Securing the Internet of Medical Things : A Detailed Investigation of Authentication Weaknesses and Strategic Enhancements
의료 사물 인터넷 보안 : 인증 취약점에 대한 심층 분석 및 전략적 개선 방안
This research identifies security vulnerabilities in IoT-based healthcare authentication, specifically replay attacks, session key predictability, and biometric data leakage. We propose enhancements like adaptive timestamp verification and hybrid entropy sources for stronger session keys. Quantum-resistant cryptography and advanced biometric data protection are also recommended.
목차
Abstract 1. Introduction 2. Related Work 3. Methodology 3.1 System Framework 3.2 Threat Model 3.3 Security Protocol Design 3.4 Formal Verification 4. Vulnerability Analysis Results 4.1 Vulnerability to Replay Attacks 4.2 Predictability of Session Keys 4.3 Insufficient Entropy of Biometric-Based Keys 4.4 Partial Confidentiality Leakage in Public Channel Messages 5. Improvement Directions 5.1 Mitigating Replay Attacks via Adaptive Timestamp Verification 5.2 Strengthening Session Keys with Hybrid Entropy Sources 5.3 Enhancing Biometric Entropy via Multi-Modal Fusion 5.4 Quantum-Resistant Hash Functions for Long-Term Security 6. Conclusion References
키워드
사물 인터넷 기반 헬스케어인증 프로토콜보안 취약점생체 인식 데이터 보호양자 내성 암호화IoT-based HealthcareAuthentication ProtocolSecurity VulnerabilitiesBiometric Data ProtectionQuantum-Resistant Cryptography
저자
Haewon Byeon [ 변해원 | Dept. of Future Technology, Korea University of Technology and Education, South Korea ]
Corresponding Author