A Chindogu is a Japanese invention that is intentionally “unuseless” — technically functional but so absurdly impractical that using it creates more friction than the problem it solves. A helmet-mounted toilet paper dispenser for hay fever sufferers. An umbrella tie. These are comedy.
The Accidental Chindogu is not comedy. It is the default output of a technological ecosystem optimizing for the wrong fitness function. Products engineered to eliminate a micro-friction while generating massive systemic macro-frictions — administrative, financial, cognitive, environmental — that dwarf the original inconvenience. The Accidental Chindogu is not a design failure. It is a tragedy of misaligned incentives, birthed by venture capital and the SaaS-ification of physical reality.
Simple Picture
Imagine inventing a robot to tie your shoes. To use it, you must charge its battery, update its firmware, connect it to your home Wi-Fi, and pay a $9.99 monthly subscription. You eliminated a three-second task of bending over and introduced an ongoing administrative, financial, and digital maintenance burden. You built an Accidental Chindogu.
The shoe-tying robot is absurd enough to see. The internet-connected salt shaker, the smart toaster, the $400 Juicero that was functionally inferior to human hands — these are the same object wearing a pitch deck.
The Definition of Technology
Simon Sarris opens with the cleanest possible frame: technology is doing more with less. The wheel lets one person move what previously required several. The gas boiler replaces hours of hauling coal. Email surpasses postal mail in speed and cost by orders of magnitude. Each genuinely does more with less — less effort, less time, less material, less friction.
This is Fuller’s thesis stated as an engineering principle. Humanity is doing more with less at an accelerating rate. Technology, in this precise sense, is not a category of gadgets. It is a direction — toward efficiency, toward elegance, toward liberation of human time and energy for things that matter.
The Accidental Chindogu inverts this direction entirely. It does less with more — more complexity, more dependencies, more maintenance, more subscription fees, more cognitive overhead — to achieve a marginal improvement on a task that was barely a problem.
The Keurig Test
Sarris names the Keurig coffee maker as the archetype of anti-technology. Run it against any honest metric:
- Better coffee? No. Worse by every measure.
- Cheaper? No. The pods cost multiples of ground coffee.
- Less maintenance? No. Descaling, pod disposal, machine replacement.
- Environmentally sound? No. Billions of plastic pods in landfills.
- Simpler? No. A pour-over requires hot water and grounds. A Keurig requires a machine, a power outlet, proprietary pods, and the willingness to accept DRM on your morning coffee.
Its single advantage is speed — maybe two minutes saved — and that advantage evaporates against the total lifecycle cost. The Keurig does less with more and calls itself an upgrade. It is a machine whose primary function is to be a captive conduit for recurring pod revenue, not to make coffee. The coffee is the pretext. The rent-seeking is the product.
This is manufactured scarcity applied to the kitchen: the machine creates a dependency on proprietary consumables that did not previously exist, then charges for access to a resource (ground coffee) that was never scarce. The system produces the problem it sells the solution to.
ZIRP and the Local Maxima Trap
Through an optimization lens, Accidental Chindogu are not mistakes. They are the rational output of an irrational environment.
During the Zero Interest-Rate Policy era, the fitness landscape for hardware startups did not reward thermodynamic efficiency or baseline utility. It rewarded the appearance of disruption and the generation of recurring revenue streams. Capital was so cheap that products did not need to justify themselves against the holistic utility calculus. They needed to justify themselves against the next funding milestone.
Engineers became trapped in local maxima. By applying intense optimization pressure to a single trivial metric — “the user must not manually squeeze a juice pouch” — the surrounding systemic architecture warped, producing a $400 machine functionally inferior to human hands. The incentive structures (VC milestones, MRR targets, total addressable market narratives) blinded the creators to the holistic utility calculus. The product became a captive conduit for rent-seeking rather than a tool for human empowerment. Cooper’s diagnosis operates at the team level, but the structural failure is the same: when nobody with authority over coherent user intent can constrain what gets built, builders improvise a product vision from the inside out — the difference is that in the hardware startup ecosystem, the inmates are optimizing for ARR and funding milestones rather than sprint velocity.
The power process frame sharpens this: each Accidental Chindogu short-circuits the goal-effort-attainment cycle for one trivial task while adding half a dozen new surrogate tasks (updating firmware, managing subscriptions, troubleshooting connectivity) that deliver none of the satisfaction of genuine effort. The net effect is not convenience — it is the replacement of a small, embodied, satisfying friction with a large, abstract, maddening one.
