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Saturday, May 30, 2026

Why Do the Latest Technology Devices Fail to Function So Quickly?


You thought it some imagination. But, it is absolutely true. Engineered failure is a well-established industrial strategy known as Planned Obsolescence adopted by modern white goods manufacturers, especially those in the electronic product making.

​Instead of designing a product to last as long as possible using the best available technology, companies frequently design electronic goods with a predetermined lifespan. The goal is to ensure the product becomes obsolete, non-functional, or undesirable after a certain period, forcing you to buy a replacement or pay for an expensive upgrade.

​How Electronics Are Designed to Fail?

​Functional & Hardware Engineering (Limiting Component Lifespan)

​Engineers can precisely calculate the mean time to failure (MTTF) of individual components. By choosing slightly cheaper, less durable materials for critical parts, they can dictate when the whole machine breaks.

​Thermal Stress: Placing heat-generating components (like processors) right next to heat-sensitive components (like electrolytic capacitors or batteries) ensures the device degrades faster over time.

​Fragile Materials: Replacing robust metal components with brittle plastics in high-stress areas (like laptop hinges or smartphone frames) leads to physical failure long before the internal microchips stop working.

​The Battery Trap (Systemic Lock-in)
​Lithium-ion batteries have a natural chemical lifespan—usually around 300 to 500 charge cycles before their capacity drops significantly.

​By gluing batteries into the chassis and making devices incredibly difficult to open, companies transform a degraded battery (a $20 part) into a reason to throw away a $1,000 smartphone or laptop.

​Software-Induced Obsolescence

​Even if the physical hardware is pristine, software can render it useless.

​Operating System Updates: New software updates are often optimized for the latest processors. When pushed to older models, they consume more memory and processing power, making your perfectly functional older device feel incredibly slow.

​Dropping App Support: Eventually, developers stop supporting older OS versions. You might have a perfectly working tablet, but if it can no longer run banking apps, streaming services, or web browsers, it becomes an expensive paperweight.

​Restricting the "Right to Repair"

​Companies often engineer barriers to keep independent repair shops or consumers from fixing their own devices:

​Proprietary Screws: Using rare screw heads (like Apple's pentalobe screws) to prevent people from opening devices.

​Part Pairing (Serialization): Linking specific components (like a screen or camera module) to the logic board via microchips. If you swap a broken screen with an identical, original screen from another device, the software may disable features (like FaceID or touch sensitivity) because the parts aren't "digitally paired" by the manufacturer.

​Why Do They Do It?

​The Growth Imperative: In a saturated market, if everyone owns a smartphone that lasts 10 years, sales collapse. Continuous replacement cycles ensure predictable, recurring revenue for shareholders.

​Cost vs. Value Optimization: Sometimes, it is a race to the bottom on price. Using components that last 3 years instead of 10 keeps the initial retail price lower, which consumers often demand.

​The Backlash: Changing the Tide
​The tide is beginning to turn due to massive environmental concerns regarding electronic waste (e-waste) and consumer frustration.

​Right to Repair Laws: Jurisdictions like the European Union and several US states have passed laws forcing manufacturers to provide spare parts, repair manuals, and diagnostic tools to consumers and independent shops.

​Eco-Design Regulations: The EU now mandates that smartphones and tablets sold in the region must have easily replaceable batteries and guaranteed software updates for a minimum number of years.

​While engineered failure is a very real corporate strategy, public policy and consumer demand are finally forcing tech companies to rethink how they build the future.

So now you know why your laptop and cellphone makers want you to be online, connected to the internet always and why they try to update the software apps every now and then. You also know why your smartphone all of a sudden began to malfunction after the last update they forced on you.

And your Microsoft PC and laptop won't even work offline! Pretty smart marketing! Isn't it?
In this modern technology era, big corporates and multinational companies are very powerful to force their ways on the consumers and the governments. In several instances we see toothless governments and their bureaucrats who miserably show their stupid faces infront of these oversmart multinational corporates.

Any thoughts to share on this?

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