Goal Tracking System Using Threshold Alerts

The patent implements a network-based system where a central server provides universal access to client data through multiple communication channels including web interfaces, mobile applications, and email notifications. This allows diverse users (clinicians, caregivers, family members) to access the same information system through different devices and interfaces, transforming a single-function paper system into a multi-functional digital platform that resolves the contradiction between system simplicity and information accessibility.

The patent introduces a network server as an intermediary between data storage and various users. This intermediary component receives data from monitoring devices, stores it centrally, and distributes it to authorized users through multiple channels. The intermediary resolves the contradiction by providing a unified access point that simplifies the overall system architecture while simultaneously enabling widespread information access and sharing.

The patent implements automated feedback mechanisms where the system continuously monitors client data against established goals and thresholds, automatically generates alerts when thresholds are exceeded, and notifies relevant stakeholders. This automated feedback loop eliminates manual review processes, increases the speed and consistency of goal monitoring, and directly addresses the contradiction by using automation to improve productivity and goal mastery rates without requiring excessive manual intervention.

The patent enables the system to automatically perform data collection, storage, analysis, and notification functions without requiring manual operation. Monitoring devices automatically capture client data, the server automatically processes and stores this data, and the system automatically generates and sends alerts when needed. This self-service capability resolves the contradiction by allowing high-level automation that improves productivity while keeping operational costs manageable through elimination of manual labor.

The patent implements preliminary action by pre-establishing goals, thresholds, and notification protocols before data collection begins. The system is configured in advance with specific criteria for what constitutes a threshold exceedance and who should be notified. This preliminary configuration allows the system to automatically respond in real-time without requiring complex runtime decision-making, thus achieving fast response times while maintaining relatively simple system architecture.

The patent uses parameter changes to simplify real-time monitoring by transforming continuous client data into discrete threshold-based events. Instead of analyzing continuous streams of complex data in real-time, the system monitors whether parameters exceed predetermined thresholds, converting complex continuous monitoring into simpler binary state detection. This approach enables real-time response while keeping system complexity manageable through parameter transformation.