail prices. What parents were actually purchasing, however, was a clever illusion.Furbies started speaking entirely in Furbish, a language with short words and simple syllables, but were programmed to speak less Furbish and more English as they "grew". This created the impression of learning; in reality, the toy followed a rigid sequence of pre-programmed transitions.
The engineering beneath the fur was sound.David Hampton and Caleb Chung took pains to design a toy that was electromechanically robust and psychologically engaging, as their U.S. patent makes clear.Hampton and Chung spent nine months creating the Furby (in addition to nine months spent designing the toy), and after two attempts at licensing the concept, they invited fellow toy and game inventor Richard C. Levy to join their efforts. The three-way partnership proved crucial; the toy's personality felt alive in ways that other robotic toys never achieved.
Yet Furby became a flashpoint for anxiety.The toy faced national security concerns in 1999, with rumours that it could record conversations, leading to a temporary ban by the NSA, which was later debunked. The fear was understandable given the toy's infrared sensors and its uncanny ability to respond to voices. The panic subsided, but it revealed something deeper: society was not ready for robots in the home, even cute ones.
What makes Version History's examination timely is that Furby has become genuinely significant in the history of technology.At the Computer History Museum, the Furby is included in the permanent exhibition Revolution: The First 2000 Years of Computing in a section that focuses on the robots around us.Furby represented more than just a successful toy; it marked a significant cultural milestone as the first widely adopted domestic robot, and their simple artificial intelligence and interactive capabilities paved the way for future smart toys and even influenced the development of virtual assistants and companion robots.
The more pressing question is whether Furby's legacy extends to modern AI.Furbies helped accelerate the chatbot timeline by introducing the mass population to the concept of chatting with robots, and their popularity paved the way for chatbots to enter homes and integrate with human life, while Furby also raised the profile of machine learning and natural language processing. Recent hacking projects have made this lineage explicit; researchers have connected vintage Furbies to ChatGPT, creating interactive toys that actually possess the intelligence that the original only simulated.
The centre-right case for revisiting Furby is straightforward: it exemplifies how free markets and private innovation produce genuine consumer value in ways that regulation often fails to anticipate. The NSA's misguided security concerns proved baseless, yet they serve as a cautionary tale about the regulatory impulse to restrict technology before understanding it. Tiger Electronics identified a market need, executed brilliantly under time pressure, and built a product that families genuinely loved. No government mandate created Furby; no five-year plan produced it.
Yet there are legitimate concerns worth acknowledging.Researchers like MIT's Dr. Kate Darling have shown that our bonds with robots can influence our empathy toward living beings, and toy industry expert Stevanne Auerbach has argued that interactive toys should complement, not replace, human interaction, warning that overly autonomous designs can risk social displacement, especially for young children. The emotional attachment children formed to Furbies was real, even if the toy's cognition was not. As AI becomes genuinely capable, these psychological risks grow.
The broader pragmatic position recognises that Furby succeeded because it occupied a specific niche: a simple, embodied companion that did one thing well.Furby is a tool for play, and it excels at this function. Modern AI policy might learn from this. Rather than chasing general-purpose AI systems that attempt to do everything, the evidence suggests that specialised, embodied intelligence designed for a specific purpose may be both more useful and more humane. Furby never tried to be omniscient; it tried to be a friend. That modesty may be exactly what was missing from debates about AI then, and what we need again now.