Attacking Network Protocols: A Hacker's Guide to Capture, Analysis, and Exploitation


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Description

Attacking Network Protocols is a deep dive into network protocol security from James ­Forshaw, one of the world's leading bug ­hunters. This comprehensive guide looks at networking from an attacker's perspective to help you discover, exploit, and ultimately ­protect vulnerabilities.

You'll start with a rundown of networking basics and protocol traffic capture before moving on to static and dynamic protocol analysis, common protocol structures, cryptography, and protocol security. Then you'll turn your focus to finding and exploiting vulnerabilities, with an overview of common bug classes, fuzzing, debugging, and exhaustion attacks.

Learn how to:
- Capture, manipulate, and replay packets
- Develop tools to dissect traffic and reverse engineer code to understand the inner workings of a network protocol
- Discover and exploit vulnerabilities such as memory corruptions, authentication bypasses, and denials of service
- Use capture and analysis tools like ­Wireshark and develop your own custom network proxies to manipulate ­network traffic

Attacking Network Protocols is a must-have for any penetration tester, bug hunter, or developer looking to understand and discover network vulnerabilities.

Author: James Forshaw
Publisher: No Starch Press
Published: 12/12/2017
Pages: 336
Binding Type: Paperback
Weight: 1.40lbs
Size: 9.10h x 7.00w x 0.90d
ISBN13: 9781593277505
ISBN10: 1593277504
BISAC Categories:
- Computers | Security | Cryptography & Encryption
- Computers | Networking | Network Protocols
- Computers | Security | Network Security

About the Author
James Forshaw is a renowned computer security researcher at Google Project Zero and the creator of the network protocol analysis tool Canape. His discovery of complex design issues in Microsoft Windows earned him the top bug bounty of $100,000 and placed him as the #1 researcher on the published list from Microsoft Security Response Center (MSRC). He's been invited to present his novel security research at global security conferences such as BlackHat, ­CanSecWest, and Chaos Computer Congress.