Attack and Defend Computer Security Set
Description
The Attack and Defend Computer Security Set is a two-bookset comprised of the bestselling second edition of WebApplication Hacker's Handbook and MalwareAnalyst's Cookbook. This special security bundle combinescoverage of the two most crucial tactics used to defend networks,applications, and data from attack while giving securityprofessionals insight into the underlying details of these attacksthemselves.
The Web Application Hacker's Handbook takes a broad lookat web application security and exposes the steps a hacker can taketo attack an application, while providing information on how theapplication can defend itself. Fully updated for the latestsecurity trends and threats, this guide covers remoting frameworks,HTML5, and cross-domain integration techniques along withclickjacking, framebusting, HTTP parameter pollution, XML externalentity injection, hybrid file attacks, and more.
The Malware Analyst's Cookbook includes a book and DVDand is designed to enhance the analytical capabilities of anyonewho works with malware. Whether you're tracking a Trojanacross networks, performing an in-depth binary analysis, orinspecting a machine for potential infections, the recipes in thisbook will help you go beyond the basic tools for tackling securitychallenges to cover how to extend your favorite tools or build yourown from scratch using C, Python, and Perl source code. Thecompanion DVD features all the files needed to work through therecipes in the book and to complete reverse-engineering challengesalong the way.
The Attack and Defend Computer Security Set gives yourorganization the security tools needed to sound the alarm and standyour ground against malicious threats lurking online.
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Persons
Dafydd Stuttard has more than 10 years' experience in the area of web application security. He is the lead author of Web Application Hacker's Handbook 1e and 2e, has performed penetration testing training around the world.
Marcus Pinto is co-author of Web Application Hacker's Handbook 1e and 2e and has over 10 years' experience within web application security. He has delivered a variety of training courses to technical audiences and speaks at security events around and outside of the UK.
Michael Hale Ligh is the lead author of The Malware Analyst's Cookbook and Director of Malware Research of the The Volatility Project. Michael is a regular presenter at DefCon conferences.
Matt Richard is and is the Malicious Code Operations Lead at Raytheon Corporation and has written a number of testing tools. Steven Adair is a security researcher with The Shadowserver Foundation and co-author of The Malware Analyst's Cookbook and deals with cyber attacks of all kinds esp. those linked to cyber espionage.
Blake Hartstein conducts incident response and intrusion detection for Bloomberg and previously for VeriSign. The biggest and best companies worldwide depend on him for intelligence about attacks affecting their organization.
Content
Chapter 1: Web Application (In)security 1
Chapter 2: Core Defense Mechanisms 17
Chapter 3: Web Application Technologies 39
Chapter 4: Mapping the Application 73
Chapter 5: Bypassing Client-Side Controls 117
Chapter 6: Attacking Authentication 159
Chapter 7: Attacking Session Management 205
Chapter 8: Attacking Access Controls 257
Chapter 9: Attacking Data Stores 287
Chapter 10: Attacking Back-End Components 357
Chapter 11: Attacking Application Logic 405
Chapter 12: Attacking Users: Cross-Site Scripting 431
Chapter 13: Attacking Users: Other Techniques 501
Chapter 14: Automating Customized Attacks 571
Chapter 15: Exploiting Information Disclosure 615
Chapter 16: Attacking Native Compiled Applications 633
Chapter 17: Attacking Application Architecture 647
Chapter 18: Attacking the Application Server 669
Chapter 19: Finding Vulnerabilities in Source Code 701
Chapter 20: A Web Application Hacker's Toolkit 747
Chapter 21: A Web Application Hacker's Methodology 791
MALWARE ANALYST'S COOKBOOK AND DVD
Chapter 1: Anonymizing Your Activities 1
Chapter 2: Honeypots 27
Chapter 3: Malware Classifi cation 51
Chapter 4: Sandboxes and Multi-AV Scanners 89
Chapter 5: Researching Domains and IP Addresses 119
Chapter 6: Documents, Shellcode, and URLs 155
Chapter 7: Malware Labs 211
Chapter 8: Automation 239
Chapter 9: Dynamic Analysis 283
Chapter 10: Malware Forensics 337
Chapter 11: Debugging Malware 395
Chapter 12: De-Obfuscation 441
Chapter 13: Working with DLLs 487
Chapter 14: Kernel Debugging 511
Chapter 15: Memory Forensics with Volatility 571
Chapter 16: Memory Forensics: Code Injection and Extraction 601
Chapter 17: Memory Forensics: Rootkits 637
Chapter 18: Memory Forensics: Network and Registry 673
