Web Security, Privacy & Commerce

Web Security, Privacy & Commerce

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Product Details

ISBN-13: 9780596000455
Publisher: O'Reilly Media, Incorporated
Publication date: 11/22/2001
Edition description: Second Edition
Pages: 788
Product dimensions: 7.00(w) x 9.19(h) x 1.70(d)

About the Author

Simson Garfinkel, CISSP, is a journalist, entrepreneur, and international authority on computer security. Garfinkel is chief technology officer at Sandstorm Enterprises, a Boston-based firm that develops state-of-the-art computer security tools. Garfinkel is also a columnist for Technology Review Magazine and has written for more than 50 publications, including Computerworld, Forbes, and The New York Times. He is also the author of Database Nation; Web Security, Privacy, and Commerce; PGP: Pretty Good Privacy; and seven other books. Garfinkel earned a master's degree in journalism at Columbia University in 1988 and holds three undergraduate degrees from MIT. He is currently working on his doctorate at MIT's Laboratory for Computer Science.

Gene Spafford, Ph.D., CISSP, is an internationally renowned scientist and educator who has been working in information security, policy, cybercrime, and software engineering for nearly two decades. He is a professor at Purdue University and is the director of CERIAS, the world's premier multidisciplinary academic center for information security and assurance. Professor Spafford and his students have pioneered a number of technologies and concepts well-known in security today, including the COPS and Tripwire tools, two-stage firewalls, and vulnerability databases. Spaf, as he is widely known, has achieved numerous professional honors recognizing his teaching, his research, and his professional service. These include being named a fellow of the AAAS, the ACM, and the IEEE; receiving the National Computer Systems Security Award; receiving the William Hugh Murray Medal of the NCISSE; election to the ISSA Hall of Fame; and receiving the Charles Murphy Award at Purdue. He was named a CISSP, honoris causa in 2000. In addition to over 100 technical reports and articles on his research, Spaf is also the coauthor of Web Security, Privacy, and Commerce, and was the consulting editor for Computer Crime: A Crimefighters Handbook (both from O'Reilly).

