Beacon-Based Transportation Fare Automation
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Solution Overview
Problem
Users of mass transportation services face challenges in managing transportation fares, as they must predict and carry sufficient funds to avoid being refused service or incurring fines for exceeding paid limits, and existing systems lack seamless payment solutions, especially when users' devices run out of power or lack connectivity.
Innovation Solution
Implementing short-range wireless beacons, such as Bluetooth Low Energy (BLE), at transportation hubs to facilitate check-in and payment through user devices, allowing for automatic fare calculations and payments, even when users are unaware of insufficient funds or lack of device connectivity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If users carry sufficient funds to avoid being refused service or incurring fines, then service reliability is improved, but user burden and financial risk increase
Solution Approach 1:
The system automatically checks fare status and initiates payment transactions without requiring user intervention. The transportation system serves itself by monitoring user location via beacons, calculating required fares, and executing payments through linked accounts, thereby eliminating the burden of manual fund management while ensuring continuous service access.
Solution Approach 2:
The system continuously monitors user location through beacon signals and provides real-time feedback on fare status. When a user approaches a transportation point, the system detects their location, calculates the required fare based on their paid limits, and automatically initiates payment transactions, creating a closed-loop feedback mechanism that ensures reliable service without user financial management burden.
2Reliability
If users manually check and manage their fare limits, then payment control is improved, but system complexity and user effort increase
Solution Approach 1:
The fare management system operates autonomously by automatically detecting user location via beacons, calculating required fares based on paid limits, and executing payment transactions through linked accounts. This self-service mechanism eliminates manual fare checking and management, reducing system complexity from the user perspective while maintaining accurate payment control.
Solution Approach 2:
The system performs preliminary actions by pre-establishing user accounts with credit limits, pre-configuring payment methods, and pre-calculating fare requirements based on location data. When a user approaches a transportation point, the system already has the necessary information to automatically execute the payment transaction, eliminating the need for manual fare checking and reducing both user effort and system complexity.
3Ease of operation
If automatic payment systems are implemented, then payment convenience is improved, but system infrastructure and initial complexity increase
Solution Approach 1:
The system uses beacons as intermediary devices to facilitate automatic payment. Beacons serve as mediators between the user's mobile device and the transportation system's payment infrastructure. When a user approaches a transportation point, the beacon detects their location and triggers the payment transaction through the user's mobile device, simplifying the infrastructure requirement while maintaining payment convenience.
Solution Approach 2:
The automatic payment system leverages the user's mobile device as a self-service payment terminal. The user's existing mobile device with its payment capabilities serves as the payment interface, eliminating the need for dedicated payment hardware at transportation points. The system automatically initiates payments through the mobile device's payment applications, reducing infrastructure complexity while maintaining high payment convenience.
Data Source
AI summary
There are provided systems and methods for transportation check-in and payment using beacons. A service provider, such as a transportation, payment, or other service provider, may utilize short range wireless beacons at or near a transportation service that provide automated check-in with a user device. When the user device is in proximity to the beacon, the user may be checked-in and provide payments for use of the transportation service, such as payment for a transportation fare. The user may receive scheduling and/or updates for the transportation service. Additionally, while the user is travelling with the transportation service, the user may purchase extra fare if the user realizes that current travel coverage of the purchased transportation fare does not cover an expected cost of the trip. The extra fare may be automatically purchased if the user device loses power or the user is unaware of the trip cost.