Understand what drives your metrics
Go beyond surface-level data. Hyperstone analyzes the relationship between configuration parameters and game metrics, showing exactly which changes produce the best results.
Real-time updates, no magic curtains
Optimization results update as player events arrive. No waiting for nightly data processing — observe how parameter changes affect your metrics in real-time.
The system processes incoming events and updates analysis dashboards continuously. Specialized reports cover Engagement, Monetization, and Business metrics, while the AI Report provides automated interpretation of findings.
Mathematically Sound Insight
Statistical significance, per-parameter impact, and cross-correlation analysis are built into the platform to support data-driven decisions.
Statistical Significance
Rigorous statistical analysis ensures your optimization results are reliable. The algorithm eliminates false positives, providing data-backed conclusions about parameter impact.
Per-Parameter Impact
Identify exactly which parameter — such as price, item count, or difficulty — contributed most to the performance change across different player segments.
Cross-Correlation Analysis
Understand how changes in one parameter affect other metrics. Explore interdependencies between monetization, retention, and engagement.
Analytical tools
Professional capabilities for game studios and analysts who need accurate, real-time data about optimization performance.
Real-time Updates
Data is processed as events arrive. Watch your optimization results evolve in real-time — no waiting for nightly batch processing or manual analysis.
Data Export
Export optimization results and raw event data for your own BI tools and custom analysis. CSV and JSON formats are supported.
Segment Drill-down
Analyze optimization performance by geo, platform, or device. Break down results by player segments to understand regional and demographic patterns.
Optimization Trade-offs
Visualize trade-offs between competing metrics (e.g., ARPDAU vs. D30 Retention). Identify configurations that offer the best balance between multiple objectives.