Third-Party Gaming System Aggregates Multi-Operator Game Library
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Solution Overview
Problem
Traditional online gambling systems restrict users to a limited selection of games offered by a single operator, making it difficult for developers to market their games to specific jurisdictions and limiting player choice.
Innovation Solution
A third-party gaming system provides central access to a library of gambling games from multiple operators, allowing users to select games and dynamically configure game clients with operator-specific parameters for seamless gameplay across different operators.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If users connect to a licensed online gaming company's website to play games, then users can access games offered by that company, but the number of games available to users is restricted and developers cannot market their games directly to suitable players
Solution Approach 1:
A third-party gaming system is introduced as an intermediary between players and multiple gaming operators. This mediator provides a unified access point that aggregates games from numerous operators, allowing players to browse and select from a comprehensive library without needing to visit individual operator websites. The third-party system handles player authentication, game selection, and coordination with appropriate operators, thereby expanding game availability while maintaining a single point of access for users.
Solution Approach 2:
The third-party gaming system serves multiple functions: it acts as a game library catalog, a player authentication service, a game distribution platform, and an operator coordination hub. By consolidating these diverse functions into a single universal platform, the system enables players to access games from multiple operators through one interface, while developers can market their games to suitable jurisdictions through the same platform.
2Quantity of substance
If a single game client is provided to players, then storage and data transmission requirements are reduced, but the game client must be dynamically reconfigured for different operators and player attributes
Solution Approach 1:
The game client is designed with dynamic reconfiguration capabilities. Instead of distributing separate static clients for each operator, a single universal game client is provided that can adapt its configuration at runtime. The client receives operator-specific configuration parameters and player attribute data, then dynamically adjusts its behavior, connection targets, and interface elements to match the selected operator and player jurisdiction, thereby reducing data transmission while handling configuration complexity through software-based adaptability.
Solution Approach 2:
The system changes operational parameters of the game client based on selected operators and player attributes. Configuration parameters such as server connection endpoints, currency settings, language preferences, and jurisdiction-specific rules are dynamically modified. This allows a single game client binary to serve multiple operators across different jurisdictions by changing its operational parameters rather than requiring separate compiled versions for each operator.
3Adaptability or versatility
If game clients are regenerated for each operator, then operator-specific customization is achieved, but storage requirements and data transmission increase
Solution Approach 1:
Instead of distributing full copies of customized game clients for each operator, the system distributes a single master game client template. Operator-specific customizations are achieved through configuration data copies rather than full client regeneration. The third-party system maintains configuration profiles for each operator that contain only the necessary customization parameters, which are then applied to the universal game client at runtime, dramatically reducing storage requirements while maintaining operator-specific functionality.
Data Source
AI summary
Methods and systems for providing gambling games to users wherein the games are not tied to a particular gaming operator. Specifically, a third party gaming system provides central access to a library of gambling games offered by multiple gaming operators. Players connect to the third party gaming system and select a game from the library of gambling games. Once a player has selected a game, the third party gaming system provides the player with a game client for the selected game and operator configuration parameters for a suitable gaming operator system. The game client then dynamically reconfigures itself using the configuration parameters to connect to the gaming operator system to play the game. In some cases after the user has selected a game they are provided with a list of gaming operators that offer the selected game and the player can select which operator that they wish to play with.


