IC Chip Product Authentication via Mobile Verification
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Solution Overview
Problem
The fraudulent misrepresentation of product authenticity continues to pose challenges in the marketplace, where consumers often unknowingly purchase non-authentic products, leading to limited recourse and potential damage to their reputation, especially when these products are used in assembled goods.
Innovation Solution
A system and method utilizing verification objects with integrated circuit chips that store unique product authenticity data, allowing consumers to verify product authenticity using a mobile application, which compares test data from the chip with stored data to determine if a product is genuine, providing real-time verification and reducing the risk of counterfeit products being sold or used.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional product verification methods are used, then consumers have no practical recourse for purchasing non-authentic products, but implementing an IC chip verification system increases device complexity
Solution Approach 1:
The patent introduces an integrated circuit chip as an intermediary verification object that bridges the product and the verification process. The chip contains embedded authentication data and communicates with a verification application, serving as a mediator that enables reliable authenticity verification without requiring complex consumer-side verification infrastructure.
Solution Approach 2:
The patent replaces traditional mechanical or manual verification methods with an electronic/digital verification system. The IC chip uses electronic data storage and wireless communication protocols to enable automated authentication, substituting physical inspection methods with electronic verification that is more reliable and easier to implement for consumers.
2Ease of operation
If verification objects are physically associated with authentic products, then consumers can independently verify authenticity, but this requires additional manufacturing steps and increases ease of manufacture complexity
Solution Approach 1:
The verification object is pre-configured with authentication data during manufacturing, before the product reaches the consumer. The IC chip is programmed with unique identifiers and authentication credentials in advance, enabling consumers to perform verification operations without requiring complex setup or configuration steps.
Solution Approach 2:
The verification functionality is extracted as a separate, modular component (the IC chip) that can be independently manufactured and then associated with the product. This separation allows the verification system to be developed and manufactured independently from the main product, reducing the complexity burden on product manufacturers while still enabling easy consumer verification.
3Reliability
If the verification system stores unique product authenticity data in IC chips, then counterfeit products can be identified and removed from inventory, but this increases the loss of time for verification processes
Solution Approach 1:
The verification process is designed to rapidly communicate with the IC chip and retrieve authentication data in a matter of seconds. The system uses efficient wireless communication protocols and pre-configured verification algorithms that enable quick authentication decisions, allowing consumers to verify product authenticity without significant time loss during purchase or inventory management.
Data Source
AI summary
Methods and systems for product authentication include the storage of product authenticity data in integrated circuit (IC) chips of verification objects for physical association with authentic products. The IC chips are operable to determine verification data using the stored product authenticity data, and may include private key encryption, private algorithm and/or count processing functionality for verification data determination. A verification server(s) is utilized to receive an inbound message(s) from an electronic device(s) that includes test data obtained by the electronic device(s) from an integrated circuit chip at a product of interest, and in response thereto, to send an outbound message to the electronic device(s) indicative of verification or non-verification of authenticity of the product of interest, based upon identification or non-identification of an association between the test data and product authenticity data. Each outbound message is dependent upon determining the presence of an association utilizing stored data and optional algorithmic and count processing functionality. The electronic device(s) may be a smart phone(s) having a mobile product authentication application downloaded thereto for use in obtaining the test data that may or may not correspond to verification data determinable by a verification object.