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FUZZING
Master One of Today’s Most Powerful Techniques for Revealing Security Flaws!
Fuzzing has evolved into one of today’s most effective approaches to test software security. To “fuzz,” you attach a program’s inputs to a source of random data, and then systematically identify the failures that arise. Hackers have
relied on fuzzing for years: Now, it’s your turn. In this book, renowned fuzzing experts show you how to use fuzzing to reveal weaknesses in your software before someone else does.
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Fuzzing is the first and only book to cover fuzzing from start to finish, bringing disciplined best practices to a technique that has traditionally been implemented informally. The authors begin by reviewing how fuzzing works and outlining its crucial advantages over other security testing methods. Next, they introduce state-of-the-art fuzzing techniques for finding vulnerabilities in network protocols, file formats, and web applications; demonstrate the use of automated fuzzing tools; and present several insightful case histories showing fuzzing at work. Coverage includes:
�
• Why fuzzing simplifies test design and catches flaws other methods miss
• The fuzzing process: from identifying inputs to assessing “exploitability”
• Understanding the requirements for effective fuzzing
• Comparing mutation-based and generation-based fuzzers
• Using and automating environment variable and argument fuzzing
• Mastering in-memory fuzzing techniques
• Constructing custom fuzzing frameworks and tools
• Implementing intelligent fault detection
�
Attackers are already using fuzzing. You should, too. Whether you’re a developer, security engineer, tester, or QA specialist, this book teaches you how to build secure software.
�
Foreword���� xix
Preface������� xxi
Acknowledgments� xxv
About the Author�� xxvii
P ARTI�������� B ACKGROUND���� 1
Chapter 1��� Vulnerability Discovery Methodologies� 3
Chapter 2��� What Is Fuzzing?�� 21
Chapter 3��� Fuzzing Methods and Fuzzer Types���� 33
Chapter 4��� Data Representation and Analysis������� 45
Chapter 5��� Requirements for Effective Fuzzing����� 61
P ART II����� T ARGETS AND A UTOMATION��������� 71
Chapter 6��� Automation and Data Generation������� 73
Chapter 7��� Environment Variable and Argument Fuzzing 89
Chapter 8��� Environment Variable and Argument Fuzzing: Automation 103
Chapter 9��� Web Application and Server Fuzzing���� 113
Chapter 10� Web Application and Server Fuzzing: Automation��� 137
Chapter 11� File Format Fuzzing�������� 169
Chapter 12� File Format Fuzzing: Automation on UNIX���� 181
Chapter 13� File Format Fuzzing: Automation on Windows�������� 197
Chapter 14� Network Protocol Fuzzing�������� 223
Chapter 15� Network Protocol Fuzzing: Automation on UNIX���� 235
Chapter 16� Network Protocol Fuzzing: Automation on Windows�������� 249
Chapter 17� Web Browser Fuzzing����� 267
Chapter 18� Web Browser Fuzzing: Automation���� 283
Chapter 19� In-Memory Fuzzing�������� 301
Chapter 20� In-Memory Fuzzing: Automation�������� 315
P ART III��� A DVANCED F UZZING T ECHNOLOGIES����� 349
Chapter 21� Fuzzing Frameworks������ 351
Chapter 22� Automated Protocol Dissection� 419
Chapter 23� Fuzzer Tracking���� 437
Chapter 24� Intelligent Fault Detection 471
P ART IV���� L OOKING F ORWARD��� 495
Chapter 25� Lessons Learned��� 497
Chapter 26� Looking Forward��� 507
Index 519
�
�
- Sales Rank: #729715 in Books
- Published on: 2007-07-09
- Original language: English
- Number of items: 1
- Dimensions: 9.00" h x 1.30" w x 7.00" l, 1.76 pounds
- Binding: Paperback
- 576 pages
From the Back Cover
FUZZING Master One of Today's Most Powerful Techniques for Revealing Security Flaws! Fuzzing has evolved into one of today's most effective approaches to test software security. To "fuzz," you attach a program's inputs to a source of random data, and then systematically identify the failures that arise. Hackers have relied on fuzzing for years: Now, it's your turn. In this book, renowned fuzzing experts show you how to use fuzzing to reveal weaknesses in your software before someone else does. " " "Fuzzing "is the first and only book to cover fuzzing from start to finish, bringing disciplined best practices to a technique that has traditionally been implemented informally. The authors begin by reviewing how