Security Management of Next Generation Telecommunications Networks and Services. IEEE Press Series on Networks and Services Management

  • ID: 2170949
  • Book
  • 392 Pages
  • John Wiley and Sons Ltd
1 of 4

An authoritative guide for improving the security of enterprise and service provider networks everywhere

Unlike traditional enterprise networks, where users connect to IT resources within an organization′s demilitarized zone (DMZ), next generation networks (NGN) serve users logging onto virtualized resources from a diverse array of devices and locations. Clearly, NGNs require an integrated approach to the management of security rather than unmanageable and non–integrated add–on solutions.

In contrast to most books on the subject, which limit coverage of security management to discussions of SNMP authentication and confidentiality mechanisms, this book considers it a governance issue that needs to follow the "Plan, Do, Check, and Act" approach pioneered by W. Edwards Deming. Following an account of the evolution of standardized network management concepts over the last twenty years, author Stuart Jacobs:

  • Analyzes existing security standards and management frameworks of NGNs
  • Reviews authentication, authorization, confidentiality, integrity, non–repudiation, vulnerabilities, threats, risk management, and other key security concepts
  • Details effective approaches to encryption and associated credentials management/control
  • Considers secure interoperability between telecommunications service provider management systems and between service providers over security domain boundaries
  • Highlights the critical need for well–organized information security policies, security structures, and approaches for clearly defining security requirements and security procedures
  • Presents an integrated security management framework that expands on TMN and eTOM security functional areas
  • Provides in–depth coverage of operations security (OPSEC) the area in which the "Act" and "Check" aspects are most fully realized

Security Management of Next Generation Telecommunications Networks and Services is a valuable resource for telecommunications and IT professionals, as well as enterprise systems engineers/architects.

Note: Product cover images may vary from those shown
2 of 4

Preface xi

Acknowledgments xv


1.1 Evolution of Networking Concepts 4

1.1.1 The Public Switched Telephone Network 4

1.1.2 Computer/Data Communications Networks 5

1.1.3 Network Architectures 6

1.1.4 Data Network Complexity 8

1.2 A Network Security Historical Perspective 13

1.2.1 ISO/IEC 7498 1 (ITU–T X.200) Coverage of Management 14

1.2.2 ISO/IEC 7498 4 (ITU–T X.700) Coverage of Security Management 15

1.2.3 ISO/IEC 7498 2 (ITU–T X.800) Coverage of Security and Management 15

1.2.4 The Security Frameworks (ITU–T X.810 ITU–T X.816) 23

1.2.5 The ITU–T X.805 Approach to Security 25

1.3 Network and Security Management Systems 26

1.3.1 Element and Network Management Systems 26

1.3.2 Operations Support Systems 27

1.4 Evolution of Network and Security Management Concepts 29

1.4.1 Telecommunications Management Network 29

1.4.2 Next Generation Operations Systems and Software 47

1.4.3 Enhanced Telecom Operations Map 50

1.5 How the Need for Information Security has Changed 57

1.6 Summary 61

Further Reading and Resources 62


2.1 A Little Network History 63

2.1.1 Point–to–Point Data Communications 64

2.1.2 Early Commercial Packet Switching 64

2.1.3 The ARPANET: Internet 64

2.1.4 Ethernet and IEEE 802.3 70

2.1.5 Network Address Translation 71

2.2 Common Network Organizations 72

2.2.1 Wired Local Area Networks 74

2.2.2 Wireless Networks 83

2.2.3 Metropolitan Area Networks 87

2.2.4 Wide Area Networks 94

2.2.5 Networks Are Now Layered upon Networks 96

2.2.6 Additional Networking Developments 96

2.2.7 Security Mechanisms in Modern Networks 105

2.3 Next–Generation Networks and Interfaces 108

2.3.1 Framework and Topology of the NGN 108

2.3.2 IP Multimedia Subsystem 125

2.4 Summary 133

Further Reading and Resources 136


3.1 Cybercrime as a Driver for Information Security Management 140

3.2 Governance as a Driver for Information Security Management 142

3.2.1 What Is Governance? 142

3.2.2 Information System Security Governance 143

3.3 Information Security Management Frameworks 145

3.3.1 ISO/IEC 27000 Series 146

3.3.2 The Information Technology Infrastructure Library Framework 164

3.3.3 COBIT Framework 167

3.3.4 FISMA Framework 173

3.4 A Holistic Approach for Security Management 176

3.4.1 Organizational Aspects of Security Governance and Management 176

3.4.2 Policies and Policy Hierarchies 180

3.4.3 Functional and Operational Security Requirements 183

3.5 Summary 189

Further Reading and Resources 189


4.1 Asset Identification: Definition and Inventorying 193

4.2 Impact Analysis 224

4.2.1 Existing System Impact Analysis 224

4.2.2 New System Impact Analysis 236

4.2.3 Risk Mitigation Analysis 240

4.2.4 Malicious Security Events and Threat Assessment 243

4.3 Risk Mitigation Controls Acquisition or Development 257

4.3.1 Procedural Risk Mitigation Controls 257

4.3.2 New Technical Risk Mitigation Controls 258

4.4 Risk Mitigation Controls Deployment Testing 273

4.5 Summary 274

Further Reading and Resources 275


5.1 Securing Management Applications and Communications 278

5.1.1 Security within Element and Network Management Systems 278

5.1.2 Telecommunications Management Network Security 279

5.1.3 Operations Support System Security Needs 281

5.1.4 Reflections on Past ITU Treatment of Managing Security 285

5.1.5 Management of Security Services and Mechanisms Revisited 288

5.1.6 A Security Management Framework 291

5.2 Security Operations and Maintenance 296

5.2.1 Operational Security Compliance Programs 297

5.2.2 Security Operations Reviews and Audits 301

5.2.3 Security Event Response and Incident Management 302

5.2.4 Penetration Testing 304

5.2.5 Common Criteria Evaluated Systems 306

5.2.6 Accreditation and Certification 309

5.3 Withdrawal from Service 312

5.4 Summary 314

5.5 Concluding Remarks 314

Further Reading and Resources 314

Appendices 318

Appendix A: Role of Cryptography in Information Security

Appendix B: Authentication of Subjects

Appendix C: Network Security Mechanisms

Appendix D: Example Company Security Policy

Appendix E: Example Generic Detailed Security Requirements

Appendix F: Securing Common Network Protocols

Appendix G: Security Mapping between M.3400 and M.3050 320

Appendix H: State Privacy Laws as of 2010 328

Appendix I: Example RFP Security Appendix

Appendix J: RFP Security Analysis of ABC Proposal

Appendix K: Example Security Statement of Work 339

Appendix L: Example Solaris Operating System Audit Procedures 348

Appendix M: Example Procedure for Basic Hardening of a Windows XP Professional Operating System 352

Appendix N: Example Network Audit Procedure 356

Appendix O: Example Unix Linux Operating System

Audit Procedures 360

Index 365

Note: Product cover images may vary from those shown
3 of 4


4 of 4

STUART JACOBS is Principal Consultant for YCS Consulting LLC and a Lecturer at Boston University Metropolitan College. He serves as an Industry Security Subject Matter Expert for the Telecommunications Management and Operations Committee (TMOC) of the Alliance for the Telecommunications Industry Solutions (ATIS). Mr. Jacobs has also served as a technical editor of ATIS Joint Committee Technical Reports and ITU–T Recommendations.

Note: Product cover images may vary from those shown
5 of 4
Note: Product cover images may vary from those shown