Biometric Digital Elements With Blockchain Authenticity Certification
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Solution Overview
Problem
The challenges posed by the rapid advancement of artificial intelligence in cloning biometric parameters, such as voice and facial structure, necessitate a reliable and efficient method to verify and certify the authenticity of biometric data, while existing Blockchain technology is hindered by high implementation and maintenance costs.
Innovation Solution
A system utilizing a server accessible via a network, which maintains biometric data in a private registry and Blockchain, encoding these data as Non-Fungible Tokens (NFTs) with Smart Contracts to manage and verify biometric parameters, ensuring immutability and transparent royalty distribution.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If Blockchain technology is used to certify biometric parameters, then reliability and immutability are improved, but implementation and maintenance costs increase
Solution Approach 1:
The patent introduces an intermediary service layer that manages Blockchain operations on behalf of users. This service handles key generation, biometric encoding, and certification requests, shielding users from Blockchain complexity while maintaining certification reliability. The intermediary absorbs implementation costs through centralized management while preserving the immutability benefits of Blockchain.
Solution Approach 2:
The patent creates simplified copies of Blockchain functionality through the intermediary service. Instead of requiring users to directly implement full Blockchain nodes, the service provides copied certification capabilities that replicate the essential immutability and verification features at lower cost. This allows widespread adoption without proportional increases in implementation complexity.
2Reliability
If Blockchain technology is used to store biometric data, then confidentiality and security are improved, but device complexity and technical access requirements increase
Solution Approach 1:
The patent extracts the complex Blockchain infrastructure from the user-facing system. The intermediary service separates security-critical Blockchain operations from ordinary data access operations. Users interact with simplified interfaces while the intermediary handles Blockchain complexity in the background, maintaining security without exposing users to system complexity.
Solution Approach 2:
The intermediary service acts as a mediator between users and the complex Blockchain system. It translates simple user requests into secure Blockchain operations, managing key pairs, encoding biometric data, and handling verification requests. This intermediary layer shields users from technical complexity while preserving the security benefits of Blockchain.
3Productivity
If AI capabilities are used to clone biometric parameters, then productivity and content generation are improved, but verification of authenticity becomes more difficult
Solution Approach 1:
The patent applies preliminary action by encoding and certifying original biometric parameters in Blockchain before AI cloning occurs. This creates an immutable reference record of authentic biometric data that can later be used to verify AI-generated content. The preliminary certification establishes a ground truth that enables subsequent authenticity verification despite AI's ability to generate convincing clones.
Solution Approach 2:
The patent implements feedback mechanisms where certified biometric parameters are used to verify AI-generated content. The system provides feedback on authenticity by comparing AI-generated biometric data against the original certified parameters stored in Blockchain. This feedback loop enables detection of cloned or synthesized content while allowing legitimate AI-assisted content creation.
Data Source
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AI summary
A method and system for managing a plurality of digital elements containing biometric parameters representative of biometric characteristics of associated users. Also the present invention relates to methods and systems for certifying the correspondence between a digital element containing biometric parameters and a previously encoded and stored version. Each digital element is uniquely associated with a registered user and contains one biometric characteristic of the uniquely associated user, the biometric characteristic being represented by a set of biometric parameters encoded with a unique code, representative of the set of biometric parameters; the unique code is recorded on at least one Blockchain