Question 1

Is planned obsolescence real?

Accepted Answer

Partly. Some of it is documented and deliberate; much of what is attributed to it has duller explanations. Separating them matters because the remedies differ.

**What is genuinely documented:**

**The Phoebus cartel.** In the 1920s and 1930s, major lightbulb manufacturers agreed to limit bulb life to around 1,000 hours, fined members whose bulbs lasted longer, and coordinated to enforce it. This is the clearest historical case of deliberate lifespan limitation, and it is real.

**Repair obstruction.** Glued-in batteries, proprietary screws, parts pairing that disables components when replaced, refusal to supply parts or schematics, and software checks rejecting third-party repairs. This does not shorten the device's technical life but ensures a failure becomes a replacement.

**Software support ending** while hardware still functions — the dominant mechanism today, and the reason a working phone becomes unsafe to use.

**Regulatory findings.** Apple and Samsung were fined in Italy in 2018 over updates that slowed older phones; Apple later settled US litigation over battery-related throttling, having failed to disclose it. Note the nuance — the throttling itself was to prevent unexpected shutdowns from degraded batteries, which is a defensible engineering decision; the failure was not telling anyone.

**What is often misattributed:**

**Genuine wear.** Batteries degrade chemically, flash memory has finite write cycles, and mechanical parts fail. This is physics, not conspiracy.

**Cost engineering.** Components are specified to a price and a target lifespan. That is not sabotage, though it produces similar outcomes.

**Software bloat.** Applications grow to suit current hardware, so old devices slow down without anyone targeting them.

**Perceived obsolescence** — marketing making a working product feel outdated, which is arguably more effective than any technical measure.

**Regulation is shifting.** EU right-to-repair rules, ecodesign requirements for spare parts availability, and mandated software support periods all target this directly.

Question 2

Why do phones stop getting software updates, and what happens then?

Accepted Answer

Because supporting a device costs money indefinitely while it generates revenue once, and because the support chain involves parties beyond the phone maker. Why support ends: Chipset vendor support.

Question 3

What is the right to repair, and what has actually changed?

Accepted Answer

A movement and a set of laws requiring manufacturers to make products repairable — through availability of parts, tools, information and design that permits disassembly. The problem it addresses.

Question 4

Why does a phone get slower as it gets older?

Accepted Answer

For several genuinely different reasons — and the popular explanation, that manufacturers deliberately slow devices to force upgrades, is the least supported of them, though one well-documented case

Question 5

What does battery health on a phone or laptop actually mean?

Accepted Answer

An estimate of remaining capacity relative to when new, expressed as a percentage — and it is a calculated figure rather than a direct measurement, which explains why it can move oddly and why it is

Question 6

Is a streaming stick better than a smart TV's built-in apps?

Accepted Answer

Usually yes after a couple of years, and the reason is that the television and the software inside it have very different useful lifespans. The core problem with built-in platforms. A TV is expected

Question 7

Why do devices need firmware updates, and can they go wrong?

Accepted Answer

Firmware is the low-level software controlling hardware directly — the code that runs before and beneath any operating system. Updating it changes how the device fundamentally behaves. Where firmware

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