Threshold-Based Authentication Using Peer Evaluation

The patent divides the authentication evaluation process into multiple independent peer evaluations. Each peer independently evaluates a portion of the authentication information and provides a binary response (authenticate or reject). This segmentation distributes the complex evaluation task across multiple simple evaluators, reducing the complexity burden on any single system component while maintaining overall security through aggregated peer decisions.

The patent implements a peer evaluation system where distributed peers perform the authentication evaluation work independently. Each peer uses its own computational resources to evaluate authentication information and provide responses. This self-service approach transfers the resource consumption from the central service to distributed peers, reducing the service's resource utilization while maintaining authentication accuracy through aggregated peer responses.

The patent segments the authentication evaluation into parallel peer evaluations that occur simultaneously rather than sequentially. Multiple peers evaluate authentication information in parallel, and their responses are aggregated to determine the final authentication outcome. This parallel processing significantly reduces processing time compared to traditional sequential central evaluation, while the service maintains control by defining evaluation criteria and aggregating results.