Pay from the actual result. Control the game economy.

Revenue share is calculated only from actual GGR: cash deposits minus cash payouts. Bonus balances, internal credits and promotional accruals are not counted as operator revenue.

This model protects the casino from paying commission on artificial turnover and gives a clearer view of the real commercial result.

Our mathematics reproduces the behavior of the original game with very high accuracy because it is reconstructed from real gameplay data. For each model, we collect and analyze around 200,000 original game rounds.

The algorithm reconstructs the mathematical profile of the game from hundreds of thousands of symbol sequences, taking into account the structure and size of the game field. It restores symbol distribution, characteristic sequences, win sizes and frequency, Free Spins, bonus events, volatility, RTP and other parameters that define the behavior of the original game.

What is reconstructed

• symbol probability distribution
• win distribution
• Free Spins and bonus event frequency
• volatility and hit frequency
• RTP and game pattern structure

Result

The final model accurately reproduces the statistical profile of the original game: from symbol and win distribution to bonus frequency, Free Spins, volatility and RTP.

As a result, partners receive a mathematical model that statistically reproduces the original game behavior and keeps casino economics predictable.

Win limit control, technically implemented through the Snapshot system, is a server-side protection layer that checks the result of a game round before it is sent to the player.

In a standard flow, the game client sends a bet request, the math server generates the game field, and the win calculation module determines the final result. In high-volatility games, that result can create an unexpectedly large win outside the parameters set by the operator.

Our Snapshot system creates an isolated server environment where the round result passes a full preliminary validation. If the round contains Free Spins, a bonus chain or another multi-step mechanic, the system plays it through inside that environment until completion, preserving internal state and the sequence of game frames.

After the full cycle is completed, the result is compared with maximum win parameters and other limits set by the casino owner. If the result fits within the allowed boundaries, it is confirmed and sent to the player. If it exceeds the configured limits, the system rejects it and regenerates the round inside the allowed model.

The entire process happens on the server side and remains invisible to the player: interface, game tempo and user experience do not change.

What the Snapshot system does

• checks the calculated result before it is sent to the player
• fully simulates long bonus chains and Free Spins in an isolated environment
• stores internal game states and frame sequence
• compares the result with operator limits
• confirms only allowed results
• rejects results outside configured boundaries

Result

The Snapshot system gives you an additional level of control over high-volatility scenarios and protects your casino economics from outcomes outside the allowed parameters.

The player receives a normal uninterrupted game experience, while you receive a server-side validation system that controls every round result before confirmation.

Individual player yield control is an additional module for managing casino economics at the level of a single player. By default, the module is disabled and is activated only by the operator's decision.

After activation, the system tracks the player's actual GGR over a long distance and compares it with the expected mathematical range calculated for the RTP profile of the current game.

If the player's result consistently leaves the expected range, the module enables a soft stabilization mode by lowering the mathematical RTP of games for this player. The system gradually returns the player's financial result to target parameters while preserving the standard game process, interface and game tempo.

When the player's GGR returns to the expected range, the module automatically switches the game back to the standard mathematical profile of the current model.

What the module does

• tracks the player's actual GGR on every bet
• analyzes the result only over a long distance
• calculates the expected range based on the RTP profile of the current game
• detects stable deviations from expected economics
• enables soft stabilization when boundaries are exceeded
• returns the game to the standard mathematical profile after normalization

Result

The module helps the operator control long-distance GGR deviations at individual-player level and reduces the risk of extended negative streaks.

When the financial result is normal, the system does not intervene: the game runs on the standard mathematical profile configured for the current model.