AI Predictions
300+ machine-learning metrics for every game — before you invest a dollar
Our AI models generate retention forecasts, lifetime value estimates, CPI benchmarks, and revenue projections for 250,000+ titles. Make investment, launch, and portfolio decisions with forward-looking intelligence — not just historical data.
Retention & Engagement Forecasting
Predict day-1, day-7, day-30, and day-90 retention rates for any title based on genre, mechanic profile, monetization model, and market conditions. Our models learn from hundreds of thousands of historical retention curves to forecast engagement trajectories before a game launches — or to project where an existing title is headed. Overlay seasonal patterns, update impact estimates, and competitor launch effects for a complete engagement forecast.
LTV & Revenue Projections
Estimate lifetime value per user across multiple time horizons (30-day, 90-day, 180-day, 365-day) segmented by geography, acquisition channel, and monetization model. Revenue projections combine LTV estimates with download forecasts and organic/paid split models to produce monthly and quarterly revenue trajectories. Use these projections for financial planning, investor reporting, and portfolio prioritization with confidence intervals built in.
CPI Benchmarking & UA Efficiency Scoring
Know what it should cost to acquire a user in any genre, country, and ad network combination before you spend. Our CPI benchmark models are trained on aggregated campaign data and market signals to produce category-level cost estimates that help you plan budgets, evaluate channel efficiency, and negotiate with ad networks. The UA efficiency score combines CPI, LTV, and retention into a single metric that tells you whether a title can be profitably scaled.
300+ Metrics Per Game
Retention, LTV, CPI, revenue, engagement — a complete predictive profile for every title.
Forward-Looking Intelligence
Forecasts, not just history. Make decisions based on where the market is going.
Confidence Intervals
Every prediction includes uncertainty ranges so you can plan for best and worst cases.