Cryptographic Requirements Of Verifiable Credentials For Digital Identification Documents.

Abstract

Digital Identity Verification Is A Critical Requirement In Modern E-governance And Passport Management Systems. Traditional Passport Verification Methods Suffer From Manual Delays, Identity Fraud, And Unauthorized Access Vulnerabilities. This Paper Presents A Secure, Multi-layer Digital Identity Verification System That Integrates Aadhaar QR Code Scanning, One Time Password (OTP) Authentication, And FaceNet-based Facial Recognition To Ensure Tamper-resistant Passport Verification. The System Is Built Using The Spring Boot Framework For Backend Processing, MySQL For Database Management, And Python For FaceNet-based Facial Comparison. The Proposed Approach Significantly Reduces Fake Identity Submissions, Minimizes Manual Intervention, And Improves Authentication Accuracy. Experimental Results Demonstrate That All Core Modules — Including QR Verification, OTP Validation, And Face Matching — Achieved 100% Pass Rates In Functional Testing. The System Represents A Scalable, Secure Framework Suitable For E-governance And National Identity Management Applications.

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