FTC Pushed to Crack Down on Companies That Ruin Hardware via Software Updates

Original Article ↗ Hacker News Discussion ↗

Examples of Software-Driven Hardware Degradation

  • Numerous anecdotes: soundbars, smart speakers, monitors, TVs, VR headsets, sous-vide devices, printers, smart coffeemakers, consoles (PS3 OtherOS), Firesticks, smart TVs, Synology NAS apps, car infotainment systems with injected ads.
  • Common patterns: forced updates that brick or remove features; paywalls or “activation” fees added post-purchase; remote service shutdowns that kill basic functionality.
  • Mixed experiences with support: some vendors replace bricked hardware; others demand costly RMAs or simply abandon products.

Cloud Dependence and “Smart” Devices

  • Strong resentment of devices that require vendor servers for essential functions (garage doors, IoT appliances, cameras, robot vacuums).
  • Concern about products becoming useless when cloud services shut down or business models change.
  • Some users now refuse to connect appliances or buy “smart” anything, or segregate IoT on VLANs with minimal/zero WAN access.

Proposed Legal / Regulatory Approaches

  • Mandate that cloud-tethered products work locally and retain at least original functionality for a fixed period (e.g., 7–10 years).
  • If a company reduces features, shuts servers, or EOLs products, require:
    • Refunds/compensation based on depreciation; or
    • Release of firmware, server code, APIs, keys, and docs into public domain or open source.
  • Ideas to treat software sunsets like right-to-repair, or like patent expiration.
  • Some see this as anti-fraud/anti–bait-and-switch; others frame it as antitrust against bundling hardware with captive services.

Open Firmware and Interoperability

  • Calls for legally required unlockable bootloaders and sufficient hardware documentation.
  • Suggestions to remove DMCA protections on firmware/drivers to enable community maintenance.
  • Acknowledge obstacles: third‑party proprietary components, code shared across active product lines.

Certification, Labeling, and Disclosure

  • Proposals for FTC-backed labels: open source, cloud‑free, telemetry‑free, E2EE, firmware rollback, long-term support/parts.
  • Comparisons to nutrition or energy-efficiency labels; debate over effectiveness vs. regulatory capture and consumer confusion.
  • Some argue such products should be clearly marked as “dependent on manufacturer servers” and potentially “revocable.”

Skepticism and Counterpoints

  • Free‑market view: don’t buy such products; competition will fill the gap.
  • Others argue information asymmetry, lock‑in, and industry-wide practices make “just don’t buy” unrealistic.
  • Questions about FTC authority after recent court rulings, and fear of leadership changes reversing progress.
  • Practical worries: enforcing obligations when companies go bankrupt; feasibility of large-scale open-sourcing; reliance on mobile platforms that themselves deprecate apps/APIs.

User Workarounds and Alternatives

  • Adoption of local‑first ecosystems (Zigbee, Z‑Wave, Matter/Thread, Home Assistant, Tasmota, ESPhome, Valetudo, Shelly).
  • Preference for “dumb” appliances, older cars without locked-down software, and avoiding cloud features entirely.
  • Some admit resorting to ethically dubious returns/swaps as a response to perceived planned obsolescence.