BURNING CHROME | ‘Planned obsolescence’ is real
The term has often been treated like a conspiracy theory from frustrated consumers who cannot afford constant upgrades.
A smartphone battery weakens after two years. A printer suddenly refuses third-party ink. A laptop becomes sluggish after a software update. A television loses app support long before the screen itself fails. Most consumers have experienced some version of this cycle. The product still works physically, but the system around it quietly pushes the owner toward replacement.
For decades, people described this pattern with a loaded phrase: planned obsolescence.
The term has often been treated like a conspiracy theory from frustrated consumers who cannot afford constant upgrades. But history shows the idea is real, even if the reality is more complicated than internet outrage usually suggests.
One of the earliest documented examples emerged nearly a century ago through the Phoebus cartel, formed in 1925 by major light bulb manufacturers including Philips, General Electric, and Osram. Historical records show the group standardized bulb lifespan at around 1,000 hours and penalized members whose products lasted longer. Longer-lasting bulbs meant fewer repeat sales. Durability became economically inconvenient.
That history still matters because modern technology companies now operate under a similar economic logic, even if the methods have changed.
Today, planned obsolescence is rarely about making hardware fail dramatically. It is more subtle than that. A device may remain physically functional while software support disappears. Batteries become harder to replace. Repair parts become unavailable. Apps stop working on older operating systems. Security updates end quietly. Cloud services shut down. Products are not always designed to break. Sometimes they are designed to become inconvenient.
This distinction matters because discussions around planned obsolescence often collapse into extremes. On one side are consumers convinced every malfunction is intentional sabotage. On the other are corporations claiming all short product life spans are unavoidable engineering trade-offs. Reality sits somewhere between those positions.
Not every short-lived device is evidence of malicious design. Smaller and thinner electronics generate more heat and are harder to repair. Waterproofing complicates battery replacement. Lower-priced devices use cheaper components because consumers themselves prioritize affordability. Technology products also evolve faster than refrigerators or washing machines. Software ecosystems constantly change.
But there is also no question that modern consumer technology is deeply tied to replacement economics.
Public companies are expected to maintain growth quarter after quarter. Durable products create a problem in that model. If consumers keep a phone for eight years instead of three, hardware sales slow down. Investors notice. Entire business strategies now depend on shortening upgrade cycles without appearing to do so directly.
This is why the debate increasingly revolves around software rather than hardware.
A smartphone is no longer just an object. It is an authentication device, banking terminal, communications platform, workplace tool, camera, media center, and identity layer tied to cloud ecosystems. Once software support ends, the hardware itself becomes socially and economically less useful, even if it still powers on normally.
The European Union has become the largest political force pushing back against this cycle.
In recent years, the EU has moved aggressively on right-to-repair rules, battery standards, repairability scoring, spare-parts access, and software support obligations. Starting this year, smartphones and tablets sold in the EU are required to carry labels showing repairability, battery endurance, energy efficiency, and durability ratings. Manufacturers are also required to make certain spare parts available for longer periods.
The EU is also pressuring manufacturers to extend software and security support timelines. That may sound technical, but it strikes directly at the business model of disposable electronics. A phone that receives updates for seven years changes consumer behavior differently from one abandoned after three.
The larger issue here is not nostalgia for old durable machines. Technology products today are more complex than ever. Maintaining long-term support costs money. But the current system also creates enormous environmental and social costs that are rarely reflected in retail pricing.
Electronic waste is now one of the fastest-growing waste streams globally. Much of it ends up in developing countries, including parts of Southeast Asia, where discarded electronics are dismantled under unsafe conditions. Consumers in countries like the Philippines experience the downstream effects twice: first as buyers trapped in expensive upgrade cycles, and later as recipients of global electronic waste.
This is why the EU’s actions matter far beyond Europe itself.
Global technology manufacturers rarely create entirely separate hardware ecosystems for one region alone. European regulations often become de facto international standards because maintaining multiple production systems is inefficient. The same pattern already pushed wider adoption of USB-C charging standards and stricter privacy disclosures.
What is unfolding now is essentially a political argument about the lifespan of modern technology.
Should digital infrastructure behave like fast fashion, where products are designed around constant turnover? Or should core consumer electronics function more like long-term utilities that remain repairable, maintainable, and supported for years?
For much of the technology industry, rapid replacement is not considered a flaw. It is considered economic momentum.
The problem is that consumers are increasingly noticing the machinery underneath the upgrade cycle. They see devices that are technically functional but economically abandoned. They see products that become harder to repair with every generation. They see ecosystems where ownership feels temporary despite rising prices.
Planned obsolescence no longer looks like a hidden industrial conspiracy from the 20th century. In the software era, it has become part of the architecture of modern consumer technology itself.
————————————————————————-
TEN YEARS OF TECHSABADO!
PLEASE LIKE our FACEBOOK PAGE and SUBSCRIBE to OUR YOUTUBE CHANNEL.
WATCH TECHSABADO ON OUR YOUTUBE CHANNEL:
WATCH OUR OTHER YOUTUBE CHANNELS:
PLEASE LIKE our FACEBOOK PAGE and SUBSCRIBE to OUR YOUTUBE CHANNEL.
