Episode 173 Withered Technology and Lateral Thinking
Withered Technology and Lateral Thinking
Hi and welcome to Experience Points by University XP. On Experience Points, we explore different ways we can learn from games. I’m your host Dave Eng from games-based learning by University XP. Find out more at www.universityxp.com.
Some ideas arrive before their time. But the best ideas arrive at exactly the right moment. And often that is not because the idea was flashy, or spectacular, or brand new. It's because someone found a different way to see, to use, or to apply something that was already sitting right in front of them…
Today we're talking about withered technology and lateral thinking. We'll define both, meet the designer who built a philosophy around them, and look at the product that proved it worked.
So, what is withered technology? The term can also be read as weathered, or commodity, technology. It's technology that is no longer novel. It's mature. Stable, reliable, and accessible. It's been around long enough to be recognizable to everyone, and a surprise to no one. But it works, and it does exactly what we expect. Every. Single. Time.
Because it’s no longer cutting edge, withered technology is also cheap, widely available, and instantly familiar. Think of the standardized double-A battery; the aluminum can; or even the podcast you're listening to right now. None of them are impressive on paper, but all of them are everywhere. And that combination is exactly what makes something usable in a low-resource classroom.
There's an important contrast here. Moore's Law points innovation towards getting the most out of new technology that replaces the old. That's an iterative approach. Withered technology on the other hand points the other way. It asks how much we can get out of what is already understood and already available. And because that foundation is settled, creators get to spend their attention on ideas instead of infrastructure.
Which brings us to lateral thinking, the design philosophy that pairs with withered technology. If the technology is already established and reliable, then the innovation has to come from using it in a new way. Iterative thinking improves a product in a straight line, a little faster or a little better each cycle. Lateral thinking reinvents the category instead.
And the key move is what it does with constraints. Lateral thinking doesn't treat technology’s limits as problems to engineer away. It treats them as the focus. The constraint stops you from asking what this thing was designed to do, and starts you asking “what else it can do.”
The person most associated with this idea is Gunpei Yokoi. Yokoi was a toy maker and a game designer, and he understood something many of the engineers around him did not. That innovation could come from creatively reimagining established technology, rather than constantly chasing the cutting edge. He was building toys as much as he was building electronics, and that framing shaped everything that followed.
His philosophy came down to three moves. First: fully embrace mature technology. That limits costs, shortens timelines, and forces creativity, because you have to find an ingenious use for what you already have. Second: ask fundamental questions and drop your assumptions. Ask “why,” more often than is comfortable. And, third: keep combining unrelated ideas until something sparks.
So, what do you get from working this way? Reliability. Affordability. And, mass production. You trade technical sophistication for accessibility. Repurposing what already exists reduces waste. Familiar components means faster time to market. And because the technology is well understood, your team spends its energy on innovation instead of firefighting. It also pushes you toward simplicity, because the hardware is not going to rescue a bad idea.
Now compare that to leading with cutting edge technology. It's expensive. It's untested. It's risky. It invites bugs, delays, and bloated budgets, and it raises the odds of outright product failure. Samsung's Galaxy Fold is the example that gets cited most often based on unproven foldable displays, hardware failures, and very high production costs.
Yokoi spent most of his career at Nintendo, and his philosophy fit the company like a glove. Nintendo has never really competed on raw power, and it has never tried to out-spec its closest rivals. Instead, it drove innovation without chasing novelty, focusing on what could be done creatively with components that were already common and already cheap.
You can trace that thread through the company's whole history. The Game and Watch series leaned on ubiquitous LCD screens. The lessons from it fed the Nintendo Entertainment System, then the Game Boy, and later the Wii. Super Mario Brothers didn't fight the hardware it ran on. It used what was already there in memorable ways, and it still holds up decades later.
But the product that cemented all of this was the Game Boy. Its success didn't come from having the best features. It came from the interaction players had with the device: rugged, compact, and durable. And the most telling decision was the screen. Nintendo chose monochrome over color. That lower powered screen meant longer battery life and a lower price.
