Single-purpose numeric tools that take a small set of inputs and output a specific number — cost, time, risk exposure, payback period. Resolves the quantitative question your CFO or procurement lead will ask anyway, into a defensible number with a transparent model behind it.
Each calculator answers one specific quantitative question — ROI, expected loss, audit hours, time-to-production. No bundled tools.
Every input recalculates the result in real time. Adjust an assumption and see the headline number move.
Every calculator includes the formulas, assumptions, and calibration sources behind the number. Defensible inside any organization.
Capture inputs + outputs in a forwardable text block — paste into a steering-committee deck or send to a finance partner.
Compute the payback period and three-year savings of switching from in-house synthetic-data build to a one-time WealthSynth license. Inputs: corpus build hours, FTE cost, compliance review cycles, scenario-coverage gates.
Estimate weeks-to-production-ready corpus for in-house build vs. licensing WealthSynth. Inputs: team size, vertical-knowledge depth, regulator-coverage need.
Estimate the expected loss from using anonymized real customer data in test environments vs. switching to synthetic data. Inputs: number of test environments, count of records, jurisdiction footprint, breach base rates.
Estimate the production-defect rate from a wealth-tech corpus given its archetype count vs. the feature's edge-case classes. Outputs the additional archetypes required to drive the defect rate under target.
Estimate examiner-hours and internal-prep-hours for a compliance examination given regulator scope, firm size, and current corpus structure. Surfaces the artifacts that compress the numbers.
Estimate the analyst-burnout cost of the firm's current AML false-positive rate, and the synthetic-corpus design required to tune thresholds to a target FP rate without losing detection.
Estimate annual Form ADV amendment effort given AUM, account types, and business-model complexity. Surfaces the data artifacts that compress the number.