Distributed Ledger Validation for Gaming Event Anti-Cheating

The patent introduces a distributed ledger as an intermediary layer between gaming events and validation processes. The ledger acts as a neutral mediator that receives, stores, and validates gaming event data from multiple sources without requiring direct trust relationships between participants. This mediator approach resolves the contradiction by providing cryptographic verification mechanisms that ensure data integrity while maintaining a manageable system architecture through standardized protocols.

The system performs preliminary actions by pre-configuring the distributed ledger with consensus algorithms and validation rules before gaming events occur. Smart contracts are deployed in advance to automatically validate and record events, eliminating the need for complex real-time decision-making during events. This preliminary setup reduces operational complexity while maintaining high reliability through pre-established trust mechanisms.

The patent segments the validation process into distinct phases: event generation, batch collection, consolidation, and validation. Rather than validating every single event immediately, the system groups related events into batches that are validated together. This segmentation allows for more thorough cheating detection through comprehensive analysis while maintaining processing speed by avoiding individual event overhead. The distributed ledger stores segmented data that can be validated at optimized intervals.

The system implements periodic validation cycles where gaming events are collected over defined time periods and then validated in batches. This periodic approach balances detection accuracy with processing speed by concentrating validation resources at regular intervals rather than continuously. The distributed ledger maintains data integrity throughout the collection period, and the periodic validation ensures cheating detection without constant computational overhead.