Economy Inflation &
Whale Spend Simulator.
Virtual economies must support high-capacity spending to scale blended LTV. Calculate the mathematical spend ceilings across progression tiers, collection gachas, and live operations sinks.
This is for product and economy designers who need to know whether their virtual economy can absorb high-spend users before scaling UA against them. Run it when evaluating a new title's monetization depth or deciding whether to invest in deeper progression, gacha, or LiveOps systems. A low spend ceiling caps blended LTV regardless of how well acquisition performs.
Economy Inputs
Economy Simulator Outcomes
The architecture of spend capacity.
Product teams struggle to scale LTV when their virtual store layout prevents committed users from spending. Deepening meta-collections solves this structural bottleneck.
Progression Inflation Loops
Base level costs must scale non-linearly. Without compound inflation (e.g. 1.5% to 2% per level), upgrade cost remains flat, meaning a 300-level game caps out progression spends too early.
Gacha Dupe Multipliers
Cosmetic items have a flat collection ceiling. Progression gachas (requiring duplicate card merges to upgrade hero tiers) multiply the effective spend sink by 2.5x, capturing whale intent.
LiveOps Speed-up Sinks
Content boundaries can be bypassed. Highly engaged users buy time (energy refills, skip timers, passes). Recurring monthly sinks build a linear spend trajectory that prevents content exhaustion.
The Scale-Ready Hurdle
To scale marketing budgets against competitive bidding auctions, cohort LTV must have space to grow. Products with spend ceilings below $5,000 cannot scale UA because their CAC caps out too early.
Deepen your economy sinks and scale LTV limits.
App economies regularly cap user spend potential, capping LTV ceilings. We audit virtual store layouts, design progression inflation models, configure character-merge systems, and build recurring LiveOps sinks to double spend limits.