Every demo runs locally, in your browser, without sending data to the server. The badge says what kind of demo it is, and each page says what is real and what is simulated.
Generates, in your browser, a synthetic dataset for a real business process (SME property insurance underwriting or SME credit dossier review) and checks it immediately with seven controls computed on the generated data: schema, referential integrity, temporal coherence, target distributions, correlations, injected anomalies and the absence of personal data.
Shows how a laboratory exercise is built: the learner receives a synthetic underwriting document, runs a simulated extraction pipeline (read, extract fields, check rules, decision), finds the stage where an injected failure stops it, chooses a diagnosis, decides whether the discrepancy must be escalated or tolerated, applies the fix and exports the log as a portfolio item.
Shows, on an editable claims process, that the output of a workflow is set by the stage with the lowest capacity. The default calculation is deterministic: it finds the constraint, the system throughput and the queue that builds up in front of it, then compares automating an arbitrary stage with automating the constraint. An optional mode adds variability in arrivals and processing times and shows the average queue that forms in front of nearly full stages too.
Compares the cost per task and the monthly cost of up to three configurations, through an API or with local inference, starting from the monthly volume and the tokens per task. It shows which configuration costs least at the entered volume, computes the break-even between a local and an API configuration, first against the cheapest one, and shows how the cost changes with volume.
Functional — runs in your browser means that everything you see is computed in the page, from the data and parameters shown. The same seed and the same values give the same result.
Interface prototype — demonstration screens means static screens built with synthetic data, showing what an application looks like, not how it computes. Each such screen carries a caption.
All demos use the same engine: a seeded pseudo-random generator, distributions, export and charts. What differs is the domain pack.
