The Ghost in the Solar Panel
Hundred Rabbits is a small collective living on a sailboat called Pino, and they spend their time writing software that doesn't need the cloud, high-speed rails, or even a consistent power grid to function. They build tools like Uxn, a virtual machine designed to be so simple it could theoretically run on a calculator from 1995 or a toaster from 2040. When I first read their manifesto on hardware longevity, I felt a strange sense of relief—the kind you get when you finally admit a heavy backpack is actually killing your shoulders.
We have spent the last two decades building "smart" cities under the assumption that the electricity will always be cheap and the server in Northern Virginia will always be pingable. But what if we're wrong? What if the most sophisticated way to live isn't by adding more sensors, but by designing systems that can survive a decade of neglect? I find myself looking at the glass-and-steel towers in my neighborhood and wondering how many of them become uninhabitable the moment the proprietary software for their HVAC system stops receiving security updates.
Architecture as a Maintenance Ritual
There is a growing movement of "post-digital" architects who are looking at these off-grid coders and asking why we don't treat buildings like repairable ecosystems. In traditional modern construction, if a specialized glass panel breaks or a proprietary sensor fails, you are often at the mercy of a global supply chain. It’s a fragile way to exist. A maintenance-first philosophy suggests a building shouldn't be a finished product, but a slow-motion process.
Photo by Ono Kosuki on Pexels
Imagine a mid-rise apartment complex designed like a Hundred Rabbits project. The wiring isn't buried behind three feet of concrete; it’s accessible, low-voltage, and modular. The cooling isn't a black box managed by an AI in the cloud, but a series of manual, thermal-mass levers that a resident can actually understand. We’ve been taught that "user-friendly" means a sleek touch screen, but maybe true user-friendliness is being able to fix your own wall with a screwdriver and a basic diagram.
- Low-voltage DC grids that run directly off local solar without heavy inverters.
- "Loose fit" floor plans that allow rooms to change function without demolition.
- Open-source building manuals printed on physical paper and stored in the lobby.
The Luxury of Low Power
We usually associate "low power" with poverty or sacrifice, but there’s a quiet luxury in independence. When the Hundred Rabbits team talks about spending only 20 watts of power a day to run their entire digital life, they aren't complaining. They are describing a state of extreme resilience. If an urban block could operate on that same scale of efficiency, the relationship between the citizen and the city changes entirely. You stop being a consumer of a utility and start being a steward of a resource.
I’m curious about the aesthetic that follows this logic. It wouldn't look like the minimalist, sterile "future" we see in movies. It would probably look a bit more cluttered, a bit more tactile—lots of exposed copper, heavy shutters, and materials like stone or reclaimed wood that age gracefully instead of just breaking. It’s a shift from the "Disneyland" facade of modern luxury toward something that feels more like a well-worn workshop.
How much of our current urban stress comes from the hidden complexity of our surroundings? We live in machines we don't understand, waiting for technicians who never arrive. Transitioning to a "post-digital" architecture might just be a way to lower the collective blood pressure of a city. If you know how your house works, you aren't afraid of it breaking.
What This Actually Means
The Hundred Rabbits philosophy isn't about going back to the Stone Age; it’s about deciding which parts of the 21st century are actually worth keeping. It suggests that the most "high-tech" thing we can do is build something that lasts fifty years without a software update. If we start applying this to urban design, we might finally move past the era of disposable buildings that are designed to be demolished the moment their tech stack becomes obsolete.
We are currently in a race to make everything "smarter," but we rarely ask who that intelligence serves. A city that prioritizes maintenance over innovation is a city that respects its inhabitants' time and autonomy. It turns the act of living back into a craft rather than a subscription service. I don't know if we're ready to give up our high-speed glass towers yet, but the idea of a building that breathes with the sun and can be fixed by a neighbor is becoming more attractive every day.
Quick Answers
Is this just about living off-grid in the woods?
No, it's about bringing off-grid resilience into the middle of the city so that urban systems don't collapse during minor disruptions.
Why is hardware longevity so important for buildings?
Modern "smart" buildings often have a lifespan of only 10-15 years before their integrated tech becomes unsupportable, which is a massive waste of carbon and capital.
Is Hundred Rabbits an architecture firm?
No, they are a small art and software collective, but their focus on "permacomputing" is being used as a blueprint for sustainable design in other fields.
