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Other titles in the Prentice Hall Series in Computer Networking and Distributed series:
Malware: Fighting Malicious Code (Prentice Hall Series in Computer Networking and Distributed)by Ed Skoudis
Synopses & Reviews
"This is a truly outstanding book-enormous technical wealth and beautifully written."
"Ed does it again, piercing the veil of mystery surrounding many of the more technical aspects of computer security!"
—Harlan Carvey, CISSP
"This book is entertaining and informative, while justifiably scaring you. Luckily it also tells you how to protect yourself, but makes you realize it's going to be a permanent spy-vs-spy struggle."
—Radia Perlman, Distinguished Engineer, Sun Microsystems Keep control of your systems out of the hands of unknown attackers
Ignoring the threat of malware is one of the most reckless things you can do in today's increasingly hostile computing environment. Malware is malicious code planted on your computer, and it can give the attacker a truly alarming degree of control over your system, network, and data-all without your knowledge! Written for computer pros and savvy home users by computer security expert Edward Skoudis, Malware: Fighting Malicious Code covers everything you need to know about malware, and how to defeat it!
This book devotes a full chapter to each type of malware-viruses, worms, malicious code delivered through Web browsers and e-mail clients, backdoors, Trojan horses, user-level RootKits, and kernel-level manipulation. You'll learn about the characteristics and methods of attack, evolutionary trends, and how to defend against each type of attack. Real-world examples of malware attacks help you translate thought into action, and a special defender's toolbox chapter shows how to build your own inexpensive code analysis lab to investigate new malware specimens on your own. Throughout, Skoudis' clear, engaging style makes the material approachable and enjoyable to learn. This book includes:
Malware: Fighting Malicious Code is intended for system administrators, network personnel, security personnel, savvy home computer users, and anyone else interested in keeping their systems safe from attackers.
Book News Annotation:
Intended for system administrators, this security guide characterizes the latest wave of malicious code attacks being used to invade commercial computer systems based on Windows and UNIX—worms, mobile code on the web, backdoors, Trojan horses, and kernel-mode rootkits—recommends defenses to protect systems against each type of attack, and provides instructions for building an experimental network to analyze malicious code and the associated defenses.
Annotation ©2004 Book News, Inc., Portland, OR (booknews.com)
Malware is short for malicious software--software designed specifically to damage or disrupt a system, such as a virus or Trojan horse. Skoudis shows how to fight this malicious code.
About the Author
ED SKOUDIS is a computer security consultant with International Network Services. Ed's expertise includes hacker attacks and defenses, the information security industry, and computer privacy issues. He has performed numerous security assessments, designed secure network architectures, and responded to computer attacks. A frequent speaker on issues associated with hacker tools and effective defenses, Ed has published several articles, as well as the highly acclaimed Counter Attack: A Step-by-Step Guide to Computer Attacks and Effective Defenses (Prentice Hall PTR, 2001).
Table of Contents
Defining the Problem. Why Is Malicious Code So Prevalent? Types of Malicious Code. Malicious Code History. Why This Book? What To Expect. References.
The Early History of Computer Viruses. Infection Mechanisms and Targets. Virus Propagation Mechanisms. Defending against Viruses. Malware Self-Preservation Techniques. Conclusions. Summary. References.
Why Worms? A Brief History of Worms. Worm Components. Impediments to Worm Spread. The Coming Super Worms. Bigger Isn't Always Better: The Un-Super Worm. Worm Defenses. Conclusions. Summary. References.
4. Malicious Mobile Code.
Browser Scripts. ActiveX Controls. Java Applets. Mobile Code in E-Mail Clients. Distributed Applications and Mobile Code. Additional Defenses against Malicious Mobile Code. Conclusions. Summary. References.
Different Kinds of Backdoor Access. Installing Backdoors. Starting Backdoors Automatically. All-Purpose Network Connection Gadget: Netcat. Network Computing. Backdoors without Ports. Conclusions. Summary. References.
6. Trojan Horses.
What's in a Name? Wrap Stars. Trojaning Software Distribution Sites. Poisoning the Source. Co-opting a Browser: Setiri. Hiding Data in Executables: Stego and Polymorphism. Conclusions. Summary. References.
7. User-Mode RootKits.
UNIX User-mode RootKits. Windows User-Mode RootKits. Conclusions. Summary. References.
8. Kernel-Mode RootKits.
What Is the Kernel? Kernel Manipulation Impact. The Linux Kernel. The Windows Kernel. Conclusions. Summary. References.
9. Going Deeper.
Setting the Stage: Different Layers of Malware. Going Deeper: The Possibility of BIOS and Malware Microcode. Combo Malware. Conclusions. Summary. References.
Scenario 1: A Fly in the Ointment. Scenario 2: Invasion of the Kernel Snatchers. Scenario 3: Silence of the Worms. Conclusions. Summary.
11. Malware Analysis.
Building a Malware Analysis Laboratory. Malware Analysis Process. Conclusion. Summary. References.
Useful Web Sites for Keeping Up. Parting Thoughts.
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