Ethical Hardware

The average smartphone is replaced every two to three years, and the average laptop barely survives its warranty. Behind that pattern is an industry designed for it: sealed batteries, glued screens, proprietary screws, and software updates that quietly stop the moment the next model ships. The result is a waste stream that is nearly invisible and completely enormous — tens of millions of tons of electronics a year, much of it shipped across the world to be dismantled in conditions no one would accept at home, all so that working machines can be discarded for the crime of being a version old. Ethical hardware is the refusal of this cycle: things built cleanly, honestly, and for the long term, and owned by people who are allowed to repair them.

Why Repairability Is a Moral Property

An object you cannot repair is an object you do not truly own — you merely rent it until the manufacturer decides the lease is over. The right to repair is the hinge on which all of ethical hardware turns: a device whose battery can be replaced by its owner lasts five years instead of two; a device whose screen can be swapped survives the accident that kills most phones; a device whose components can be upgraded ages gracefully instead of dying. When you buy for repairability, you are also buying for the environment — every year of extra life is a year that device is not being manufactured, shipped, and eventually dismantled, which makes repair the highest-impact form of zero-waste living most people will ever practice. The right to repair is not just a principle; it is an organised movement that has already won laws in a growing list of places — from Massachusetts' first automotive repair law in 2012 to electronics right-to-repair bills across US states and the European Union's repair rules of 2024 — and its front line runs through iFixit's free repair manuals and the volunteer Repair Café network that began in Amsterdam in 2009.

The Phones That Walk the Talk

The reference standard in phones is Fairphone. It is the only mainstream phone designed around the two commitments that actually matter: modularity and ethics. Its battery, camera, screen, and ports are user-replaceable with nothing more than a small screwdriver — a cracked screen is a fifteen-minute repair, not a new phone — and its materials are sourced with verified fair-trade and recycled inputs, with worker welfare and e-waste disposal built into the design rather than bolted on as marketing. Reviews consistently note the same thing: it is a good phone that happens to be honest, rather than a great phone that happens to be secretive, and for the satvic buyer that ordering is exactly right. There is an old teaching behind that ordering: santosha — contentment with what is sufficient — and a corresponding distrust of the rajasic treadmill of constant upgrade. A satvic relationship with an object is one of care and repair, not of novelty: the device that lasts is the device you honour by maintaining, which is ahimsa applied to the material world — refusing to feed the cycle of extraction, production, and landfill.

The Laptops That Keep Their Promises

The laptop market has a parallel answer. Framework builds the only mainstream laptops where every major component — memory, storage, ports, screen, keyboard, even the mainboard — is modular and user-serviceable, with repair guides published openly and spare parts sold directly. When the processor becomes the bottleneck in five years, you upgrade the mainboard and keep everything else; the laptop is genuinely designed as a platform rather than a disposable. On the software side, System76 builds machines that ship with Linux and — more significantly for freedom — open-source firmware, meaning the code that controls the machine's own hardware is public and auditable, not a hidden black box. If privacy-respecting tools are about the software you run, these machines extend the same commitment to the silicon underneath it.

How to Buy for the Long Term (Whatever the Brand)

You do not need to buy Fairphone or Framework to apply the principles. When any device purchase comes up, run it through four questions before the price:

1. Can I repair it? Is the battery replaceable, the storage upgradeable, and are repair parts and guides available? iFixit's teardown scores and published repair guides are the fastest way to check — and the absence of both is itself the answer.
2. How long will it be supported? A phone promised security updates for seven years outlasts one promised for two, regardless of marketing. Support length is a durability spec, not a footnote.
3. What happens at end of life? Does the manufacturer take devices back, and does it publish what it does with them? The ones with real programs are proud to say so.
4. Do I actually need it? The most ethical hardware ever made is the machine you do not buy because the one you have still works. Digital minimalism is a hardware strategy too — most upgrades are wants dressed as needs.

Caring for What You Have

The discipline half of this is upkeep. A phone in a case with a screen protector survives years longer than a naked one; a laptop whose vents stay clear runs cooler and slower to age; a battery kept between twenty and eighty percent charge holds its capacity far beyond the doom-and-replacement cycle the industry expects. Learn to replace the battery before you replace the phone — it is a ten-minute job on a repairable device and it resurrects the machine. The same habits that keep your home and clothes in good order apply to technology: things last when they are tended, and tending is cheaper than replacing.

Integration

The next time a device breaks — or the next time you find yourself eyeing an upgrade — run it through the four questions and choose repair or longevity over replacement. If you are in the market now, buy the most repairable, longest-supported option you can find, even if it costs a little more and does not look as shiny on the shelf. You will own it, repair it, and keep it for years, and in doing so you will quietly become the counterexample the industry's entire planned-obsolescence model depends on not existing.