AMBER Alert Distribution via Retail POS Terminals
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Solution Overview
Problem
Current AMBER alert systems face challenges in effectively and promptly distributing critical information about abducted children to the public, particularly in retail settings, where targeted and timely dissemination is lacking.
Innovation Solution
A novel computer network system incorporating an AMBER alert distribution decision engine that applies criteria to determine addresses and consumer IDs for targeted distribution of alert information, including images, via POS terminals or wireless transmission, ensuring prompt and broad dissemination of AMBER alerts in retail stores.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If AMBER alert information is broadcast using traditional EAS channels (roadside signs, TV news crawls, Internet web pages), then the alert can be disseminated to the general public, but the distribution is not targeted and timely dissemination to consumers in retail settings is lacking
Solution Approach 1:
The system transitions from general public broadcasting to localized alert distribution by identifying specific consumers at retail stores through transaction data and CIDs. Alerts are selectively delivered to individuals based on their location, purchase history, and proximity to the abduction scene, creating locally tailored information delivery rather than uniform mass communication.
Solution Approach 2:
The patent introduces retail store POS terminals and consumer devices as intermediaries between the EAS broadcast system and the end consumer. These intermediaries receive alert information from the EAS and redistribute it through targeted channels (printers, displays, wireless transmission) directly to consumers at the point of sale, enabling timely and localized delivery.
2Productivity
If AMBER alerts are distributed via mass media channels, then broad public awareness can be achieved, but prompt and targeted distribution to consumers most likely to use the information is lacking
Solution Approach 1:
The system performs preliminary identification of target consumers by analyzing transaction data, purchase histories, and consumer profiles before the alert is activated. Consumers are pre-sorted and ranked based on their likelihood to need the information, enabling the system to immediately target high-priority individuals when the alert occurs without delay.
Solution Approach 2:
The alert distribution system dynamically adjusts its targeting based on real-time factors such as the consumer's current location, recent purchase behavior, and proximity to the abduction scene. The system can shift target audiences and delivery channels dynamically as new information becomes available or consumer behavior patterns change during the investigation.
3Adaptability or versatility
If traditional EAS broadcast methods are used, then alert information can reach the general public, but the system lacks the capability to identify and contact consumers based on transaction data and consumer profiles
Solution Approach 1:
The system integrates multiple existing retail store systems (POS terminals, loyalty program databases, wireless communication infrastructure) to create a multi-functional alert distribution platform. These existing components serve both their original purposes and the additional function of receiving and redistributing EAS alert information, eliminating the need for entirely separate dedicated hardware.
Solution Approach 2:
The patent creates digital copies of consumer profiles, purchase histories, and transaction data that can be rapidly queried and matched against alert criteria. These data copies enable the system to quickly identify relevant consumers without accessing full databases in real-time, reducing system complexity while maintaining sophisticated targeting capabilities.
Data Source
AI summary
A system and method for distributing information regarding a child abduction. More particularly, a system and method for distributing AMBER alert information via a computer system network to consumers at retail stores. AMBER alert distribution criteria is used to determine what retail stores to transmit the AMBER alert information to, and CID criteria is used to determine what consumers within those retail stores to transmit the information to. As time progresses the AMBER alert information is distributed to retail stores in a larger geographic scope.