The second telling decision was the bundle. In the United States, the Game Boy shipped with Tetris instead of a Mario title. Tetris reached a broader, non-traditional audience. And, Tetris didn't need color to communicate its core loop. The game also set an expectation right out of the box: portable, casual, and ready to pick-up-and-play.
And here's the part worth sitting with. Those weren't shortcomings. They were features. They made handheld gaming mainstream, durable, and accessible. The Game Boy outlasted the Sega Game Gear and the Atari Lynx, both of which had color displays and better specifications, and both of which asked players to pay more.
So how do you practice this? Start with the individual. One useful framing is the T-shaped generalist: broad knowledge across many disciplines, and deep expertise in one. That shape matters because non-specialists often see potential in places specialists have stopped looking. They float between teams and they bridge gaps.
The individual lateral thinker is usually also a scrappy scavenger. They repurpose components from failed products. They reverse engineer things to learn how they work, so they can figure out what else those things could do. They're comfortable designing with what remains: leftover parts, abandoned ideas, and false starts…. call it the maker philosophy.
Organizations can work this way too. Established technology is easier to scale and has settled production pipelines. But the deeper benefit is resilience. A company that thinks laterally handles unclear situations better. You saw it during COVID, when organizations pivoted to making face shields and ventilators. That represents frugal innovation under pressure.
But the first question any organization has to answer is what the most important part of its work actually is. For a game, that's its core purpose. Then you ask whether that same purpose could be fulfilled with mature technology used in a new way. For teaching and learning, it's your outcomes and objectives.
And none of this is limited to games. The Post-it Note combined an already understood technology: adhesives, with the need for a bookmark that would stick. Mary Kay Ash repurposed leather softener into cosmetics. Apple broke conventions with the iPod Shuffle, which dropped the screen entirely. Even filmmaking does it, leaning on practical effects and stagecraft alongside CGI.
One way to prompt yourself into this is to ask a slightly absurd question. If something is known for doing one thing, what would it look like if it were forced to do another? If beverages exist to quench thirst, then why drink anything but water? A fair warning, though. Most attempts at this will fail. That's fine, and it's still valuable. Failure tells you what doesn't work, and it forces you to reframe the problem. Reframing is usually where the better solution was hiding.
Which brings us to the real point of all of this: the experience. Nintendo has stayed nimble by treating its products more like toys than electronics. Players don't imagine themselves inside the game. They act inside it, and through it, experientially. Which is exactly what we're after in games-based learning.
So, here's the takeaway for designers, developers, and educators. Your users, your players, and your learners do not care about backend sophistication. They care about results. Mature, well understood technology is what frees you to focus on the part that actually differentiates play: the experience itself. It isn't about how flashy something looks. It's about how it feels.
I hope you found this episode useful. If you’d like to learn more, then a great place to start is with my free course on gamification. You can sign up for it at www.universityxp.com/gamification You can also get a full transcript of this episode including links to references in the description or show notes. Thanks for joining me! Again, I’m your host Dave Eng from games-based learning by University XP. On Experience Points we explore different ways we can learn from games. If you liked this episode please consider commenting, sharing, and subscribing. Subscribing is free and ensures that you’ll get the next episode of Experience Points delivered directly to you. I’d also love it if you took some time to rate the show! I live to lift others with learning. So, if you found this episode useful, consider sharing it with someone who could benefit. Also make sure to visit University XP online at www. universityxp.com University XP is also on Twitter @University_XP and on Facebook and LinkedIn as University XP. Also, feel free to email me anytime. My email address is dave@universityxp.com Game on!
