State-Based Power-Ups for Wagering Games
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Solution Overview
Problem
Wager-based gaming systems lack effective mechanisms to provide reusable in-game advantages that adapt to changing game conditions and player interactions, limiting player engagement and revenue generation.
Innovation Solution
Implementing state-based power-ups that can be redeemed for in-game advantages, which are reusable if specific game outcome conditions are met, allowing players to maintain association until conditions are no longer met, and can be redeemed multiple times during wagering game play across different types of games.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional bonus games are provided as incentives, then player engagement is improved, but the system lacks reusability and adaptability to changing game conditions
Solution Approach 1:
The power-up system transitions from static bonus games to dynamic, reusable advantages that can be activated multiple times based on changing game conditions. Power-ups have associated states (active, inactive, expired) that dynamically change based on game outcomes, player actions, and time, allowing the system to adapt to varying game conditions while maintaining manageable complexity through state-based control.
Solution Approach 2:
The system changes the parameter of bonus utilization from one-time use to multi-use with configurable parameters such as reuse conditions, expiration times, and activation requirements. By parameterizing the bonus structure (number of uses, conditions for reuse, time limits), the system achieves adaptability without proportionally increasing complexity, as these parameters can be configured through software rather than hardware redesign.
2Productivity
If reusable power-ups with state management are implemented, then player engagement and revenue generation are improved, but tracking and management complexity increases
Solution Approach 1:
The power-up system implements feedback mechanisms where game outcomes directly influence the state of power-ups. When players use power-ups and achieve certain outcomes (wins, losses, specific scores), the system automatically adjusts power-up availability, resets timers, or modifies activation conditions. This automated feedback loop enables sophisticated tracking and management while improving revenue generation, as the system responds dynamically to player performance without requiring manual intervention.
Solution Approach 2:
The system enables self-service management of power-ups through automated state transitions based on game outcomes. Power-ups automatically activate, expire, or become unavailable based on predefined conditions without requiring external management. Players themselves trigger power-up usage through their game actions, and the system automatically tracks usage, manages availability, and enforces restrictions, reducing the burden of external tracking and management.
3Adaptability or versatility
If power-ups are made re-usable based on game outcomes, then player engagement is enhanced, but the reliability of game balance may deteriorate
Solution Approach 1:
The system applies periodic action through time-based expiration of power-ups and structured reuse intervals. Power-ups can be reused only after specific time periods or under periodically occurring conditions, preventing unlimited use that would disrupt game balance. This periodic constraint ensures that while power-ups are reusable and engaging, their impact on game balance remains controlled and predictable through structured temporal patterns.
Data Source
AI summary
Disclosed herein are techniques and equipment for providing state-based power-ups to a wagering game player. The state-based power-ups may be reused by the player until a game outcome condition is not met.