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Maximum Internet Security: a Hackers Guide - Networking - Intrusion Detection - Maximum Internet Security: A Hackers Guide - Networking - Intrusion Detection Exact Phrase All Words Search Tips Maximum Internet Security: A Hackers Guide Author: Publishing Sams Web Price: $49.99 US Publisher: Sams Featured Author ISBN: 1575212684 Benoît Marchal Publication Date: 6/25/97 Pages: 928 Benoît Marchal Table of Contents runs Pineapplesoft, a Save to MyInformIT consulting company that specializes in Internet applications — Now more than ever, it is imperative that users be able to protect their system particularly e-commerce, from hackers trashing their Web sites or stealing information. Written by a XML, and Java. In 1997, reformed hacker, this comprehensive resource identifies security holes in Ben co-founded the common computer and network systems, allowing system administrators to XML/EDI Group, a think discover faults inherent within their network- and work toward a solution to tank that promotes the use those problems. of XML in e-commerce applications. Table of Contents I Setting the Stage 1 -Why Did I Write This Book? 2 -How This Book Will Help You Featured Book 3 -Hackers and Crackers Sams Teach 4 -Just Who Can Be Hacked, Anyway? Yourself Shell II Understanding the Terrain Programming in 5 -Is Security a Futile Endeavor? 24 Hours 6 -A Brief Primer on TCP/IP 7 -Birth of a Network: The Internet Take control of your 8 -Internet Warfare systems by harnessing the power of the shell. III Tools 9 -Scanners 10 -Password Crackers 11 -Trojans 12 -Sniffers 13 -Techniques to Hide One's Identity 14 -Destructive Devices IV Platforms and Security 15 -The Hole 16 -Microsoft 17 -UNIX: The Big Kahuna 18 -Novell 19 -VAX/VMS 20 -Macintosh 21 -Plan 9 from Bell Labs V Beginning at Ground Zero 22 -Who or What Is Root? 23 -An Introduction to Breaching a Server Internally http://www.informit.com/product/1575212684/ (1 of 2) [17.07.2000 19:54:50] - Maximum Internet Security: A Hackers Guide - Networking - Intrusion Detection 24 -Security Concepts VI The Remote Attack 25 -The Remote Attack 26 -Levels of Attack 27 -Firewalls 28 -Spoofing Attacks 29 -Telnet-Based Attacks 30 -Language, Extensions, and Security VII The Law 31 -Reality Bytes: Computer Security and the VIII Appendixes 31 -VIII Appendixes Appendix A -How to Get More Information Appendix B -Security Consultants Appendix C -A Hidden Message About the Internet Appendix D -What's on the CD-ROM About InformIT | Press Area | Advertising | Careers Contact Us Copyright, Terms & Conditions Privacy Policy | | © Copyright 2000 InformIT. All rights reserved. http://www.informit.com/product/1575212684/ (2 of 2) [17.07.2000 19:54:50] - Why Did I Write This Book? From: Maximum Internet Security: A Hackers Guide Exact Phrase All Words Why Did I Write This Book? Search Tips Contents Next > From: Maximum Internet Security: A Hackers Guide Save to MyInformIT Author: Publishing Sams Publisher: Sams More Information Hacking and cracking are activities that generate intense public interest. Stories of hacked servers and downed Internet providers appear regularly in national news. Consequently, publishers are in a race to deliver books on these subjects. To its credit, the publishing community has not failed in this resolve. Security books appear on shelves in ever-increasing numbers. However, the public remains wary. Consumers recognize driving commercialism when they see it, and are understandably suspicious of books such as this one. They need only browse the shelves of their local bookstore to accurately assess the situation. Books about Internet security are common (firewall technology seems to dominate the subject list). In such books, the information is often sparse, confined to a narrow range of products. Authors typically include full-text reproductions of stale, dated documents that are readily available on the Net. This poses a problem, mainly because such texts are impractical. Experienced readers are already aware of these reference sources, and inexperienced ones are poorly served by them. Hence, consumers know that they might get little bang for their buck. Because of this trend, Internet security books have sold poorly at America's neighborhood bookstores. Another reason that such books sell poorly is this: The public erroneously believes that to hack or crack, you must first be a genius or a UNIX guru. Neither is true, though admittedly, certain exploits require advanced knowledge of the target's operating system. However, these exploits can now be simplified through utilities that are available for a wide range of platforms. Despite the availability of such programs, however, the public remains mystified by hacking and cracking, and therefore, reticent to spend forty dollars for a hacking book. So, at the outset, Sams.net embarked on a rather unusual journey in publishing this book. The Sams.net imprint occupies a place of authority within the field. Better than two thirds of all information professionals I know have purchased at least one Sams.net product. For that