Preface xxvii Foreword xxix Part I Foundation 1 Chapter 1 Introduction to IoMT in Healthcare 3 What Is IoMT in Healthcare? 4 Impact of IoMT on Healthcare 5 How IoMT Works in Healthcare and Its Applications 16 Challenges and Considerations in IoMT Adoption 17 Best Practices for IoMT Security 18 Future Trends in IoMT 20 Key Takeaways of IoMT in Healthcare 22 Chapter 2 The Evolving Landscape of Wireless Technologies in Medical Devices 23 Overview of Wireless Technologies in Medical Devices 24 Benefits of Wireless Technologies in Medical Devices 29 Introduction to Risks in the Applications of Wireless Integration Challenges and Considerations 38 Emerging Wireless Trends and Future Directions 40 Regulatory Landscape for Wireless Medical Devices 41 Best Practices for Wireless Technology Implementation 43 Key Takeaways of Wireless Technologies in Healthcare 44 Chapter 3 Introduction to Bluetooth and Wi-Fi in Healthcare 46 Bluetooth Communication in Healthcare 47 Wi-Fi Communication in Healthcare 52 Overview of Bluetooth and Wi-Fi Security Risks 58 Key Takeaways of Bluetooth and Wi-Fi 64 Part II Attack Vectors 65 Chapter 4 Bluetooth Vulnerabilities, Tools, and Mitigation Planning 67 Introduction to Bluetooth Security 68 Common Bluetooth Vulnerabilities 71 Bluetooth Hacking Tools 82 Mitigating Bluetooth Vulnerabilities 101 Key Takeaways of Bluetooth Vulnerabilities and Exploits 103 Chapter 5 Wi-Fi and Other Wireless Protocol Vulnerabilities 104 Introduction to Wi-Fi Security 105 Building a Resilient Network Architecture with Segmentation 107 Strong Authentication and Access Control 108 Wi-Fi 6/6E Security Solutions 110 Common Wi-Fi Vulnerabilities with Examples and Case Studies 111 Wi-Fi Hacking Tools 120 Bettercap 122 coWPAtty 125 Fern Wi-Fi Cracker 128 Hashcat 131 Wifite 134 Kismet 138 Reaver 141 Storm 145 WiFi Pineapple 146 WiFi-Pumpkin 149 Wifiphisher 151 Wireshark 153 Modern Wireless Operational Guide for Healthcare Compliance 156 Key Takeaways of Wi-Fi Vulnerabilities and Exploits 159 Chapter 6 Man-in-the-Middle Attacks on Medical Devices 161 Understanding Medical Device Man-in-the-Middle Attacks 162 Exploits and Other Potential Impacts of MITM Attacks on Medical Devices 167 Challenges in Securing Medical Devices 168 Mitigation Strategies for Healthcare Organizations 169 Implement Robust Device Authentication 171 Deploy Network Segmentation and Isolation 174 Ensure Regular Updates and Patching 176 Deploy Advanced Monitoring and Intrusion Detection 179 Conduct Training and Awareness Programs 182 Collaborate with Vendors to Enhance Device Security 186 Key Benefits of a Comprehensive Mitigation Strategy 190 Key Takeaways of Man-in-the-Middle Attacks on Medical Devices 194 Chapter 7 Replay and Spoofing Attacks in IoMT 196 Understanding Replay Attacks in IoMT 197 How Replay Attacks Work in IoMT Systems 197 Implications of Replay Attacks in Healthcare 198 Use Case of a Replay Attack on an Infusion Pump 199 Other Examples of Replay Attacks in IoMT 200 Strategies for Mitigation of Replay Attacks 200 What Is a Spoofing Attack in IoMT? 202 Mitigation Strategies for Spoofing Attacks in IoMT 205 Key Takeaways of Replay and Spoofing Attacks in IoMT 206 Chapter 8 Denial of Service in Wireless Medical Networks 208 Understanding DoS Attacks 208 Common Types of DoS Attacks, Targets, and Device Impact 209 Impact of DoS Attacks on Healthcare Operations 213 Common Vulnerabilities That Enable DoS Attacks in Wireless Medical Networks 214 Mitigation Strategies for Denial of Service Attacks 217 Key Takeaways from DoS in Wireless Medical Networks 224 Part III Case Studies and Real-World Scenarios 227 Chapter 9 Pacemaker Hacking 229 Understanding Pacemaker Technology and Its Risks and Limitations 230 How Does the Heart Normally Function? 230 What Is a Pacemaker? 230 Understanding Vulnerabilities in Pacemakers in Today’s Connected World 233 Real-World Case Studies and Impact 235 Strategies and Technologies to Mitigate Pacemaker Cybersecurity Risks 242 More on Consequences of Pacemaker Hacking 244 Key Takeaways from Pacemaker Hacking 245 Chapter 10 Insulin Pump Vulnerabilities and Exploits 247 Understanding Insulin Pumps and Their Vulnerabilities 249 Implications and Real-World Scenarios of Insulin Pump Exploits 258 Education and Training for Patients and Healthcare Providers 261 Key Takeaways from Insulin Pump Vulnerabilities and Exploits 261 Chapter 11 Attack Vector Trends and Hospital Network Breaches with IoMT Devices 263 Understanding the IoMT Risk Landscape 264 Attack Vector Trends and Landscape 268 Malware Analysis for Digital Forensics Investigations 272 Key Takeaways from Hospital Network Breaches with IoMT Devices 280 Chapter 12 Wearable Medical Device Security Challenges 282 The Rise of Wearable Medical Devices 282 Security Challenges of Wearable Medical Devices 283 New Trends and Threats in Wearable Device Security 289 Proactive Measures for Mitigating Wearable Device Threats 290 How AI Can Help 291 Key Takeaways from Security Challenges of Wearable Medical Devices 294 Part IV Detection and Prevention 295 Chapter 13 Intrusion Detection and Prevention for IoMT Networks 297 Introduction to Intrusion Detection and Prevention Systems for IoMT 297 Understanding IoMT Ecosystems 299 What Is Intrusion Detection and Prevention in IoMT Environments? 