Network Security Architectures View Larger Image | Sean Convery Cisco Press, Hardcover, Published April 2004, 739 pages, ISBN 158705115X | List Price: $65.00 Our Price: $50.50 You Save: $14.50 (22% Off)
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Improve Your Network's Security Using Network Admission Control
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Expert guidance on designing secure networks
- Understand security best practices and how to take advantage of the
networking gear you already have
- Review designs for campus, edge, and teleworker networks of varying
sizes
- Learn design considerations for device hardening, Layer 2 and Layer
3 security issues, denial of service, IPsec VPNs, and network identity
- Understand security design considerations for common applications such
as DNS, mail, and web
- Identify the key security roles and placement issues for network security
elements such as firewalls, intrusion detection systems, VPN gateways,
content filtering, as well as for traditional network infrastructure devices
such as routers and switches
- Learn 10 critical steps to designing a security system for your network
- Examine secure network management designs that allow your management
communications to be secure while still maintaining maximum utility
- Try your hand at security design with three included case studies
- Benefit from the experience of the principle architect of the original
Cisco Systems SAFE Security Blueprint
Written by the principle architect of the original Cisco Systems SAFE Security
Blueprint, Network Security Architectures is your comprehensive
how-to guide to designing and implementing a secure network. Whether your
background is security or networking, you can use this book to learn how
to bridge the gap between a highly available, efficient network and one
that strives to maximize security. The included secure network design techniques
focus on making network and security technologies work together as a unified
system rather than as isolated systems deployed in an ad-hoc way.
Beginning where other security books leave off, Network Security Architectures
shows you how the various technologies that make up a security system can
be used together to improve your network's security. The technologies and
best practices you'll find within are not restricted to a single vendor
but broadly apply to virtually any network system. This book discusses the
whys and hows of security, from threats and counter measures to how to set
up your security policy to mesh with your network architecture. After learning
detailed security best practices covering everything from Layer 2 security
to e-commerce design, you'll see how to apply the best practices to your
network and learn to design your own security system to incorporate the
requirements of your security policy. You'll review detailed designs that
deal with today's threats through applying defense-in-depth techniques and
work through case studies to find out how to modify the designs to address
the unique considerations found in your network.
Whether you are a network or security engineer, Network Security Architectures
will become your primary reference for designing and building a secure network.
This book is part of the Networking Technology Series from Cisco Press,
which offers networking professionals valuable information for constructing
efficient networks, understanding new technologies, and building successful
careers.
Table of Contents
Foreword.
Preface.
I. NETWORK SECURITY FOUNDATIONS.
1. Network Security Axioms.
Network Security Is a System. Business Priorities
Must Come First. Network Security Promotes Good Network Design. Everything
Is a Target. Everything Is a Weapon. Strive for Operational Simplicity.
Good Network Security Is Predictable. Avoid Security Through Obscurity.
Confidentiality and Security Are Not the Same. Summary. Reference. Applied
Knowledge Questions.
2. Security Policy and Operations Life
Cycle.
You Can't Buy Network Security. What Is a
Security Policy? Security System Development and Operations Overview. Summary.
References. Applied Knowledge Questions.
3. Secure Networking Threats.
The Attack Process. Attacker Types. Vulnerability
Types. Attack Results. Attack Taxonomy. Summary. References. Applied Knowledge
Questions.
4. Network Security Technologies.
The Difficulties of Secure Networking. Security
Technologies. Emerging Security Technologies. Summary. References. Applied
Knowledge Questions.
II. DESIGNING SECURE NETWORKS.
5. Device Hardening.
Components of a Hardening Strategy. Network
Devices. Host Operating Systems. Applications. Appliance-Based Network Services.
Rogue Device Detection. Summary. References. Applied Knowledge Questions.
6. General Design Considerations.
Physical Security Issues. Layer 2 Security
Considerations. IP Addressing Design Considerations. ICMP Design Considerations.
Routing Considerations. Transport Protocol Design Considerations. DoS Design
Considerations. Summary. References. Applied Knowledge Questions.
7. Network Security Platform Options
and Best Deployment Practices.
Network Security Platform Options. Network
Security Device Best Practices. Summary. Reference. Applied Knowledge Questions.
8. Common Application Design Considerations.
E-Mail. DNS. HTTP/HTTPS. FTP. Instant Messaging.
Application Evaluation. Summary. References. Applied Knowledge Questions.
9. Identity Design Considerations.
Basic Foundation Identity Concepts. Types
of Identity. Factors in Identity. Role of Identity in Secure Networking.
Identity Technology Guidelines. Identity Deployment Recommendations. Summary.
References. Applied Knowledge Questions.
10. IPsec VPN Design Considerations.
VPN Basics. Types of IPsec VPNs. IPsec Modes
of Operation and Security Options. Topology Considerations. Design Considerations.
Site-to-Site Deployment Examples. IPsec Outsourcing. Summary. References.
Applied Knowledge Questions.
11. Supporting-Technology Design Considerations.
Content. Load Balancing. Wireless LANs. IP
Telephony. Summary. References. Applied Knowledge Questions.
12. Designing Your Security System.
Network Design Refresher. Security System
Concepts. Impact of Network Security on the Entire Design. Ten Steps to
Designing Your Security System. Summary. Applied Knowledge Questions.
III. SECURE NETWORK DESIGNS.
13. Edge Security Design.
What Is the Edge? Expected Threats. Threat
Mitigation. Identity Considerations. Network Design Considerations. Small
Network Edge Security Design. Medium Network Edge Security Design. High-End
Resilient Edge Security Design. Provisions for E-Commerce and Extranet Design.
Summary. References. Applied Knowledge Questions.
14. Campus Security Design.
What Is the Campus? Campus Trust Model. Expected
Threats. Threat Mitigation. Identity Considerations. Network Design Considerations.
Small Network Campus Security Design. Medium Network Campus Security Design.
High-End Resilient Campus Security Design. Summary. References. Applied
Knowledge Questions.
15. Teleworker Security Design.
Defining the Teleworker Environment. Expected
Threats. Threat Mitigation. Identity Considerations. Network Design Considerations.
Software-Based Teleworker Design. Hardware-Based Teleworker Design. Design
Evaluations. Summary. Reference. Applied Knowledge Questions.
IV. NETWORK MANAGEMENT, CASE STUDIES, AND CONCLUSIONS.
16. Secure Network Management and Network
Security Management.
Utopian Management Goals. Organizational
Realities. Protocol Capabilities. Tool Capabilities. Secure Management Design
Options. Network Security Management Best Practices. Summary. References.
Applied Knowledge Questions.
17. Case Studies.
Introduction. Real-World Applicability. Organization.
NetGamesRUs.com. University of Insecurity. Black Helicopter Research Limited.
Summary. Reference. Applied Knowledge Questions.
18. Conclusions.
Introduction. Management Problems Will Continue.
Security Will Become Computationally Less Expensive. Homogeneous and Heterogeneous
Networks. Legislation Should Garner Serious Consideration. IP Version 6
Changes Things. Network Security Is a System. Summary. References.
Appendix A: Glossary of Terms.
Appendix B: Answers to Applied Knowledge
Questions.
Chapters 1-16.
Appendix C: Sample Security Policies.
Index.
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