reason, this book represented to them a special situation. Hacking, cracking, and Internet security are all explosive subjects. There is a sharp difference between publishing a primer about C++ and publishing a hacking guide. A book such as this one harbors certain dangers, including ● The possibility that readers will use the information maliciously ● The possibility of angering the often-secretive Internet-security community ● The possibility of angering vendors that have yet to close security holes within their software If any of these dangers materialize, Sams.net will be subject to scrutiny or perhaps even censure. So, again, if all of this is true, why would Sams.net publish this book? Sams.net published this book (and I agreed to write it) because there is a real need. I'd like to explain that need for a moment, because it is a matter of some dispute within the Internet community. Many people feel that this need is a manufactured one, a device dreamt up by software vendors specializing in security products. This charge--as the reader will soon learn--is unfounded. Today, thousands of institutions, businesses, and individuals are going online. This phenomenon--which has been given a dozen different names--is most commonly referred to as the Internet explosion. That explosion has drastically altered the composition of the Internet. By composition of the Internet, I refer to the cyberography of http://www.informit.com/content/1575212684/element_002.shtml (1 of 8) [17.07.2000 19:55:14] - Why Did I Write This Book? From: Maximum Internet Security: A Hackers Guide the Net, or the demography of cyberspace. This quality is used to express the now diverse mixture of users (who have varying degrees of online expertise) and their operating systems. A decade ago, most servers were maintained by personnel with at least basic knowledge of network security. That fact didn't prevent break-ins, of course, but they occurred rarely in proportion to the number of potential targets. Today, the Internet's population is dominated by those without strong security knowledge, many of whom establish direct links to the backbone. The number of viable targets is staggering. Similarly, individual users are unaware that their personal computers are at risk of penetration. Folks across the country surf the Net using networked operating systems, oblivious to dangers common to their platform. To be blunt, much of America is going online unarmed and unprepared. You might wonder even more why Sams would publish a book such as this. After all, isn't the dissemination of such information likely to cause (rather than prevent) computer break-ins? In the short run, yes. Some readers will use this book for dark and unintended purposes. However, this activity will not weaken network security; it will strengthen it. To demonstrate why, I'd like to briefly examine the two most common reasons for security breaches: ● Misconfiguration of the victim host ● System flaws or deficiency of vendor response Misconfiguration of the Victim Host The primary reason for security breaches is misconfiguration of the victim host. Plainly stated, most operating systems ship in an insecure state. There are two manifestations of this phenomenon, which I classify as active and passive states of insecurity in shipped software. The Active State The active state of insecurity in shipped software primarily involves network utilities. Certain network utilities, when enabled, create serious security risks. Many software products ship with these options enabled. The resulting risks remain until the system administrator deactivates or properly configures the utility in question. A good example would be network printing options (the capability of printing over an Ethernet or the Internet). These options might be enabled in a fresh install, leaving the system insecure. It is up to the system administrator (or user) to disable these utilities. However, to disable them, the administrator (or user) must first know of their existence. You might wonder how a user could be unaware of such utilities. The answer is simple: Think of your favorite word processor. Just how much do you know about it? If you routinely write macros in a word-processing environment, you are an advanced user, one member of a limited class. In contrast, the majority of people use only the basic functions of word processors: text, tables, spell check, and so forth. There is certainly nothing wrong with this approach. Nevertheless, most word processors have more advanced features, which are often missed by casual users. For example, how many readers who used DOS-based WordPerfect knew that it included a command-line screen-capture utility? It was called Grab. It grabbed the screen in any DOS-based program. At the time, that functionality was unheard of in word processors. The Grab program was extremely powerful when coupled with a sister utility called Convert, which was used to transform other graphic file formats into *.wpg files, a format suitable for importation into a WordPerfect document.
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