299 Case Study: Implementing IDPS in a Healthcare Environment 302 IDPS Solutions 304 Best Practices for IoMT IDPS Deployment 331 Modern Innovations in IoMT IDS 333 Emerging Trends in IoMT IDS 336 Key Takeaways from IDPS for IoMT Networks 336 Chapter 14 Machine Learning Approaches to Wireless Attack Detection 338 Introduction to Machine Learning for Wireless Machine Learning Feature Engineering for Wireless Attack Detection 342 Types of Machine Learning Techniques 344 Machine Learning Applications in Healthcare and IoMT 350 Challenges in Applying ML to Wireless Security in IoMT 352 Future Directions of Machine Learning for Attack Detection in Healthcare 356 Machine Learning Case Studies in Healthcare 362 Key Takeaways from Machine Learning Approaches to Wireless Attack Detection 364 Chapter 15 Secure Communication Protocols for Medical Devices 366 Importance of Secure Communication in Medical Devices 366 Key Security Requirements for Medical Device Communication 368 Secure Communication Protocols for Medical Devices 371 Encryption Algorithms and Key Management 373 Secure Device Pairing and Onboarding 377 Out-of-Band Authentication Methods 377 Regulatory Compliance and Standards 379 Challenges in Implementing Secure Communication Protocols 381 Best Practices for Secure Medical Device Communication 383 Emerging Technologies and Future Trends 384 Secure Communication Strategies 386 Ethical Considerations 387 Key Takeaways from Secure Communication Protocols for Medical Devices 389 Chapter 16 Best Practices for IoMT Device Security 391 Endpoint Security Best Practices 392 Network Security Best Practices 393 Perimeter Security Best Practices 394 Cloud Security Best Practices 395 Network Segmentation 396 Strong Authentication and Access Controls 397 Regular Updates and Patching 401 AI-Powered Monitoring and Analytics 403 Zero Trust Security Model 405 Encryption and Data Protection 407 Asset Inventory and Management 409 Vendor Management and Third-Party Risk Assessment 411 Compliance with Regulatory Standards 414 Continuous Monitoring and Incident Response 417 Employee Training and Awareness 420 Secure Device Onboarding and Decommissioning 422 Physical Security Measures 425 Backup and Recovery 428 Secure Communication Protocols 430 Data Minimization and Retention Policies 433 Cybersecurity Insurance 435 Regular Security Audits 436 Key Takeaways of Best Practices for IoMT Device Security 438 Part V Future Trends and Emerging Threats 441 Chapter 17 5G and Beyond and Implications for IoMT Security 443 Introduction to 5G and Beyond Technologies 443 Impact of 5G on IoMT 445 Security Implications for IoMT 447 Regulatory Considerations 450 Future Research Directions 455 Industry Collaboration and Knowledge Sharing 456 Key Takeaways of 5G and Beyond and Implications for IoMT Security 458 Chapter 18 Quantum Computing in Medical Device Security 459 Fundamentals of Quantum Computing 459 Potential Applications in Medical Device Security 461 Challenges Posed by Quantum Computing 462 Quantum Attack on IoMT Firmware 463 Quantum-Resistant Cryptography for Medical Devices 466 Quantum Sensing and Metrology in Medical Devices 467 Quantum-Safe Network Protocols for Medical Devices 468 Regulatory and Standardization Efforts 469 Ethical and Privacy Considerations 470 Future Research Directions 472 Preparing the Healthcare Industry for the Quantum Era 473 Key Takeaways from Quantum Computing in Medical Device Security 475 Chapter 19 AI-Driven Attacks and Defenses in Healthcare 476 Types of AI-Driven Attacks in Healthcare 476 Impact of AI-Driven Attacks on Healthcare 478 AI-Driven Defenses in Healthcare 480 Challenges in Implementing AI-Driven Defenses 484 Future Trends in AI-Driven Healthcare Cybersecurity 486 Best Practices for Healthcare Organizations 488 Key Takeaways from AI-Driven Attacks and Defenses in Healthcare 489 Part VI Legal and Ethical Considerations 491 Chapter 20 Regulatory Frameworks for IoMT Security 493 Key Regulatory Bodies and Frameworks 493 Legal Considerations 495 Ethical Considerations 498 Challenges in Regulatory Framework Development 500 Best Practices for Regulatory Compliance 502 Future Trends in IoMT Security Regulation 504 Examples of Benefits from Regulation Implementation 505 Recommendations for Stakeholders 507 Key Takeaways from Regulatory Frameworks for IoMT Security 509 Chapter 21 Guidelines for Ethical Hacking in Healthcare 510 Importance of Ethical Hacking in Healthcare 510 Scope of Ethical Hacking in Healthcare 512 Legal and Regulatory Considerations 513 Ethical Boundaries and Guidelines 515 Best Practices for Ethical Hacking in Healthcare 516 Challenges in Healthcare Ethical Hacking 519 Emerging Trends and Future Considerations 520 Training and Certification for Healthcare Ethical Hackers 521 Case Studies 523 Key Takeaways from Ethical Hacking in Healthcare 524 Conclusion 525 Index 527

• Computer networking & communications

• Computer viruses, Trojans & worms

• Network security

• General (US: Trade)

• Professional & Vocational

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Weight:816.00