Track Market Shifts Across Every Platform
The gaming landscape changes daily. A genre that dominated last quarter can lose momentum overnight as player preferences evolve. AllInsights.ai monitors ranking movements, download velocity, and revenue estimates across 250K+ mobile games, 300K+ Steam titles, and 200K+ console games in 140 countries. Identify which themes, mechanics, and art styles are gaining traction — and which are saturating — so your next greenlight decision is backed by real-time market evidence rather than intuition.
Optimize User Acquisition With Competitive Context
Effective UA requires more than optimizing your own creatives. You need to understand what your competitors are spending, which ad networks they rely on, and which creatives are earning the highest engagement. AllInsights.ai surfaces ad intelligence across major platforms, tracks creative lifecycle and format trends, and correlates advertising spend with ranking movements — giving your growth team the competitive context to allocate budgets where they deliver the highest return.
Benchmark Performance and Predict Outcomes
How does your retention compare to genre averages? Is your revenue per download above or below the market median? AllInsights.ai provides AI-powered benchmarking with 300+ metrics per title, including predicted Day-1 through Day-90 retention, estimated LTV curves, and revenue forecasts. Whether you are evaluating a soft launch, planning a global release, or monitoring a live title, predictive analytics help you set realistic targets and catch problems early.
140-Country Coverage
Daily rankings, download estimates, and revenue data across every major market — from the US and Japan to emerging regions in LATAM and SEA.
Cross-Platform Franchise View
Link mobile, PC, and console entries of the same franchise to understand total market impact and identify cross-platform opportunities.
AI-Powered Predictions
300+ predictive metrics per game — retention curves, LTV estimates, CPI benchmarks, and revenue forecasts generated by proprietary machine learning models.