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The method · Validation (V&V)

Proving it works, with scientific method.

This is the phase where many stop and where we make the difference. It's not enough that it "seems to work": you must prove it with data, under conditions representative of reality, with acceptance criteria decided in advance. No claim without evidence.

What we do

Verification and Validation (V&V)

We distinguish two different questions: verification — "are we building it right?" — and validation — "is it the right thing, does it do what's needed?". We run experimental campaigns under conditions close to real ones and compare the results with the model and with the established criteria.

  • Test campaigns under representative conditions
  • Quantitative model-experiment comparison
  • Statistical analysis and uncertainty management
  • Acceptance criteria defined a priori
Experimental validation at DS Mechatronics
Our approach

The research standard: nothing is true until it's proven

From scientific laboratories we bring a precise discipline in proving things.

Falsifiability

We actively look for the conditions where the solution might fail, not just those where it works.

Reproducibility

A result counts if it can be repeated by others, with the same procedure: we document it so it can be.

Critical review

Results undergo an internal peer review, as in research, before being declared valid.

What you get

Proof, not promises

Objective evidence

Data that proves performance and reliability, with their margins.

Replicability conditions

We know under which conditions the result repeats: the basis for industrialization.

Complete documentation

Everything tracked and retraceable: useful for quality, audits and patents.

The method steps

Need to prove that a technology works?

We put scientific method at the service of proof: solid, replicable evidence. See also the Scientific validation.

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