A way of buying, not a price bracket
One more USB adapter, a light-up cable, a mini desk fan, a pair of earbuds for a few euros, a spare power bank. We buy them without thinking, use them for a few weeks and then they disappear: into a drawer, if things go well, or into the wrong bin. The WEEE Forum, the European association of e-waste collection schemes, has given this habit a name and made it the theme of International E-Waste Day 2026: fast tech.1
The term deliberately echoes fast fashion, and it should be used with care. Not all cheap technology is fast tech, and not every low-cost purchase is unsustainable. The phenomenon is a consumption model: low prices and easy buying push us to produce too much, use too little and replace instead of repairing.
Even the smallest gadget, though, is not immaterial. It took materials, energy, manufacturing, transport and packaging. And when it is no longer needed it still holds components worth recovering and, very often, a battery.
Fast tech in numbers
In October 2026 the WEEE Forum published a survey of 10,245 adults in 12 European countries.2 It is a European sample, not an estimate for any single country, but the picture is clear.
The figure that strikes me most is another one. 55% choose these products for their low price and 46% expect them to last less than more expensive alternatives. Yet only 21% think they do more harm to the environment. We know they do not last, but we do not connect a short life to a cost. That gap is why small devices slip easily into the basket and only reluctantly out of the drawer.
The cost the price does not show
To understand the context we need to look at all electronic waste, not just fast tech. According to the United Nations' Global E-waste Monitor 2024, the world produced 62 million tonnes of it in 2022, 82% more than in 2010: the equivalent of 1.55 million 40-tonne trucks, enough to circle the Equator.3 Only 22.3% was documented as collected and recycled.
E-waste worldwide: how much we produce, how much we recycle
If current trends hold, by 2030 we will reach 82 million tonnes and the recycled share will fall to 20%. We produce faster than we can recover. And we lose value: the report puts at 62 billion dollars the recoverable resources left unaccounted for in 2022, while recycling meets just 1% of the demand for rare earth elements. Putting ever more short-lived objects on the market makes that gap harder to close.
Then there is the cost nobody sees: the objects that do not become waste right away. The drawer full of old earbuds, phones and chargers is suspended consumption. Those resources have already been spent, they no longer do anything, and they have not yet gone back into circulation.
After use: drawer, collection or bin?
Among fast tech buyers, the most common answer about what they do at end of life is also the easiest one: I keep it at home.2
What fast tech buyers do when a product is no longer needed
Looking at exclusive behaviours, 27% use only the wrong channels and 32% only reuse or recycling; another 16% keep everything at home. For many small objects the first problem is recognising that they are electronic waste, with a collection system of their own.7
The objects we really have at home
Among its examples the WEEE Forum lists earbuds, charging cables, USB adapters, LED lights, mini fans and single-use vapes.1 This is not a best-seller list, and not every object in these categories is disposable: what matters is how long it lasts, whether it can be repaired and what we do with it when we no longer need it.
Everyday fast tech: where it breaks down and what to do
| Object | What usually happens | What to do |
|---|---|---|
| USB adapter or charger | A duplicate bought for convenience or to replace a forgotten one | Check whether we already have a compatible one. At end of life it is e-waste |
| Light-up cable or LED strip | Seasonal decoration used for a few days | Keep it for next year. It does not go in general waste |
| Mini USB fan | Desk or travel gadget, used now and then | If you rarely need it, borrow one or buy second-hand |
| Wireless earbuds | The battery fades and the whole product is replaced | Check whether they can be repaired. They contain a battery: never in the general bin |
| Mini Bluetooth speaker | An impulse buy for a party | If it works, pass it on. If it is broken, e-waste collection |
| Electronic toy | A light or a sound stops working | Check contacts and replaceable batteries, then dispose of it properly |
| Power bank | A forgotten spare battery, sometimes swollen | If it is damaged, stop using it: take it to a battery or e-waste collection point |
| Single-use vape | Built-in battery, thrown away after use | Never in the bin: use the dedicated collection channel |
| Cheap electric toothbrush | The head wears out and the whole device is replaced | If possible, change only the head. At end of life it is e-waste |
The problem is not technology
Technology serves us: to communicate, work, learn and reach services that make everyday life better. The point is not to give up devices, nor to keep forever something that no longer works. The useful question is a different one: why do we buy it, how long do we use it, and what happens when it stops serving us?
Take smartphones. A study of the Italian market by Nicoletta Corrocher and Sara Paganuzzi shows that we do not replace them only when they break: the feeling that the phone is ageing and the wish for something new weigh too.4 This does not mean every device is designed to fail. It means lifespan depends on many choices together: design, spare parts, support, updates and buying habits. Responsibility does not rest entirely with consumers, but consumers are not without room to choose.
When buying is easier than repairing
An object slides towards disposable when repairing it costs almost as much as buying it again, when spare parts cannot be found, or when a small fault stops the whole product. That is why repairability is not a detail for enthusiasts: it decides how long an object stays useful. A product that can be opened, repaired and updated has a better chance of lasting. A sealed one, with no spare parts and no updates, ages even because of a small problem.
This is where companies come in. Making information and parts available, designing repairable products and guaranteeing updates for a reasonable period are choices that extend the life of devices. Anyone who works in innovation should be measured on this too, not only on the launch of the next model.
The rules are changing, but they are not enough
The European Union is moving towards durability and repair. Since 20 June 2025 smartphones, mobile phones and tablets must meet new ecodesign requirements and carry a new energy label: robustness, repairability, availability of spare parts and of updates.5 The right-to-repair directive, adopted in 2024, applies from 31 July 2026 and aims to make repair more accessible and attractive, including after the legal guarantee.6
Rules change incentives and make it easier to choose a product that lasts. But they cannot replace proper collection, nor dismantle on their own a model built on frequent purchases and objects designed to be replaced.
What we can do, in practice
- Before buyingDo we need it?Is what we have really unusable, or has a new model just come out?
- When choosingThink about lifespanUpdates, spare parts, a replaceable battery: check them before paying.
- When we no longer need itRepair or pass onIf it works, give it away or donate it. If we rarely need it, borrow or buy second-hand.
- At end of lifeE-waste collectionA municipal collection centre or a shop that takes back e-waste. Never general waste.
There is a safety reason too. Earbuds, toys and many small objects contain lithium batteries that can catch fire when crushed in collection trucks or treatment plants. 36% of the recycling operators in a WEEE Forum survey had at least one battery-related fire at their facilities.2
We do not need to become perfect consumers. We need to remember that a very low price does not tell the whole value of an object, nor its whole cost.
The best technology is the one that keeps serving us
Fast tech exposes a contradiction: we live surrounded by ever smarter devices, yet we often treat them as objects with no history, no materials and no consequences.
We can use technology with enthusiasm and, at the same time, ask it to last longer. We can love innovation without mistaking the new for the necessary. Progress is not measured only by how many things we can make or buy. It is also measured by how long they stay useful, how easily they can be repaired and how well we can recover them when their cycle ends. It is the same reasoning I apply to the invisible weight of artificial intelligence: every technology has a bill, even when we cannot see it.