US20260044881
2026-02-12
Physics
G06Q30/0276
The patent application describes a system and method for generating personalized digital content that aligns brand values with user-relevant charitable causes, enhancing user engagement and social impact. The system utilizes machine learning algorithms to match brands with suitable causes and users, creating personalized advertisements in real-time. A distinctive feature is the interactive AdsUp button, which facilitates micro-donations from brands to causes based on user interaction. The system includes a continuous learning module that updates the machine learning model with real-time user engagement data to improve targeting and effectiveness continuously.
The invention pertains to interactive digital systems focused on real-time personalized content generation. It aligns brand values with user-relevant charitable causes, aiming to improve engagement and social impact. The system addresses the technical challenge of processing high-volume, diverse data streams from brands, charities, and users in real-time, ensuring compatibility and relevance while maintaining privacy and data security.
Current digital content delivery systems face challenges in generating real-time, personalized, cause-aligned content. These systems often use separate processing pipelines for brand, charity, and user data, followed by a complex merge step. This approach can result in outdated recommendations and inefficient resource use. Existing systems struggle with balancing brand, cause, and consumer alignment while maintaining the speed necessary for real-time content delivery.
The invention provides a method for real-time generation of personalized content for users, using a brand identifier and a user identifier. It retrieves cause records with high brand-cause compatibility scores and computes cause-user relevance scores. The system selects the most relevant cause and generates a personalized advertisement by combining brand and cause content. It tracks user engagement data and continuously trains the machine learning model to refine relevance and compatibility scores.
The system can be implemented in various computing environments, such as servers, laptops, desktops, or cloud-based systems. Users access the system through devices like portable computers or handheld devices, connected via a network. The network can be wireless, wired, or a combination, using protocols like HTTP and TCP/IP. The system integrates user engagement, transaction processing, and data tracking across digital platforms, ensuring efficient and relevant content delivery.