Multi-Level Signature Seals With Dynamic Validation Status
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Solution Overview
Problem
Existing credentialing and authentication systems face challenges with physical seals being easily counterfeited and digital certificates being static and non-portable, leading to issues in verifying the authenticity of documents and objects.
Innovation Solution
A digital signature system with dynamically validated, multi-level signature seals that allow users to validate and invalidate seals from any location, featuring a validation portal that provides real-time status and multi-level signature data, including static and dynamic information.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If physical seals are used for authentication, then authenticity verification is provided, but they are easily counterfeited and lack portability
Solution Approach 1:
The patent replaces physical seals with a digital signature system that uses electronic certificates and cryptographic algorithms. Instead of mechanical wax seals or physical stamps, the system employs digital signatures generated through cryptographic operations, eliminating the physical vulnerabilities of traditional seals while maintaining authentication functionality.
Solution Approach 2:
The patent creates digital copies of authentication mechanisms by using electronic representations of seals and signatures. The system generates digital images of sealed documents and stores them in a database, allowing verification through digital means while maintaining the authenticity guarantees of traditional sealing processes.
2Adaptability or versatility
If digital certificates are used for authentication, then portability and verification capability are improved, but they are static and lack dynamic validation
Solution Approach 1:
The patent introduces dynamic validation capabilities to the digital certificate system by implementing a verification process that checks the current status of seals against a database. The system can detect when seals have been altered, revoked, or invalidated, transforming static digital certificates into dynamically verifiable authentication mechanisms that provide real-time validation.
3Reliability
If traditional digital signature systems are used, then authentication is provided, but seal management is complex and lacks real-time validation
Solution Approach 1:
The patent introduces a database as an intermediary between digital signatures and verification processes. This database stores seal images, document information, and validation status, serving as a central repository that simplifies seal management. The system automatically retrieves and compares seal data, reducing the complexity of manual seal verification and providing real-time validation capabilities.
Data Source
AI summary
This disclosure introduces digital signature systems having dynamically validated, multi-level signature seals. An exemplary digital signature system includes a multi-level signature seal with an attestation and machine-readable code configured to direct a user, upon scanning or selecting the machine-readable code, to a validation portal for the attestation. The validation portal includes an artifact graphically indicating a current validation status of the attestation and a validation link configured to direct the user, upon selection, to multi-level signature data for the seal. A user dashboard is provided to allow the conveyor of the seal to manually validate and invalidate the attestation. The user dashboard includes a scans widget that, upon selection, directs a user to a scan details informational view for the seal.