Swiss Technology Company·EN · DE · RU·EU & Global Clients
Trusted by instrument manufacturers & consultancies
Roche
MGP Consulting
Plair AG
What we offer
Two core service lines
From regulatory documentation to intelligent maintenance algorithms — we cover the technical work so your team can focus on commercialization.
01 / Method Validation
Method validation
Full validation studies for new-to-market air sampling and environmental sensing instruments.
Linearity & range studies
Accuracy & precision testing
LOD / LOQ determination
Regulatory documentation
Inter-lab comparisons
02 / Predictive Maintenance
Predictive maintenance software
Custom algorithms and code to anticipate instrument failure before it affects measurement quality.
Sensor drift detection
Anomaly flagging models
Python / R implementation
Integration with existing systems
Performance dashboards
3+
industry clients
3
languages spoken
CH
Swiss precision
How it works
A clear, structured process
01
Discovery call
We learn about your device, regulatory targets, and timeline.
02
Validation plan
A tailored study design with defined acceptance criteria.
03
Execution
We run the experiments and analyse all data independently.
04
Report & support
Audit-ready documentation and ongoing technical support.
Why FindeX Calibra
Swiss precision meets scientific expertise
We combine deep metrological knowledge with modern software engineering — delivering validation reports and predictive tools that hold up to regulatory scrutiny anywhere in the world.
Independent & objectiveNo instrument brand ties
Audit-ready outputsDocumentation built for regulators
EN · DE · RUNative language support
Ready to validate your instrument?
Get in touch for a free scoping conversation. We typically respond within one business day.
PhD · Operations Research & Extreme-Value Statistics · EPFL
Scientific researcher and entrepreneur combining deep mathematical expertise in stochastic optimization with a passion for precision measurement and data-driven decision making. Founder of FindeX Calibra — bringing rigorous academic methodology to instrument validation and predictive maintenance.
2023Enable Grant
2022E4S Grant · EPFL
2017University of Vienna Publication Award
2015Schrödinger Fellowship · Austrian Science Fund
2014PhD with Honors · University of Vienna
2013Best Student Paper Prize · CMS
2011Mikhalevich Award · IIASA
2023Enable Grant
2022E4S Grant · EPFL
2017University of Vienna Publication Award
2015Schrödinger Fellowship · Austrian Science Fund
2014PhD with Honors · University of Vienna
2013Best Student Paper Prize · CMS
2011Mikhalevich Award · IIASA
Research expertise
The science behind FindeX Calibra
Anna's academic background directly informs the rigour applied in every validation study and software solution.
Stochastic optimization
Multi-stage optimization under uncertainty — the backbone of predictive maintenance models that anticipate sensor failures before they occur.
Predictive Maintenance
Extreme-value statistics
Modelling rare events and tail risks — applied to outlier detection in instrument measurements and robust LOD/LOQ determination.
Method Validation
Risk & resilience analysis
Research at IIASA in natural disaster risk management — transferable to quantifying measurement uncertainty in environmental monitoring.
Environmental Monitoring
Operations research
Published in leading journals on supply chain disruptions, decision-making under uncertainty, and robust optimization at EPFL.
EPFL · University of Vienna
Career path
From academia to industry
2024 – present
Founder, FindeX Calibra
Swiss technology company · Method validation & predictive maintenance
