Frictionless Shopping Platform Using Sensor Tracking and Pre-Authorization
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Solution Overview
Problem
Traditional shopping methods require customers to wait in lines and manually pay for items, which can be inefficient, and existing mobile shopping applications lack seamless integration with physical stores for frictionless shopping experiences.
Innovation Solution
A frictionless shopping platform that allows customers to securely check in and shop using a mobile app or onsite kiosk, utilizing payment pre-authorization, anonymous shopper identifiers, and sensor systems for item tracking, enabling contactless transactions and real-time inventory and pricing adjustments based on shopping data analysis.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If traditional checkout counters are used with employees scanning items, then payment processing can be completed, but customers must wait in lines and the process becomes inefficient
Solution Approach 1:
The system enables self-service shopping through automated sensor platforms that track items in customer carts, anonymously identify shoppers, and automatically process payments without requiring manual scanning by employees. Customers simply shop and the system handles checkout autonomously.
Solution Approach 2:
Payment pre-authorization is obtained before customers enter the store, allowing the system to process transactions automatically at the end of shopping without requiring customers to wait in checkout lines. The pre-authorized payment information is stored and applied automatically when shopping concludes.
2Ease of operation
If mobile shopping applications are used for ordering, then customers can manage shopping lists and order for pickup or delivery, but seamless integration with physical stores for frictionless shopping is lacking
Solution Approach 1:
The frictionless shopping platform serves multiple functions: it works with mobile applications for pre-shopping planning, integrates with physical store sensor platforms for real-time item tracking, processes payments automatically, and provides unified receipt delivery. The system adapts to different shopping modes (in-store, pickup, delivery) through a single integrated platform.
3Reliability
If payment information is collected at checkout, then transactions can be processed, but the process requires manual intervention and slows down customer flow
Solution Approach 1:
The mechanical process of manual item scanning and payment processing is replaced with an automated sensor-based system that optically or electronically detects items in customer carts and automatically charges them using pre-authorized payment information, eliminating the need for manual intervention at checkout.
Solution Approach 2:
An anonymous shopper identifier acts as an intermediary between the customer and the payment processing system. The sensor platform tracks items and associates them with the anonymous identifier, which is then matched to the customer's pre-authorized payment information, enabling automatic transaction processing without direct customer interaction with checkout equipment.
Data Source
AI summary
A frictionless shopping platform supports modular systems to outfit any physical store with a secure self-checkout experience. The frictionless shopping platform can communicate with a kiosk or mobile application to obtain customer information including payment information; a shopping sensor platform that tracks a user in the store to obtain anonymous shopper identification and associated shopping cart items; and a financial services provider to affect payment.