Airport AI System Messaging App Integration for Personalized Service
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Solution Overview
Problem
Existing systems fail to provide seamless and efficient communication and service delivery to passengers in airports and similar locations through smartphone messaging apps, leading to inefficiencies in travel and shopping experiences due to lack of real-time, personalized information and streamlined transaction processes.
Innovation Solution
A system that enables voluntary, server-controlled interaction between airport smart AI systems and passenger smartphones, using facial recognition, GPS tracking, and messaging apps to provide personalized travel and service-related information, allowing for streamlined transactions and augmented reality navigation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If airport AI system connects with passengers' smartphones via messaging apps, then personalized service and real-time information delivery are improved, but system complexity and data privacy concerns increase
Solution Approach 1:
The patent uses messaging apps as an intermediary layer between the airport AI system and passengers' smartphones. The AI system communicates through existing messaging platforms (WhatsApp, WeChat, etc.) rather than requiring direct system integration, thereby reducing system complexity while still delivering personalized services through the mediator's established infrastructure
Solution Approach 2:
The system leverages the universal nature of messaging apps that passengers already have installed on their smartphones. These multi-functional apps serve both as communication platforms and as delivery channels for airport services, eliminating the need for specialized dedicated systems and reducing overall complexity
2Adaptability or versatility
If airport AI system tracks passenger movement using GPS and facial recognition, then service personalization is improved, but loss of privacy and security risks increase
Solution Approach 1:
The system obtains passenger consent and necessary permissions before initiating tracking or data collection activities. Facial recognition and GPS tracking are only activated after the passenger has explicitly agreed, thereby personalizing services while respecting privacy boundaries from the outset
Solution Approach 2:
The system continuously monitors passenger location and provides real-time feedback through messaging apps about services, gate changes, and personalized recommendations. This feedback loop allows the system to adapt services to passenger needs while maintaining transparency about data usage, thereby building trust and mitigating privacy concerns
3Loss of information
If airport AI system provides real-time communication through messaging apps, then passenger information access is improved, but network dependency and connectivity requirements increase
Solution Approach 1:
The system uses passengers' existing messaging apps and their built-in network connectivity capabilities to deliver information. Rather than requiring the airport system to provide complex network infrastructure, the solution leverages the self-service nature of established messaging platforms that passengers already have configured on their devices
Data Source
AI summary
A passenger terminal AI system automatically connects with messaging apps on passenger smartphones over a wireless network when passengers enter the terminal. This creates a communication link between the server and each smartphone. When the passenger enters the terminal, the AI system identifies the passenger by facial recognition software or by tracked passenger transactions at the terminal, providing passenger identity. Passenger browser history information and travel information is retrieved from the smartphone. Passenger location is identified and tracked. The server provides the passenger's smart phone, via the messaging app, with 100 personalized messages related to possible purchase by the passenger of travel and other services, located in the terminal and elsewhere, based in part on the retrieved information. The server provides the passenger with terminal schedule and gate information, and also operates with service providers to meet the passenger's desired services.