fuzzing works and outlining its crucial advantages over other security testing methods. Next, they introduce state-of-the-art fuzzing techniques for finding vulnerabilities in network protocols, file formats, and web applications; demonstrate the use of automated fuzzing tools; and present several insightful case histories showing fuzzing at work. Coverage includes: - Why fuzzing simplifies test design and catches flaws other methods miss - The fuzzing process: from identifying inputs to assessing "exploitability" - Understanding the requirements for effective fuzzing - Comparing mutation-based and generation-based fuzzers - Using and automating environment variable and argument fuzzing - Mastering in-memory fuzzing techniques - Constructing custom fuzzing frameworks and tools - Implementing intelligent fault detection Attackers are already using fuzzing. You should, too. Whether you're a developer, security engineer, tester, or QA specialist, this book teaches you how to build secure software. Foreword xix Preface xxi Acknowledgments xxv About the Author xxvii PARTI BACKGROUND 1 Chapter 1 Vulnerability Discovery Methodologies 3 Chapter 2 What Is Fuzzing? 21 Chapter 3 Fuzzing Methods and Fuzzer Types 33 Chapter 4 Data Representation and Analysis 45 Chapter 5 Requirements for Effective Fuzzing 61 PART II TARGETS AND AUTOMATION 71 Chapter 6 Automation and Data Generation 73 Chapter 7 Environment Variable and Argument Fuzzing 89 Chapter 8 Environment Variable and Argument Fuzzing: Automation 103 Chapter 9 Web Application and Server Fuzzing 113 Chapter 10 Web Application and Server Fuzzing: Automation 137 Chapter 11 File Format Fuzzing 169 Chapter 12 File Format Fuzzing: Automation on UNIX 181 Chapter 13 File Format Fuzzing: Automation on Windows 197 Chapter 14 Network Protocol Fuzzing 223 Chapter 15 Network Protocol Fuzzing: Automation on UNIX 235 Chapter 16 Network Protocol Fuzzing: Automation on Windows 249 Chapter 17 Web Browser Fuzzing 267 Chapter 18 Web Browser Fuzzing: Automation 283 Chapter 19 In-Memory Fuzzing 301 Chapter 20 In-Memory Fuzzing: Automation 315 PART III ADVANCED FUZZING TECHNOLOGIES 349 Chapter 21 Fuzzing Frameworks 351 Chapter 22 Automated Protocol Dissection 419 Chapter 23 Fuzzer Tracking 437 Chapter 24 Intelligent Fault Detection 471 PART IV LOOKING FORWARD 495 Chapter 25 Lessons Learned 497 Chapter 26 Looking Forward 507 Index 519
About the Author
M ICHAEL S UTTON
Michael Sutton is the Security Evangelist for SPI Dynamics. As Security Evangelist, Michael is responsible for identifying, researching, and presenting on emerging issues in the web application security industry. He is a frequent speaker at major information security conferences, has authored numerous articles, and is regularly quoted in the media on various information security topics.Michael is also a member of the Web Application Security Consortium (WASC), where he is project lead for the Web Application Security Statistics project.
Prior to joining SPI Dynamics,Michael was a Director for iDefense/VeriSign, where he headed iDefense Labs, a team of world class researchers tasked with discovering and researching security vulnerabilities.Michael also established the Information Systems Assurance and Advisory Services (ISAAS) practice for Ernst & Young in Bermuda. He holds degrees from the University of Alberta and The George Washington University. Michael is a proud Canadian who understands that hockey is a religion and not a sport. Outside of the office, he is a Sergeant with the Fairfax Volunteer Fire Department.
�
A DAM G REENE
Adam Greene is an engineer for a large financial news company based in New York City. Previously, he served as an engineer for iDefense, an intelligence company located in Reston, VA. His interests in computer security lie mainly in reliable exploitation methods, fuzzing, and UNIX-based system auditing and exploit development.
�
P EDRAM A MINI
Pedram Amini currently leads the security research and product security assessment team at TippingPoint. Previously, he was the assistant director and one of the founding members of iDefense Labs. Despite the fancy titles, he spends much of his time in the shoes of a reverse engineer–developing automation tools, plug-ins, and scripts. His most recent projects (a.k.a. “babies”) include the PaiMei reverse engineering framework and the Sulley fuzzing framework.
