Goodbye non-KISS appliances

Original Article ↗ Hacker News Discussion ↗

Modern “smart” appliances, especially refrigerators loaded with screens, Wi‑Fi and ice makers, are widely reported as unreliable, costly to repair, and often more about upselling and data collection than core function. Many contributors advocate for simple, “dumb” machines—often older or commercial-grade models—that are easier to maintain, repair, and trust, even if they lack convenience features or use slightly more energy. The exchange touches on brand reputations, right-to-repair, energy-efficiency trade‑offs, and how cost-cutting and IoT gimmicks have pushed white goods into a race to the bottom on durability and user experience.

Smart / Connected Appliances Backlash

  • Many commenters avoid Wi‑Fi appliances after bad experiences (e.g., a $3k fridge showing full‑screen ads, nagging to connect, or requiring subscriptions for recipe features).
  • Strong concerns about:
    • Data collection and resale; examples cited of cloud outages disabling fridges, lights, and locks.
    • Ads creeping into devices and the prospect of “pay to remove ads” or subscriptions to keep core features.
  • Some see limited value in connectivity (door/temperature alerts, cycle‑done notifications), but many argue these rare benefits don’t justify privacy, reliability, and update risks.

Reliability, Repair, and Planned Obsolescence

  • Widely shared view that modern appliances are less durable and less repairable than 20–40‑year‑old models; more electronics, linear compressors, embedded sealed systems, and hard‑to‑access parts.
  • Ice makers, in‑door dispensers, and complex defrost systems are frequent failure points; labor often makes repair uneconomical versus replacement.
  • Some push back with survivorship‑bias arguments, but repair tech anecdotes and user experience largely support a real decline.

Energy Efficiency vs Longevity

  • New freezers, heat‑pump dryers, and hybrid water heaters can pay for themselves via lower power use within a few years.
  • Tension: efficiency gains often come with more complexity and failure modes, which can erase environmental benefits if devices die early.

Brand and Model Experiences

  • Europe: repeated recommendations for Miele, high‑end Bosch/Siemens/Liebherr, but with caveats:
    • Newer Miele sometimes seen as less robust; parts access being restricted.
    • Model origin (factory/country) can determine repairability.
  • US:
    • Frequent warnings about Samsung and certain LG fridge lines (notably linear compressors).
    • Praise for Bosch dishwashers, Speed Queen top‑load washers, and very expensive Sub‑Zero fridges; but high upfront cost.
    • Whirlpool/Electrolux/Frigidaire seen as “okay but sliding.”

DIY Repair and “Smartifying” Dumb Devices

  • Many rely on YouTube and cheap parts to keep older appliances running (brushes, sensors, heaters, fans).
  • Popular pattern: keep appliances offline but add independent sensors, smart plugs, and Home Assistant for monitoring and alerts.

UX, Controls, and Software Creep

  • Strong dislike of capacitive touch panels, deep menus, and “ECO” modes with hidden maintenance requirements versus simple knobs and switches.
  • Parallel drawn to web SPAs: better developer experience vs worse user experience and more complexity.

Markets, Regulation, and Incentives

  • Observations that consumers mostly buy on price and features, driving a “race to the bottom.”
  • Ideas floated: mandatory 10‑year warranties/repairability, disposal taxes, better EU‑style protections; debate over feasibility and cost.