Distribution Frequency Monitoring for Resource Misappropriation Alerts

The patent replaces manual monitoring (mechanical human review) with an automated system that uses communication devices to receive requests, stores them in memory, and processes them through computational logic. The system automatically compares distribution frequencies against thresholds and generates alerts, eliminating the need for continuous human intervention while maintaining security.

The system enables self-service by automatically monitoring and detecting suspicious patterns without requiring manual input. The communication device autonomously receives requests, the memory device stores them, and the processing logic independently evaluates frequency thresholds and generates alerts, creating a self-sufficient security monitoring system.

The patent changes the monitoring parameter from continuous analysis of all interaction details to tracking the frequency of distribution requests. By focusing on the frequency parameter and comparing it against predetermined thresholds, the system achieves effective misappropriation detection while consuming fewer computing resources than continuous detailed analysis would require.

The system extracts only the essential information needed for detection—the frequency of distribution requests—storing this in memory and using it for threshold comparison. This extraction approach avoids processing unnecessary data while maintaining detection effectiveness, thereby conserving computing resources.

The patent segments the security monitoring function into distinct components: a communication device for receiving requests, a memory device for storing interaction data, and processing logic for frequency comparison. This segmentation allows each component to perform its specific function efficiently, increasing processing speed while managing complexity through modular design.

The system uses universal components (communication device, memory device, processor) that can handle multiple tasks. The same infrastructure that receives and stores data also performs the frequency comparison and alert generation, reducing the need for specialized hardware and managing system complexity while maintaining high processing speed.