Radboud University in the Netherlands just made a decision that's either admirably principled or wildly impractical, depending on how you feel about institutional tech procurement: they're standardizing on Fairphone instead of iPhone or Samsung devices.

Starting February 1, all new university phones will be Fairphones - modular smartphones designed for repair rather than replacement. Existing iPhone users keep their devices, but there won't be replacements. The university is betting on sustainability over ecosystem convenience.

The reasoning makes sense on paper: Fairphone devices feature easily replaceable batteries and screens, use recycled materials, offer five-year warranties and eight-year software support. Total cost of ownership could be lower if devices actually last that long. The university's circularity strategy prioritizes maximum hardware lifespan and reuse.

Here's my question: will it work?

Fairphone makes genuinely repairable hardware. I respect what they're doing. But their software update track record has been inconsistent, and repairability doesn't matter if security updates stop flowing. Reddit commenters immediately flagged this: "Wonder what they're going to say when they fall behind on security updates."

The counterargument is that institutional backing changes the equation. If major European organizations standardize on Fairphone, the company gets funding to hire proper software teams and maintain long-term support. It's the chicken-and-egg problem of sustainable hardware: nobody buys it because support is weak, and support is weak because nobody buys it.

Radboud is trying to break that cycle. Whether it works depends on whether other institutions follow. One university making a principled choice is admirable. Twenty universities creating market pressure could actually change manufacturer behavior.

The operational side makes sense too. Standardizing on one device model simplifies support, reduces stock complexity, and accelerates training. IT departments hate managing five different phone platforms with different MDM requirements and security policies.