Casino Monetary System with External ID Authentication

The patent introduces an intermediary authentication system that operates between the cashier station and the external world. This system includes an authentication server that receives ID data from the cashier station, performs verification against external databases, and returns authentication results. This intermediary layer enables reliable fraud detection without requiring complex authentication hardware at the cashier station itself.

The patent replaces manual mechanical ID verification with an automated electronic authentication system. Instead of relying on the cashier's manual inspection of identification documents, the system uses optical scanners to capture ID data, transmits it electronically to an authentication server, and receives automated verification results. This substitution dramatically improves fraud detection reliability while keeping the physical cashier station relatively simple.

The patent implements preliminary action by performing ID authentication before the monetary transaction is completed. The authentication server verifies the customer's identification document and extracts relevant data (such as name, address, date of birth) in advance, storing this information in a database. When the actual transaction occurs, the system can quickly retrieve and verify the pre-authenticated data, reducing the time needed during transaction processing while maintaining high security standards.

The patent uses copying by creating a digital copy of the customer's identification data and storing it in a database. Instead of requiring continuous real-time verification during each transaction, the system creates a copy of the authentication results and reuses this copied information for subsequent transactions. This allows the system to maintain security through comprehensive ID verification while significantly improving transaction processing speed, as the authentication data is already available from previous verification steps.

The patent applies universality by designing the authentication server to perform multiple functions: it authenticates customer IDs, extracts personal information, stores data in databases, monitors transactions for AML compliance, and generates reports. Rather than requiring separate dedicated systems for each function, the authentication server serves as a multi-functional platform that handles all these tasks, thereby improving AML compliance without proportionally increasing overall system complexity.

The patent merges the authentication function with the AML monitoring function into a single integrated system. The authentication server that verifies customer identities also simultaneously monitors transactions for suspicious activity patterns, cross-references data with AML databases, and generates compliance reports. This merging of functions reduces the number of separate systems needed, making the overall device complexity more manageable while achieving comprehensive AML compliance through unified monitoring capabilities.