Dave Eng, EdD
Principal
References
Creighton, T. (2023, March). Withered technology. https://tomcreighton.com/withered-technology/
Eng, D. (2019, August 20). Play is Work. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/8/20/play-is-work
Eng, D. (2019, December 03). Core Loops. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/12/3/core-loops
Eng, D. (2019, July 31). Fun Factors. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/7/31/fun-factors
Eng, D. (2019, November 05). The User Experience. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/11/5/the-user-experience
Eng, D. (2019, September 10). The Player Experience. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/9/10/the-player-experience
Eng, D. (2019, September 10). The Player Experience. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/9/10/the-player-experience
Eng, D. (2019, September 17). Player Interaction. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2019/9/17/player-interaction
Eng, D. (2020, March 26). What is Games-Based Learning? Retrieved January 6, 2026, from https://www.universityxp.com/blog/2020/3/26/what-is-games-based-learning
Eng, D. (2021, March 9). What is Constructivism? Retrieved January 6, 2026, from https://www.universityxp.com/blog/2021/3/9/what-is-constructivism
Eng, D. (2021, October 26). Applied Games-Based Learning. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2021/10/26/applied-games-based-learning
Eng, D. (2021, September 28). Playing serious games. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2021/9/28/playing-serious-games
Eng, D. (2023, October 17). What is Player Engagement? Retrieved January 6, 2026, from https://www.universityxp.com/blog/2023/10/17/what-is-player-engagement
Eng, D. (2024, July 9). Outcomes Focused Games-Based Learning. Retrieved January 6, 2026, from https://www.universityxp.com/blog/2024/7/9/outcomes-focused-games-based-learning
Goel, D. (2019, May 2). Lateral thinking with withered technology — A discussion. uWaterloo Voice. Medium. https://medium.com/uwaterloo-voice/lateral-thinking-with-withered-technology-a-discussion-a413208c8ba8
Gopinath, A. (2022, November 3). Tried-and-true instead of the new. Nano Thoughts. https://nanothoughts.substack.com/p/tried-and-true-instead-of-the-new
Mandel, I., & Ju, W. (2024, July). Designing with what remains. In Proceedings of the 2024 ACM Designing Interactive Systems Conference (pp. 3002–3015). https://dl.acm.org/doi/abs/10.1145/3643834.3661628
Mantia, L. (2025, January 20). Withered technology. https://lmnt.me/blog/withered-technology.html
Minasu. (2024, January 10). Game & Watch |OT| lateral thinking with withered technology [Online forum post]. Retro Game Boards. https://www.retrogameboards.com/t/game-watch-ot-lateral-thinking-with-withered-technology/2909
Nevala-Lee, A. (2014, January 9). Withered hardware, lateral thinking. https://nevalalee.wordpress.com/2014/01/09/withered-hardware-lateral-thinking/
Perell, D. (n.d.). Lateral thinking with withered ideas. https://perell.com/note/lateral-thinking-with-withered-ideas/
Raines, J. A. (2019, April 19). Withered thinking with lateral technology ;) Virtual Training and Research Program. https://people.bsu.edu/jaraines/2019/04/19/lateral-thinking/
Reynolds, D. (2016). The Vitruvian thumb: Embodied branding and lateral thinking with the Nintendo Game Boy. Game Studies, 16(1). https://gamestudies.org/1601/articles/reynolds
Stephen, B. (n.d.). Lateral thinking with withered technology. https://newsletter.bijanstephen.blog/lateral-thinking-with-withered-technology/
Untamed Adam. (2015, September 3). Nintendo’s little-known product philosophy: Lateral thinking with withered (“weathered”) technology. Medium. https://medium.com/@adamagb/nintendo-s-little-known-product-philosophy-lateral-thinking-with-withered-technology-bac7257d8f4
Warren, S. J., & Jones, G. (2008). Yokoi’s theory of lateral innovation: Applications for learning game design. Journal of Educational Technology, 5(2), 32–43. https://eric.ed.gov/?id=EJ1097830
Wenzel, E. (n.d.). Chapter 9 – Lateral thinking with withered technology. Feeding Curiosity. https://feedingcuriosity.net/blueprint-range/chapter-9
Yokoi, T. (2021, January 24). How the philosophy of Nintendo’s Game Boy inventor is ripe for these times. Forbes. https://www.forbes.com/sites/tomokoyokoi/2021/01/24/how-the-philosophy-of-nintendos-game-boy-inventor-is-ripe-for-these-times/
Cite this Episode
Eng, D. (2026, January 13). Withered Technology and Lateral Thinking. Retrieved MONTH DATE, YEAR, from https://www.universityxp.com/blog/2026/1/12/withered-technology-and-lateral-thinking
Internal Ref: UXP8X4JMLMRH