Interactive Video Ad Delivery System with Real-Time Engagement Tracking

The patent segments the video ad delivery system into modular components: basic video delivery, interactivity feature module, tracking module, and reporting module. Each component performs a specific function, allowing the system to enhance user engagement through optional interactivity features without requiring complete system redesign. The segmentation enables advertisers to selectively enable specific interactivity features (quizzes, polls, calls-to-action) based on campaign needs, managing complexity through modularity.

The patent implements a universal ad delivery platform that can handle both traditional video ads and interactive video ads with multiple feature types. The system supports multiple interactivity feature types (quizzes, polls, calls-to-action, clickable regions) within a single unified architecture, allowing the same infrastructure to serve diverse advertising needs. This multi-functionality enables the system to adapt to different engagement strategies without requiring separate systems for each ad type.

The patent implements comprehensive feedback mechanisms that track viewer interactions with interactivity features (quiz responses, poll selections, click-throughs, time spent) and feed this data back to advertisers through real-time reporting dashboards. The feedback loop includes detailed metrics on engagement quality, not just basic view counts. This enables precise measurement of campaign success by providing actionable data on how viewers actually interact with ad content, allowing advertisers to optimize based on empirical evidence rather than estimates.

The patent introduces intermediary tracking components that sit between the video delivery system and the reporting system. These intermediaries (tracking scripts, data collection modules, analytics processors) capture interaction data, normalize it into standard formats, and prepare it for reporting. This intermediary layer simplifies the overall system by handling the complexity of data collection and processing centrally, rather than requiring each component to manage its own tracking logic.

The patent implements periodic reporting mechanisms that update engagement metrics at optimized intervals rather than continuously processing every single user interaction in real-time. The system aggregates interaction data over defined periods (e.g., hourly, daily) and generates reports at these intervals, balancing the need for timely campaign optimization with energy-efficient processing. This periodic approach allows advertisers to access updated engagement metrics regularly without the system consuming maximum processing power continuously.

The patent provides advertisers with the option to receive detailed engagement reports at different levels of granularity. While the system captures complete interaction data for precise measurement, advertisers can choose to receive summarized key metrics (partial action) rather than every individual interaction event. This allows the system to process and store complete data for accuracy while reducing the energy required for transmitting and displaying report information, enabling advertisers to optimize based on the level of detail their specific needs require.