Adjustable Edge Execution Models for Secure Usage Data Processing

Instead of collecting data at the customer location and sending it to a central location for processing (conventional approach), the patent inverts the processing location to the edge device at the customer premises. The edge device executes function blocks locally to process usage data, eliminating the time-consuming data transmission and central processing bottleneck while maintaining accurate billing and reporting capabilities.

The patent segments the data processing function into distributed edge devices at customer locations rather than centralized processing. Each edge device processes usage data locally using function blocks, which eliminates the security risks associated with transmitting sensitive usage data across networks. This segmentation maintains data security and compliance while enabling accurate billing and reporting.

The patent implements a universal function block architecture where a single edge device can execute different function blocks to handle diverse customer subscriptions and geographical variations. The function blocks are configurable and can be dynamically selected based on subscription type and location requirements, providing service versatility without increasing hardware complexity. This modular approach allows the same edge device infrastructure to serve multiple service types and regions.