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Information Security of Highly Critical Wireless Networks

  • Book
  • © 2017

Overview

Authors:
  1. Maurizio Martellini

    1. Landau Network Fondazione Volta , Milan, Italy

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  2. Stanislav Abaimov

    1. University of Rome Tor Vergata , Rome, Italy

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  3. Sandro Gaycken

    1. (ESMT), European School of Management & Tech (ESMT), Berlin, Germany

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  4. Clay Wilson

    1. Cybersecurity Studies, University of Maryland University College, Largo, USA

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Part of the book series: SpringerBriefs in Computer Science (BRIEFSCOMPUTER)

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Table of contents (16 chapters)

  1. Front Matter

    Pages i-vii
    Download chapter PDF

  2. Introduction

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 1-2

  3. What Is Highly Critical Wireless Networking (HCWN)

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 3-5

  4. Applications for HCWN

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 7-10

  5. Vulnerabilities and Security Issues

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 11-15

  6. Modeling Threats and Risks

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 17-18

  7. Modeling Vulnerabilities

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 19-20

  8. Governance and Management Frameworks

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 21-23

  9. Security Technologies for Networked Devices

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 25-26

  10. Known Weaknesses with Security Controls

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 27-28

  11. Competent Reliable Operation of HCWN

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 29-30

  12. Assessing the Effectiveness and Efficiency of Security Approaches

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 31-32

  13. Examples in Brief

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 33-35

  14. Testing the Resilience of HCWN

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 37-58

  15. Future Attack Patterns

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 59-62

  16. Assessing Cyberattacks Against Wireless Networks of the Next Global Internet of Things Revolution: Industry 4.0

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 63-69

  17. Conclusion

    • Maurizio Martellini, Stanislav Abaimov, Sandro Gaycken, Clay Wilson
    Pages 71-73
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Keywords

About this book

This SpringerBrief explores features of digital protocol wireless communications systems, and features of the emerging electrical smart grid. Both low power and high power wireless systems are described.  The work also examines the cybersecurity vulnerabilities, threats and current levels of risks to critical infrastructures that rely on digital wireless technologies.  
Specific topics include areas of application for high criticality wireless networks (HCWN), modeling risks and vulnerabilities, governance and management frameworks, systemic mitigation, reliable operation, assessing effectiveness and efficiency, resilience testing, and accountability of HCWN. 
Designed for researchers and professionals, this SpringerBrief provides essential information for avoiding malevolent uses of wireless networks. The content is also valuable for advanced-level students interested in security studies or wireless networks.




Authors and Affiliations

  • Landau Network Fondazione Volta , Milan, Italy

    Maurizio Martellini

  • University of Rome Tor Vergata , Rome, Italy

    Stanislav Abaimov

  • (ESMT), European School of Management & Tech (ESMT), Berlin, Germany

    Sandro Gaycken

  • Cybersecurity Studies, University of Maryland University College, Largo, USA

    Clay Wilson

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