Scientists love the sentence: “It works.”
The more important sentence is: “Someone else made it work.”
A prototype can perform beautifully on its creator’s computer and still be unusable everywhere else. Perhaps it depends on an undocumented library, a particular driver, a forgotten environment variable and one sacred folder that must never be renamed.
At that point, the invention is not entirely a tool. Part of it is folklore.
I encountered this while building the Virtual BioSSD. Making the system run was one achievement. Making it possible for another researcher to install, test and reproduce without reenacting every setup struggle became a different engineering problem.
The second problem is less glamorous. It may also determine whether the first achievement matters.
The US National Academies distinguishes reproducibility from replicability. Reproducibility asks whether another researcher can obtain consistent results using the same data, code and methods. Replicability asks whether consistent findings appear when new data or studies address the same question.
Both begin where private brilliance ends.
The FAIR principles make a related demand of research data: it should be findable, accessible, interoperable and reusable. A result hidden behind missing instructions may be technically public and practically buried.
This does not mean every early prototype must arrive wearing a one-click installer and a customer-service smile. Research is allowed to begin awkwardly. The laboratory bench has never promised luxury.
But once a system is presented for scrutiny, its dependencies, parameters, versions, sample inputs and expected outputs should not remain family secrets. “It worked on my laptop” is an observation, not a validation standard.
Documentation is therefore not decoration added after discovery. Packaging is not beneath science. A setup script, reference configuration or reproducible benchmark is part of the bridge between claim and confidence.
The researcher attempting to reproduce your work should struggle with the scientific question—not waste three days discovering that your software quietly assumes drive D is available.
A prototype proves that something can work.
A research tool gives someone else the chance to prove it too.
If nobody can reproduce the result without reproducing the creator’s suffering, the miracle remains private.
Science cannot build a civilisation out of private miracles.
Abraham Ikongshul Ashindortiang
Sources
National Academies: Reproducibility and Replicability in Science
Wilkinson et al.: The FAIR Guiding Principles for Scientific Data

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