Right-to-repair rules are reshaping consumer electronics — and setting expectations that will reach enterprise and network hardware. Repairability is becoming a design and procurement question.
In 2024 the EU adopted the Right to Repair Directive (Directive (EU) 2024/1799), strengthening consumers' ability to have products repaired and obliging manufacturers to make repair more accessible. It sits alongside ecodesign repairability requirements already applied to categories such as smartphones and tablets.
Repair keeps a product whole and in use at its original value — the second-highest strategy in the circular hierarchy, behind only avoiding replacement. Compared with refurbishment or recycling, it retains the most embodied carbon and the most economic value for the least intervention.
While much right-to-repair law is consumer-focused, the direction of travel is unmistakable, and enterprise and network buyers are increasingly writing repairability, spare-parts availability and documentation into procurement. Availability of parts and repair information is becoming a differentiator, not a footnote.
Repairability, in other words, is another expression of the same underlying need: trustworthy asset intelligence. Get the data right and repair becomes a first-class option rather than an afterthought.
Even where right-to-repair rules apply directly to consumer goods, they are changing expectations across the wider electronics market. Buyers are learning to ask whether spare parts are available, whether diagnostics are accessible, whether software locks prevent reuse, and whether a product can be maintained outside the original sales channel. Those expectations will increasingly influence enterprise and network procurement.
For operators, repairability should be scored before equipment is purchased, not after it fails. A product with available spares, clear service documentation and modular construction may retain value for longer than a cheaper alternative that becomes uneconomic to maintain. Circular procurement therefore needs repairability data alongside price, performance and warranty.
A repair-first approach reduces replacement capex, keeps spares pools healthier, lowers embodied-carbon impact and supports more resilient operations. It also protects secondary-market value: buyers pay more for equipment that can be repaired, configured and supported with predictable inputs.
The educational lesson is simple: repairability is not a moral preference alone. It is an asset-value characteristic. Treating it as data lets companies make better buying, maintenance and disposition decisions.
Right-to-repair thinking is not only about third-party repair shops. Operators can apply the same principles internally by designing repair loops for high-value hardware. Failed radios, power units, baseband cards and network appliances can be triaged, parts harvested, repaired, tested and returned to a spares pool if the data and governance are in place.
This requires a different mindset from break-fix support. The goal is not only to restore a single failed unit; it is to understand product failure patterns, parts availability, retained value and the carbon benefit of extending life. Over time, repair intelligence becomes procurement intelligence.
A repairable asset is less risky to own and more valuable to sell. Secondary buyers prefer equipment they can maintain. Operators prefer equipment that can support spares strategies. Sustainability teams prefer equipment that can stay in service. The common denominator is repair information captured as structured data.
This article is provided for general information and does not constitute legal, regulatory, or financial advice. Regulatory timelines and requirements should be verified against the primary sources cited.
Cirveris turns fragmented telecom asset data into value, carbon and audit-ready evidence.
Request a demo →