Tolstoy’s Razor
Sarris quotes Tolstoy:
People try to do all sorts of clever and difficult things to improve life instead of doing the simplest, easiest thing — refusing to participate in activities that make life bad.
This is the deepest cut. The entire Accidental Chindogu ecosystem assumes that every friction is a problem to be engineered away. But some frictions are not problems. Bending over to tie your shoes is not a problem. Squeezing a juice pouch is not a problem. Manually adjusting a thermostat is not a problem. The act of framing them as problems is itself the pathology — and the “solutions” reliably make life worse along every dimension the engineers were not measuring.
Sarris’s personal practice is the Tolstoy principle in action: no televisions, no IoT devices. Propane heating, candles, firewood — technologies that function without electricity, require no firmware, send no notifications, and last decades. Technologies that actually do more with less: more warmth, more ambiance, more reliability, less dependency, less cognitive load, less corporate surveillance in your living room.
The Machine frame applies: the question is not whether a technology exists but whether using it produces or consumes your aliveness. A fireplace produces aliveness. A smart thermostat that requires a cloud server to maintain room temperature consumes it.
The Straussian Reading
Surface text: These are just bad products. The market will correct them.
Hidden subtext: Utility was never the objective. Accidental Chindogu are pure signaling mechanisms. The elite builders and early adopters intuitively understand the device is practically useless. But creating, funding, or purchasing an internet-connected salt shaker serves as a costly signal of excess capital and alignment with the techno-optimist overclass. It is a modern potlatch — conspicuous waste as status display.
By adopting high-friction, low-utility tech, the user signals absolute immunity to the friction of daily survival. The unspoken message: “My life is so thoroughly insulated from real problems that I can afford to endure the artificial problems created by my smart toaster.” The safety trap operates in reverse here — instead of eliminating risk to the point of calcification, the user introduces artificial friction to signal that real friction is beneath them.
Dimwit / Midwit / Better Take
The dimwit take on the internet-connected refrigerator: “Smart fridge stupid. Just put food in cold box.”
The midwit take: “The integrated IoT ecosystem leverages edge computing to track inventory, optimizing caloric intake via synergistic API integrations.”
The better take: “Smart fridge stupid. Just put food in cold box.” A dumb mechanical compressor lasts 30 years and requires zero cognitive overhead. The midwit’s optimization requires an SLA for a sandwich. Complex systems fail complexly. The limit cycle of adding intelligence to simple appliances does not produce smarter homes — it produces homes with more points of failure, more update cycles, and more opportunities for the system to demand your attention.
The worse-is-better reality: the dimwit and the expert converge because the dimwit’s heuristic (“does this actually make my life easier?”) is the correct fitness function. The midwit optimizes for a metric that sounds sophisticated but measures nothing the human body cares about.
The Coming Dumb Renaissance
The proliferation of Accidental Chindogu has a strict macroeconomic ceiling dictated by the cost of capital. As the baseline cost of borrowing normalizes after the ZIRP era, the structural tolerance for hyper-specific, rent-seeking hardware collapses.
The prediction: we are entering the Dumb Appliance Renaissance. The market will violently reject edge-device intelligence in favor of universal, dumb conduits — basic heating, raw electricity, mechanical reliability — while the software layer moves entirely off the appliance and into ambient, centralized AI agents. The physical world reverts to low-entropy, high-durability mechanisms. The intelligence moves into the air, not into the toaster.
This is tensegrity applied to the built environment: the intelligence (continuous tension) floats around dumb, robust hardware (discontinuous compression). The current model — baking fragile intelligence into every appliance — is compression-on-compression architecture. It produces the technological equivalent of a tower that collapses under its own weight.
Main Payoff
Sarris is not a Luddite. Neither is the Dumb Renaissance. The argument is not against technology but against careless technology — technology that forgot what “doing more with less” means and started doing less with more because the incentive structures rewarded complexity over utility.
The test for any technology is simple: does it leave your home more peaceful, more durable, and more yours? Or does it introduce a new dependency, a new subscription, a new blinking light demanding attention? The candle passes this test. The fireplace passes this test. The email passes this test. The internet-connected salt shaker does not. The Keurig does not. The smart fridge does not.
True technology respects what it enters. It does not demand to be maintained, updated, or paid. It does its job and disappears into the background of a life that is more yours because of its presence. Everything else is an Accidental Chindogu — an unuseless invention that nobody meant to build, funded by capital that had nowhere better to go, solving a problem that never existed, and charging you monthly for the privilege.
References:
- Simon Sarris, Careful Technology
- Kenji Kawakami, 101 Unuseless Japanese Inventions: The Art of Chindogu