In conjunction with his passion, Pedram launched OpenRCE.org, a community website dedicated to the art and science of reverse engineering. He has presented at RECon, BlackHat, DefCon, ShmooCon, and ToorCon and taught numerous sold out reverse engineering courses. Pedram holds a computer science degree from Tulane University.
�
Excerpt. � Reprinted by permission. All rights reserved.
Preface Preface
"I know the human being and fish can coexist peacefully."
- George W. Bush, Saginaw, Mich., Sept. 29, 2000
Introduction
The concept of fuzzing has been around for almost two decades but has only recently captured widespread attention. In 2006, we saw a plague of new vulnerabilities emerge that affected popular client-side applications including Microsoft Internet Explorer, Microsoft Word and Microsoft Excel; a large portion of these vulnerabilities were discovered through fuzzing. As a result of fuzzing being used so successfully on these mainstream products, it has received a resurgence of attention from the security community. The sheer fact that this is the first published book dedicated to the subject matter is an additional indicator that there is an increasing interest in fuzzing.
Having been involved in the vulnerability research community for years, we have used a variety of fuzzing technologies in our day to day work, ranging from hobby projects to high end commercial products. Each of the authors has been involved in the development of both privately held and publicly released fuzzers. We leveraged our combined experience and ongoing research projects to compose this bleeding edge book, which we hope you will find useful.
Intended Audience
We strongly believe that the quantity and severity of vulnerabilities will continue to grow so long as security is deemed to be the sole responsibility of a security team. As such, we have taken strong efforts to write for a larger audience than just security researchers, including both readers who are new to fuzzing and those who have already had significant experience.
It is unrealistic to believe that secure applications can emerge from the development process if development organizations simply hand completed applications to a security team for a quick audit prior to production launch. Gone are the days when a developer or a member of the QA Team can say, "security's not my problem – we have a security team that worries about that". Security must now be everyone's problem. Security must be baked into the software development lifecycle (SDLC), not brushed on at the end.
Asking the development and QA teams to focus on security can be a tall order, especially for those that have not been asked to do so in the past. We believe that fuzzing presents a unique vulnerability discovery methodology that is accessible to a wide audience due to the fact that it can be highly automated. While we are hopeful that seasoned security researchers will gain valuable insights from this book, we are equally hopeful that it will be accessible to developers and QA teams. Fuzzing can and should be an integral part of any SDLC, not just at the testing phase, but also during development. The earlier a defect can be identified, the less costly it will be to remediate.
Prerequisites
Fuzzing is a vast subject. While we cover many non-fuzzing specific basics throughout the book, a number of assumptions regarding prior knowledge have been made. Readers should have at least a basic understanding of programming and computer networking prior to taking on this book. Fuzzing is all about automating security testing so naturally much of the book is dedicated to building tools. We have purposely selected multiple programming languages for these tasks. Languages were selected according to the task at hand but this also demonstrates that fuzzing can be approached in numerous ways. It is certainly not necessary to have a background in all of the languages used but having a language or two under your belt will go a long way in helping you to get the most from these chapters.
We detail numerous vulnerabilities throughout the book and discuss how they might have been identified through fuzzing. However, it is not our goal to define or dissect the nature of the vulnerabilities themselves. Many excellent books have been written which are dedicated to this topic. If you are looking for a primer on software vulnerabilities, "Exploiting Software" by Greg Hoglund and Gary McGraw, books from the Hacking Exposed series and "The Shellcoder's Handbook" by Jack Koliol, David Litchfield, et al. are great references.
Approach
How to best leverage this book is dependent upon your background and intentions. If you are new to fuzzing, we would recommend digesting the book in a sequential manner as it has been intentionally laid out to provide necessary background information prior to moving onto more advanced topics. If however, you've already spent time using various fuzzing tools, don't be afraid to dive directly into topics of interest as the various logical sections and chapter groupings are largely independent of one another.
Part I is designed to set the stage for the specific types of fuzzing that are discussed in the remainder of the book. If you're new to the world of fuzzing, consider this to be required reading. Fuzzing can be used as a vulnerability discovery methodology for just about any target, but all approaches follow the same basic principles. In Part I we seek to define fuzzing as a vulnerability discovery methodology and detail the knowledge that will be required regardless of the type of fuzzing which is conducted.
