Mathematical assurance

Verify

Prove the maths.

Beta

Verify reconstructs and challenges iGaming game mathematics through theoretical analysis, high-volume simulation and traceable interpretation of the supplied evidence.

AI capabilities planned

Actual Verify interface showing run configuration, expected and observed RTP, and progress during a simulation. — Actual Verify interface Open screenshot to view full size

Inside Verify

See a real run in progress.

A short recording from the working product, showing simulation progress and observed RTP as the run continues.

20-second product recording. The screen shows the document target, provisional observed RTP and live run progress. This is an in-progress simulation, rather than a final report.

A result is only useful when the model behind it is understood.

Verify keeps assumptions, source interpretation and simulation evidence visible, helping teams distinguish a proven result from one that merely appears plausible.

01Theoretical analysisReconstruct RTP-affecting rules from supplied mathematics and evidence.

02High-volume simulationRun repeatable simulations from short checks to large-scale evidence runs.

03Source traceabilityMake rule origins, confidence and unresolved questions visible.

04Evidence reportingProduce clear records of the model, run and result.

Why it matters

Target RTP is not the same as proven RTP.

Verify exposes missing mechanics, conflicting sources and assumptions before they become misleading conclusions.

How it connects

Verify can be strengthened by observed evidence.

Structured outcomes from Capture and cycle evidence from Trace help explain behaviours that documents alone may not fully describe.