I didn’t start my career in metrology. I started it in astrophysics.
At first glance, those two worlds seem far apart. In my first world I dealt with galaxies and fundamental questions about the universe; in the second I dealt with thermometers, balances, and micrometers.
Believe it or not, in practice, they share something essential: a deep respect for measurement, uncertainty, and evidence-based reasoning.
Discovering metrology
I eventually found my final professional home in metrology and founded Metroteka, an ISO/IEC 17025 accredited calibration laboratory in Croatia. From the beginning, Metroteka was set up as an independent laboratory. We don’t represent manufacturers of measuring equipment, software, or any other products. That independence matters, because it keeps the focus on measurement itself. Not on selling tools or defending technologies.
As the laboratory grew, so did the scope of our work. Calibration across many physical parameters. GxP temperature qualifications and validations for the pharmaceutical industry. Temperature mapping of warehouses, transport validation of temperature‑sensitive products. Training in metrology, quality management, and Lean Six Sigma.
And with all that work came a recurring frustration.
The everyday reality of calibration users
Calibration laboratories are very good at producing calibration certificates. But the people who use calibrated equipment live in a very different reality.
A typical organization might have:
- calibration certificates in one location,
- service reports in another,
- internal check records on paper or a shared drive,
- and reminders scattered across emails, spreadsheets, and people’s heads.
Even when everything exists digitally, it is rarely connected. A PDF can be downloaded, stored, and forgotten. The data inside it, the numbers that actually describe how an instrument behaves over time, is almost never used.
I saw this from both sides: as a calibration provider and as someone responsible for measurement quality which depends on measuring equipment. And it became clear that the problem was not calibration itself. The problem was everything around it.
The limits of existing “digital” solutions
At Metroteka, we built an internal application to improve our own processes and to give clients easier access to their documents. That idea, online access to certificates and reports, is now common.
But most such systems share the same limitation: they are designed around the calibration laboratory, not around the equipment owner. They are good document delivery tools, but poor equipment management tools.
If your thermometer certificate lives in one system, your balance service report in another, and your internal qualification record somewhere else entirely, you still need your own system to make sense of it all.
That realization led to a simple but uncomfortable conclusion: improving document delivery was not enough.
Thinking in platforms, not portals
LorisQ started from a different premise.
Instead of asking “How can a lab deliver certificates more efficiently?” the question became:
“How do organizations actually manage their measuring and test equipment?”
That shift changed everything.
LorisQ was designed as an equipment‑centric platform. The database belongs to the user, not to a calibration laboratory. You decide what goes in it. You manage your instruments regardless of manufacturer, service provider, or calibration status.
At the same time, the system accepts reality: external providers exist, and they already do work for you. So instead of forcing them into yet another portal, LorisQ lets them contribute through simple, secure email uploads — while you stay in control.
From documents to data
The real potential of digitalization appears only when calibration results stop being static documents and start becoming structured data.
Once results are captured as data, you can:
- see trends instead of isolated points,
- detect drift before it becomes a problem,
- apply corrections where it makes sense,
- and improve measurement accuracy based on evidence, not assumptions.
This is not about adding complexity. It’s about finally using information that already exists but has been locked inside PDFs for decades.
Why LorisQ exists
LorisQ exists because measurement matters and because the people responsible for measurement deserve tools that reflect how their work actually happens.
It is shaped by laboratory practice, by audits, by regulatory environments, and by the quiet, daily work of keeping instruments under control.
I didn’t build LorisQ just to digitize calibration certificates.
I built it to make measuring equipment management calmer, more transparent, and more reliable.