Titel: How to Break Web Software
Autor/en: James A. Whittaker, Mike Andrews
Functional and Security Testing of Web Applications and Web Services.
Pearson Education (US)
2. Februar 2006 - Sonstige Medienformate - 240 Seiten
Since its early days as an information exchange tool limited to academe, researchers, and the military, the web has grown into a commerce engine that is now omnipresent in all facets of our lifes. More websites are created daily and more applications are developed to allow users to learn, research, and purchase online. As a result, web development is often rushed, which increases the risk of attacks from hackers. Furthermore, the need for secure applications has to be balanced with the need for usability, performance, and reliability. In this book, Whittaker and Andrews demonstrate how rigorous web testing can help prevent and prepare for such attacks. They point out that methodical testing must include identifying threats and attack vectors to establish and then implement the appropriate testing techniques, manual or automated.
Preface viiAcknowledgments ixAbout the Authors xi Chapter 1: The Web Is Different 1Chapter 2: Gathering Information on the Target 11Chapter 3: Attacking the Client 29Chapter 4: State-Based Attacks 41Chapter 5: Attacking User-Supplied Input Data 65Chapter 6: Language-Based Attacks 85Chapter 7: Attacking the Server 99Chapter 8: Authentication 115Chapter 9: Privacy 135Chapter 10: Web Services 149 Appendix A: Fifty Years of Software: Key Principles for Quality 159Appendix B: Flowershop Bugs 171Appendix C: Tools 179 Index 207
Mike Andrews is a senior consultant at Foundstone who specializes in software security and leads the Web application security assessments and Ultimate Web Hacking classes. He brings with him a wealth of commercial and educational experience from both sides of the Atlantic and is a widely published author and speaker. Before joining Foundstone, Mike was a freelance consultant and developer of Web-based information systems, working with clients such as The Economist, the London transport authority, and various United Kingdom universities. In 2002, after being an instructor and researcher for a number of years, Mike joined the Florida Institute of Technology as an assistant professor, where he was responsible for research projects and independent security reviews for the Office of Naval Research, Air Force Research Labs, and Microsoft Corporation. Mike holds a Ph.D. in computer science from the University of Kent at Canterbury in the United Kingdom, where his focus was on debugging tools and programmer psychology. James A. Whittaker is a professor of computer science at the Florida Institute of Technology (Florida Tech) and is founder of Security Innovation. In 1992, he earned his Ph.D. in computer science from the University of Tennessee. His research interests are software testing, software security, software vulnerability testing, and anticyber warfare technology. James is the author of How to Break Software (Addison-Wesley, 2002) and coauthor (with Hugh Thompson) of How to Break Software Security (Addison-Wesley, 2003), and over fifty peer-reviewed papers on software development and computer security. He holds patents on various inventions in software testing and defensive security applications and has attracted millions in funding, sponsorship, and license agreements while a professor at Florida Tech. He has also served as a testing and security consultant for Microsoft, IBM, Rational, and many other United States companies. In 2001, James was appointed to Microsoftâ s Trustworthy Computing Academic Advisory Board and was named a â Top Scholarâ by the editors of the Journal of Systems and Software, based on his research publications in software engineering. His research team at Florida Tech is known for its testing technologies and tools, which include the highly acclaimed runtime fault injection tool Holodeck. His research group is also well known for their development of exploits against software security, including cracking encryption, passwords and infiltrating protected networks via novel attacks against software defenses.