Table of Contents

Preface;
Web Security: Is Our Luck Running Out?;
About This Book;
Conventions Used in This Book;
Comments and Questions;
History and Acknowledgments;
Web Technology;
Chapter 1: The Web Security Landscape;
1.1 The Web Security Problem;
1.2 Risk Analysis and Best Practices;
Chapter 2: The Architecture of the World Wide Web;
2.1 History and Terminology;
2.2 A Packet’s Tour of the Web;
2.3 Who Owns the Internet?;
Chapter 3: Cryptography Basics;
3.1 Understanding Cryptography;
3.2 Symmetric Key Algorithms;
3.3 Public Key Algorithms;
3.4 Message Digest Functions;
Chapter 4: Cryptography and the Web;
4.1 Cryptography and Web Security;
4.2 Working Cryptographic Systems and Protocols;
4.3 What Cryptography Can’t Do;
4.4 Legal Restrictions on Cryptography;
Chapter 5: Understanding SSL and TLS;
5.1 What Is SSL?;
5.2 SSL: The User’s Point of View;
Chapter 6: Digital Identification I: Passwords, Biometrics, and Digital Signatures;
6.1 Physical Identification;
6.2 Using Public Keys for Identification;
6.3 Real-World Public Key Examples;
Chapter 7: Digital Identification II: Digital Certificates, CAs, and PKI;
7.1 Understanding Digital Certificates with PGP;
7.2 Certification Authorities: Third-Party Registrars;
7.3 Public Key Infrastructure;
7.4 Open Policy Issues;
Privacy and Security for Users;
Chapter 8: The Web’s War on Your Privacy;
8.1 Understanding Privacy;
8.2 User-Provided Information;
8.3 Log Files;
8.4 Understanding Cookies;
8.5 Web Bugs;
8.6 Conclusion;
Chapter 9: Privacy-Protecting Techniques;
9.1 Choosing a Good Service Provider;
9.2 Picking a Great Password;
9.3 Cleaning Up After Yourself;
9.4 Avoiding Spam and Junk Email;
9.5 Identity Theft;
Chapter 10: Privacy-Protecting Technologies;
10.1 Blocking Ads and Crushing Cookies;
10.2 Anonymous Browsing;
10.3 Secure Email;
Chapter 11: Backups and Antitheft;
11.1 Using Backups to Protect Your Data;
11.2 Preventing Theft;
Chapter 12: Mobile Code I: Plug-Ins, ActiveX,and Visual Basic;
12.1 When Good Browsers Go Bad;
12.2 Helper Applications and Plug-ins;
12.3 Microsoft’s ActiveX;
12.4 The Risks of Downloaded Code;
12.5 Conclusion;
Chapter 13: Mobile Code II: Java, JavaScript, Flash, and Shockwave;
13.1 Java;
13.2 JavaScript;
13.3 Flash and Shockwave;
13.4 Conclusion;
Web Server Security;
Chapter 14: Physical Security for Servers;
14.1 Planning for the Forgotten Threats;
14.2 Protecting Computer Hardware;
14.3 Protecting Your Data;
14.4 Personnel;
14.5 Story: A Failed Site Inspection;
Chapter 15: Host Security for Servers;
15.1 Current Host Security Problems;
15.2 Securing the Host Computer;
15.3 Minimizing Risk by Minimizing Services;
15.4 Operating Securely;
15.5 Secure Remote Access and Content Updating;
15.6 Firewalls and the Web;
15.7 Conclusion;
Chapter 16: Securing Web Applications;
16.1 A Legacy of Extensibility and Risk;
16.2 Rules to Code By;
16.3 Securely Using Fields, Hidden Fields, and Cookies;
16.4 Rules for Programming Languages;
16.5 Using PHP Securely;
16.6 Writing Scripts That Run with Additional Privileges;
16.7 Connecting to Databases;
16.8 Conclusion;
Chapter 17: Deploying SSL Server Certificates;
17.1 Planning for Your SSL Server;
17.2 Creating SSL Servers with FreeBSD;
17.3 Installing an SSL Certificate on Microsoft IIS;
17.4 Obtaining a Certificate from a Commercial CA;
17.5 When Things Go Wrong;
Chapter 18: Securing Your Web Service;
18.1 Protecting Via Redundancy;
18.2 Protecting Your DNS;
18.3 Protecting Your Domain Registration;
Chapter 19: Computer Crime;
19.1 Your Legal Options After a Break-In;
19.2 Criminal Hazards;
19.3 Criminal Subject Matter;
Security for Content Providers;
Chapter 20: Controlling Access to Your Web Content;
20.1 Access Control Strategies;
20.2 Controlling Access with Apache;
20.3 Controlling Access with Microsoft IIS;
Chapter 21: Client-Side Digital Certificates;
21.1 Client Certificates;
21.2 A Tour of the VeriSign Digital ID Center;
Chapter 22: Code Signing and Microsoft’s Authenticode;
22.1 Why Code Signing?;
22.2 Microsoft’s Authenticode Technology;
22.3 Obtaining a Software Publishing Certificate;
22.4 Other Code Signing Methods;
Chapter 23: Pornography, Filtering Software, and Censorship;
23.1 Pornography Filtering;
23.2 PICS;
23.3 RSACi;
23.4 Conclusion;
Chapter 24: Privacy Policies, Legislation, and P3P;
24.1 Policies That Protect Privacy and Privacy Policies;
24.2 Children’s Online Privacy Protection Act;
24.3 P3P;
24.4 Conclusion;
Chapter 25: Digital Payments;
25.1 Charga-Plates, Diners Club, and Credit Cards;
25.2 Internet-Based Payment Systems;
25.3 How to Evaluate a Credit Card Payment System;
Chapter 26: Intellectual Property and Actionable Content;
26.1 Copyright;
26.2 Patents;
26.3 Trademarks;
26.4 Actionable Content;
Appendixes;
Lessons from Vineyard.NET;
In the Beginning;
Planning and Preparation;
IP Connectivity;
Commercial Start-Up;
Ongoing Operations;
Redundancy and Wireless;
The Big Cash-Out;
Conclusion;
The SSL/TLS Protocol;
History;
TLS Record Layer;
SSL/TLS Protocols;
SSL 3.0/TLS Handshake;
P3P: The Platform for Privacy Preferences Project;
How P3P Works;
Deploying P3P;
Simple P3P-Enabled Web Site Example;
The PICS Specification;
Rating Services;
PICS Labels;
References;
Electronic References;
Paper References;
Colophon;

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