Part II focuses on fuzzing specific classes of targets. Each target is divided across two or three chapters. The first chapter provides background information specific to the target class and the subsequent chapters focus on automation, detailing the construction of fuzzers for that particular target. Two automation chapters are provided when separate tools are deemed necessary for the Windows and UNIX platforms. For example, consider the chapter triplet on "File Format Fuzzing" starting with Chapter 11 which details background information related to fuzzing file parsers. Chapter 12, "File Format Fuzzing: Automation on UNIX" details the actual programming of a UNIX-based file fuzzer and Chapter 13, "File Format Fuzzing: Automation on Windows" details the construction of a file format fuzzer designed to run in the Windows environment.
Part III tackles advanced topics in fuzzing. For readers who already have a strong knowledge of fuzzing it may be appropriate to jump directly into Part III, while most readers will likely want to spend time in Parts I and II before moving onto these topics. In Part III we focus on emerging technologies that are just beginning to be implemented but will become critical for advanced vulnerability discovery tools that leverage fuzzing in the future.
Finally, in Part IV we reflect on what we've learned throughout the book and then peer into the crystal ball to see where we're headed in the future. While fuzzing is not a new concept, it still has plenty of room to grow and we hope that this book will inspire further research in this space.
A Touch of Humor
Writing a book is serious work, especially a book on a complex subject like fuzzing. That said, we like to have fun as much as the next person (actually probably significantly more than the average person) and have made our best effort to keep the writing entertaining. In that spirit, we decided to open each chapter with a brief quotation from the 43rd President of the United States, George W. Bush (aka Dubya). No matter what your political affiliation or beliefs may be, no one can argue that Mr. Bush has cooked up many entertaining quotes over the years, enough to fill entire calendars1 even! We've compiled some of our favorites to share with you and hope you find them as funny as we do. As you'll see throughout the book, fuzzing can be applied against a variety of targets, evidently even the English language.
About the Cover
Vulnerabilities have at times been referred to as "fish", for example see the thread on "The L Word & Fish"2 from the DailyDave security mailing list. This is a useful analogy that can be applied across the board when discussing security and vulnerabilities. A researcher can be called a fisherman. Reverse engineering the assembly code of an application, line by line, in search of a vulnerability may be referred to as "deep sea fishing". Revisiting the quote at the beginning of this section, who knew that George W. Bush was a truly security researcher at heart.
In comparison to many other auditing tactics, fuzzing for the most part only scratches the surface and is highly effective at capturing the "easy" fish. In addition, the grizzly bear is a notable "fuzzy", yet powerful animal. Combined, these are the main motivations behind our choice of cover art where the bear, representing a fuzzer, is shown capturing a fish, representing a vulnerability.
Companion Website: http://www.fuzzing.org
The fuzzing.org website is an absolutely integral part of this book as opposed to a supplemental resource. In addition to housing errata that is sure to emerge post publication, the website will serve as the central repository for all source code and tools covered throughout the book. Over time we intend to evolve fuzzing.org beyond a book-centric companion website into a valuable community resource with tools and information related to all fuzzing disciplines. We welcome your feedback in order to help make the site a valuable and open knowledgebase.
1 http://tinyurl.com/2vy2ks
2 http://tinyurl.com/2vmvq4
� Copyright Pearson Education. All rights reserved.
Most helpful customer reviews
18 of 19 people found the following review helpful.
Great on Theory...Pretty Good on Execution
By Chris Gates
I anxiously awaited reading and putting this book to use. Fuzzing is one of those "mystical" concepts that the people cranking out exploits were doing and I wanted to be able to use some of the publicly available fuzzers to fuzz for vulnerabilities and join the ranks.
From the back cover: "...Now, its your turn. In this book, renowned fuzzing experts show you how to use fuzzing to reveal weaknesses in your software before someone else does."
I thought the book excellently covered the theory portions of fuzzing. The format of theory/background of a fuzzing method (Environment Variable and Argument Fuzzing, Web Application and Server fuzzing, File Format Fuzzing, Network Protocol Fuzzing, Web Browser Fuzzing, and In-Memory Fuzzing) followed with that fuzzing method Automation or on Unix and then on Windows worked perfectly. It was a good structure and informative. The Automation or Unix and Windows sections fit in well with the theory sections before it.
