How to Break Software Security
Published on 12. June 2003
Book
Paperback/Softback
208 pages
978-0-321-19433-6 (ISBN)
Description
How to Break Software Security describes the general problem of software security in a practical perspective from a software tester's point of view. It defines prescriptive techniques (attacks that testers can use on their own software) that are designed to ferret out security vulnerabilities in software applications. The book's style is easy to read and provides readers with the techniques and advice to hunt down security bugs and see that they're destroyed before the software is released.
Accompanying the book is a CD-ROM containing Holodeck, which tests for security vulnerabilities. There are also a number of bug-finding tools, freeware, and an easy-to-use port scanner included on the CD-ROM.
Accompanying the book is a CD-ROM containing Holodeck, which tests for security vulnerabilities. There are also a number of bug-finding tools, freeware, and an easy-to-use port scanner included on the CD-ROM.
More details
Language
English
Place of publication
United States
Publishing group
Pearson Education (US)
Target group
College/higher education
Dimensions
Height: 178 mm
Width: 232 mm
Thickness: 11 mm
Weight
368 gr
ISBN-13
978-0-321-19433-6 (9780321194336)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Content
(Chapters 1-6 conclude with a "Conclusion," "Exercises," and "References." Chapter 7 concludes with a "Conclusion" and "References" and the Appendices conclude with only "References.")
Preface.
Dedication.
Chapter Summaries.
I. INTRODUCTION.
1. A Fault Model for Software Security Testing.
Why Security Testing is Different.
A Fault Model for Security Vulnerabilities.
Security Concerns and the How to Break Software Fault Model.
Creating an Attack Plan.
A Note on Format.
II. CREATING UNANTICIPATED USER INPUT SCENARIOS.
2. Attacking Software Dependencies.
First Attack: Block access to libraries.
Second Attack: Manipulate the application's registry values.
Third Attack: Force the application to use corrupt files.
Fourth Attack: Manipulate and replace files that the application creates, reads from, writes to or executes.
Fifth Attack: Force the application to operate in low memory, disk space and network availability conditions.
Summary: A Checklist for Battle.
3. Breaking Security through the User Interface.
First Attack: Overflow input buffers.
Second Attack: Examine all common switches and options.
Third Attack: Explore escape characters, character sets and commands.
Summary: A Checklist for Battle.
III. DESIGN AND IMPLEMENTATION ATTACKS.
4. Attacking Design.
First Attack: Try common default and test account names and passwords.
Second Attack: Use Holodeck to expose unprotected test APIs.
Third Attack: Connect to all ports.
Fourth Attack: Fake the source of data.
Fifth Attack: Create loop conditions in any application that interprets script, code or other user supplied logic.
Sixth Attack: Use alternate routes to accomplish the same task.
Seventh Attack: Force the system to reset values.
Summary: A Checklist for Battle.
5. Attacking Implementation.
First Attack: Get between time of check and time of use.
Second Attack: Create files with the same name as files protected with a higher classification.
Third Attack: Force all error messages.
Fourth Attack: Use Holodeck to look for temporary files and screen their contents for sensitive information.
Summary: A Checklist for Battle.
IV. APPLYING THE ATTACKS.
6. Putting it All Together.
Pre-Attack Preparations.
Opponent#1: Microsoft Windows Media Player 9.0 (Windows).
Opponent#2: Mozilla 1.2.1 (Windows).
Opponent#3: OpenOffice.org 1.0.2 (Linux).
V. CONCLUSION.
7. Some Parting Advice.
How Secure is Secure?
Mining Gold from Bug Databases.
Final Words of Wisdom.
APPENDICES.
Glossary of Coding, Testing, and Software Security Terms.
Appendix A. Using the Tools on the Accompanying CD.
Surveying the Tools.
Holodeck.
Port Scanner.
Appendix B. Software's Invisible Users.
Where Errors Slip In.
The Human User.
The Operating System User.
The API User.
The File System User.
Index.
Preface.
Dedication.
Chapter Summaries.
I. INTRODUCTION.
1. A Fault Model for Software Security Testing.
Why Security Testing is Different.
A Fault Model for Security Vulnerabilities.
Security Concerns and the How to Break Software Fault Model.
Creating an Attack Plan.
A Note on Format.
II. CREATING UNANTICIPATED USER INPUT SCENARIOS.
2. Attacking Software Dependencies.
First Attack: Block access to libraries.
Second Attack: Manipulate the application's registry values.
Third Attack: Force the application to use corrupt files.
Fourth Attack: Manipulate and replace files that the application creates, reads from, writes to or executes.
Fifth Attack: Force the application to operate in low memory, disk space and network availability conditions.
Summary: A Checklist for Battle.
3. Breaking Security through the User Interface.
First Attack: Overflow input buffers.
Second Attack: Examine all common switches and options.
Third Attack: Explore escape characters, character sets and commands.
Summary: A Checklist for Battle.
III. DESIGN AND IMPLEMENTATION ATTACKS.
4. Attacking Design.
First Attack: Try common default and test account names and passwords.
Second Attack: Use Holodeck to expose unprotected test APIs.
Third Attack: Connect to all ports.
Fourth Attack: Fake the source of data.
Fifth Attack: Create loop conditions in any application that interprets script, code or other user supplied logic.
Sixth Attack: Use alternate routes to accomplish the same task.
Seventh Attack: Force the system to reset values.
Summary: A Checklist for Battle.
5. Attacking Implementation.
First Attack: Get between time of check and time of use.
Second Attack: Create files with the same name as files protected with a higher classification.
Third Attack: Force all error messages.
Fourth Attack: Use Holodeck to look for temporary files and screen their contents for sensitive information.
Summary: A Checklist for Battle.
IV. APPLYING THE ATTACKS.
6. Putting it All Together.
Pre-Attack Preparations.
Opponent#1: Microsoft Windows Media Player 9.0 (Windows).
Opponent#2: Mozilla 1.2.1 (Windows).
Opponent#3: OpenOffice.org 1.0.2 (Linux).
V. CONCLUSION.
7. Some Parting Advice.
How Secure is Secure?
Mining Gold from Bug Databases.
Final Words of Wisdom.
APPENDICES.
Glossary of Coding, Testing, and Software Security Terms.
Appendix A. Using the Tools on the Accompanying CD.
Surveying the Tools.
Holodeck.
Port Scanner.
Appendix B. Software's Invisible Users.
Where Errors Slip In.
The Human User.
The Operating System User.
The API User.
The File System User.
Index.