Statute Arriving After the Practice

The problem the legislation is answering

Consumer electronics manufacturers did not invent planned obsolescence in any single meeting. The pattern emerged from a cluster of independent decisions — proprietary fasteners, adhesive assemblies, serialised components, cloud-dependent activation — each one defensible on its own terms (security, waterproofing, quality control) and collectively producing a device that a buyer cannot meaningfully maintain. By the time regulators began examining the category seriously, the practices were deeply embedded in both hardware tooling and software architecture.

The legislative response in the European Union and across a growing number of US states targets the most legible layer of this problem: physical repairability. The EU's Ecodesign for Sustainable Products Regulation, which replaced the earlier ecodesign framework and entered into force in 2024 and continues to add product categories, requires manufacturers to supply spare parts, repair documentation and appropriate tools for a defined period after a product leaves the market. For smartphones and tablets specifically, the 2023 EU rules set a minimum parts availability window and ban software locks that prevent the installation of genuine spare parts — a direct legislative answer to the parts-pairing problem that iFixit and others had documented exhaustively.

In the United States the picture is a patchwork. New York's Fair Repair Act came into force in 2023 as the first state statute to cover general consumer electronics, requiring manufacturers to make parts, tools and documentation available to independent repairers and end users on fair and reasonable terms. Minnesota passed a comparable law in 2023. Colorado had earlier enacted repair rights for agricultural equipment and subsequently extended the principle. The federal Right to Repair Act has been introduced in Congress but had not passed as of mid-2025. The legislation that exists works state by state, and the definitions differ enough that compliance in one jurisdiction does not guarantee compliance in another.

What the statutes actually compel — and what they leave out

This is sometimes called the Brussels effect, the tendency of large-market regulation to set de facto global standards because divergence costs more than compliance.

The practical requirements cluster around three things: physical access (parts and tools), informational access (documentation, including diagnostic software where applicable), and the prohibition of software-enforced exclusions. That last category is where the smart-home and connected-device market creates its sharpest friction.

A statute requiring parts availability solves a clear problem when the device is a dishwasher or a laptop: if the pump or the keyboard fails, you can now buy the part. It solves a murkier problem when the device is a smart thermostat or a connected hub whose operational logic lives on a vendor's server. Nest's Revolv shutdown in 2016 — in which a hub that functioned perfectly well as hardware was rendered inoperable when its cloud service was switched off — would not obviously be prevented by a parts-availability rule. The hardware needed no repair; the service dependency was the failure mode, and no current statute requires a manufacturer to keep a server running, publish a local-control fallback or hand over firmware when a product line is discontinued.

Parts-pairing is the second gap. iFixit's teardown documentation has shown repeatedly that manufacturers embed authentication logic directly in replacement components — a screen, a battery or a Face ID sensor that is physically identical to the original but cryptographically bound to the device it shipped with. The EU's 2023 smartphone rules explicitly prohibit software locks that block genuine spare parts, which is a meaningful step. The US state laws are less uniform on this point: New York's Fair Repair Act covers the availability of parts but does not contain an equivalent prohibition on serialisation-based rejection, leaving a compliance path that satisfies the letter of the law while preserving the practical barrier. The Connectivity Standards Alliance ↗, the standards body behind Matter, works on interoperability at the application layer but has no mechanism to compel member companies on parts policy.

Firmware is the third and deepest gap. A device running outdated, unpatched firmware is a security risk; a device running vendor-locked firmware that the owner cannot inspect or replace is a device whose lifespan is set by the vendor's business decisions. Current legislation does not require manufacturers to open source their firmware on end-of-life, to publish APIs that would allow third-party local control, or to provide an unlock path. The practical consequence is that a hub running Zigbee radios — a genuinely open radio standard maintained through the Connectivity Standards Alliance — can outlive its cloud service only if somebody has already written an integration for Home Assistant or a comparable self-hosted system. The open layer survives; the proprietary control layer does not, and the law as currently written accepts that outcome.

The European Commission and the five-year question

The European Commission has moved further than any US body, and the trajectory of its rulemaking gives the clearest picture of where the regulatory floor may settle. The Ecodesign Regulation's product-specific implementing measures have steadily expanded the required parts availability windows — in several categories to seven or ten years after the last unit shipped — and the Commission's own impact assessments have cited e-waste reduction as the quantified goal. The EU's waste electrical and electronic equipment directive ↗ (WEEE) provides the tonnage baseline against which progress is measured, though the directive itself governs collection and recycling rather than design.

For a buyer asking what a device will be worth in five years, the EU trajectory matters even outside Europe. Manufacturers with significant EU exposure typically cannot maintain two separate hardware and firmware tracks, so EU-mandated part windows and documentation requirements often lift the practical minimum globally. This is sometimes called the Brussels effect, the tendency of large-market regulation to set de facto global standards because divergence costs more than compliance. It is not guaranteed — Apple, for instance, has maintained market-specific repair policies — but it is a real gravitational force on product planning.

What the regulation cannot yet do is reach the service layer in time to matter. A device sold in 2024 under the current EU rules will have parts available until perhaps 2031 or 2034. If the vendor discontinues the cloud service in 2027, the parts window is commercially moot: the hardware is maintained but non-functional, which produces a different kind of waste from a broken part but the same practical outcome for the buyer. The Commission is aware of this and has consulted on software update obligations, but binding rules requiring local-control fallbacks or open firmware at end-of-life had not been adopted as of mid-2025.

The practical position for a buyer is this: the statute that now exists makes a broken screen or a dead battery easier to fix than it was five years ago, and that is worth something. It does not change the residual value calculus for a device whose useful life depends on a server remaining active, a vendor remaining solvent or a cloud API remaining stable. For connected hardware specifically, the legislative answer has arrived to solve the 2012 version of the problem — parts, tools, documentation — while the 2016-to-present version, the tethered device that authenticates against vendor infrastructure, waits for a second statute that has not yet been passed. The hardware is getting easier to fix. Whether it remains worth fixing is a different question, and the law has not caught up to it yet.