I think the book falls a bit short on practical execution (case studies) of using the fuzzing tools. Granted I say this based on my own expectations of what I would like to see from a fuzzing book but also from what the authors say in the preface that we will get out of the book. They say, "We detail numerous vulnerabilities throughout the book and discuss how they might have been identifies through fuzzing." Some of the case studies are exactly what I expected like case studies in Chapter 10, the fuzzing with SPIKE section in Chapter 15, and the Complete Walkthru with Sulley in Chapter 21. Some of the others fall a bit short. I expected a lot more out of the ActiveX fuzzing sections (chapter 18), the Shockwave Flash example in Chapter 21 was useful for the discussion of creating a test case for a protocol but after 11 pages of mostly code in the last section we basically get told to load it into PaiMei and "go fuzz", and while the theory parts of chapter's 7 & 8 were great, telling me to find an AIX 5.3 box to see some example environment variables and argument vulnerabilities was less than useful. It would have been much more useful to use some of today's fuzzing tools to find some old vulnerabilities in something like *BSD or old RedHat distributions, something I might have in the lab or at least something I could install in VMWare.
Likes: Theory, background, discussion of how and why they built the "author built" fuzzers they cover in the book, some of the case studies gave me everything I needed to reproduce on my own in the lab. Providing the fuzzers on the companion website was great as well. The George Bush quotes were hilarious as well and made me look forward to each chapter so I could get another quote.
Dislikes: some of the case studies I don't think went into enough detail (no step by step instructions), I think the explanations of the blocks of code could have been better and numbering lines so we could refer to them in the text would have helped. The discussion of the existing frameworks was a little bit light (but we do get told to go the companion website for more info). Ideally we would have walked thru a couple of easy examples using multiple fuzzer frameworks to get us from advisory to EIP= 0x41414141. That would have been nice to see.
Overall a great book, it has a place on the bookshelf next to shellcoder's handbook and some other programming books and it will be used (many times) as a reference to play with the various fuzzers available out there.
5 of 5 people found the following review helpful.
Excellent introduction to fuzzing
By Kristy M. Westphal
Perhaps a more appropriate title would be: "Fuzzing for Dummies" or "Fuzzing 101"- but I mean this in a really good way. Why I say this is because of how the book is set up, starting with the background history of fuzzing, and many variations of what fuzzing really is. These are excellent so those who may not have this background don't jump in blindly to this area. For example, Chapter 3 goes into the Fuzzing Methods and Chapter 4 discusses Data Representation. While not lengthy discussions, they are good to set up for the actual doing part in the rest of the book
I liked that the book starts out with what fuzzing is good for, the steps that you have to take for it to be successful, and what fuzzing is not good at. It explains how vectors like access control issues, and design flaws fit into this category. Knowing this up front saves a lot of head banging later on down the road. It's also good that the authors point out that they are merely defining fuzzing in their specific realm: talk to others and you are going to find a whole different explanation. This is OK though- most of the security industry is like that.
Part II of the book starts to get into the heart of things, discussing the components required for fuzzing, more details into the tool they built called "WebFuzz" and then dive into the tests themselves. The author's openness in telling us what they did, then how it works, then tell you all the things to make it better makes this book even more valuable. Good efforts to share useful things and make them a community effort with proper guidance are never a bad thing. Plus, if you are interested in helping, this guidance gives you somewhere to start.
Essentially, this book gives you the blueprint of fuzzing and a bunch of ideas on how to get started down a more advanced path. Well written with good explanations of how the authors got where they got to as well a useful tool to get you started (located on their companion website), this book gives you the toolkit of building blocks for your future fuzzing endeavors.
4 of 5 people found the following review helpful.
Mostly good
By PorcusFortunae
I loved the layout of the book, with explanations, practical applications, and (mostly) working examples. There were two things I didn't like about the book. First, not all the examples worked. Specifically, the Protocol Informatics (PI) example will not run on any machine I have. When I searched for a solution, it led me to the second thing I don't like about the book: it appears the authors cribbed their section on PI from PI's own documentation. It's clear they didn't even try to run it on their own. It makes me question whether they really understand it; if not, why are they writing about it in their book? I also wonder what else they cribbed. I also wish they'd update the book's website more, as much as they refer to it in the text.
All that aside, I really did enjoy and appreciate the book as a whole, and it certainly gave me a great foundational knowledge of fuzzing.
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