Right to repair expands to software

The right-to-repair fight used to sound mechanical. Batteries glued in. Weird screws. Screens that cracked too easily. That stuff still matters, but the real battleground has moved up the stack. Now the problem is software — the code, firmware, and device pairing systems that can make a perfectly good replacement part act like a counterfeit one. ### What changed this year? The big shift is that repair advocates are talking much more openly about software control as the core issue, not a side issue. U.S. PIRG’s April 7 “Failing the Fix 2026” report makes that explicit, and repair groups are pushing model laws that go after software-based restrictions, not just access to parts and manuals. ### What is parts pairing, exactly? Parts pairing is when a manufacturer ties a component to a specific device through software. Swap in a real, working replacement screen, battery, or camera, and the device may still throw warnings, disable features, or refuse to recognize the part unless the manufacturer’s system blesses it. Basically, the hardware repair is done, but the software vetoes it. Repair groups now treat that as one of the clearest ways companies keep control after sale. (pirg.org) ### Why is that a bigger deal than old-school repair barriers? Because glue and screws make repair harder. Software locks can make repair impossible. If the manufacturer controls the diagnostic tools, calibration process, or firmware handshake, then ownership gets blurry fast. You may physically possess the device, but the maker still controls whether a replacement part becomes usable. That is why the debate is widening from convenience and price into something more basic — who actually controls a product after purchase. (repair.org) ### What concrete evidence is there? PIRG’s 2026 report uses new European repairability data for phones and says Apple scored a D- and Samsung a D, with disassembly and repair access still major weaknesses. The same report says Oregon and Colorado have gone furthest in the U.S. by explicitly banning parts pairing, which is a sign that lawmakers now see software restrictions as the sharp end of the problem. (repair.org) ### Is this just about phones? Not even close. The same control logic shows up in cars, tractors, appliances, wheelchairs, and business electronics. CNBC’s April 25 piece frames it as a fight over the “captive” repair economy, where manufacturers keep hold of the tools and software needed to service products long after the sale. Once products become computers with motors attached, repair stops being just a hardware question. (pirg.org) ### Why are states suddenly focusing on this? Because the movement has matured. Early laws were about opening access — parts, manuals, diagnostics. The next wave is about stopping manufacturers from nullifying those rights with software workarounds. Repair advocates say 57 bills were active across 22 states as of February 25, 2026, and the newer templates now spell out software, firmware, and anti-pairing provisions much more clearly. (cnbc.com) ### What does this mean for buyers and fleet owners? It changes procurement logic. If software can silently turn repair into forced replacement, then “repairable” has to mean more than replaceable parts on paper. Schools, local governments, and companies buying fleets of phones, laptops, vehicles, or equipment have a stronger reason to ask for freedom from software locks up front. Otherwise the cheapest device at purchase can become the most expensive one to keep alive. (pirg.org) That is an inference from the policy trend, but it follows directly from how these restrictions work. ### So what is the fight really about now? Ownership. That is the cleanest way to say it. If a manufacturer can decide which repairs count, which parts are accepted, and who gets the software tools, then the sale never fully transfers control. The bottom line is simple — right to repair is no longer just about opening a device. It is about whether software lets you keep using the thing you already own. (repair.org)