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TLS Cryptography In-Depth

You're reading from  TLS Cryptography In-Depth

Product type Book
Published in Jan 2024
Publisher Packt
ISBN-13 9781804611951
Pages 712 pages
Edition 1st Edition
Languages
Authors (2):
Dr. Paul Duplys Dr. Paul Duplys
Profile icon Dr. Paul Duplys
Dr. Roland Schmitz Dr. Roland Schmitz
Profile icon Dr. Roland Schmitz
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Table of Contents (30) Chapters

Preface 1. Part I Getting Started
2. Chapter 1: The Role of Cryptography in the Connected World 3. Chapter 2: Secure Channel and the CIA Triad 4. Chapter 3: A Secret to Share 5. Chapter 4: Encryption and Decryption 6. Chapter 5: Entity Authentication 7. Chapter 6: Transport Layer Security at a Glance 8. Part II Shaking Hands
9. Chapter 7: Public-Key Cryptography 10. Chapter 8: Elliptic Curves 11. Chapter 9: Digital Signatures 12. Chapter 10: Digital Certificates and Certification Authorities 13. Chapter 11: Hash Functions and Message Authentication Codes 14. Chapter 12: Secrets and Keys in TLS 1.3 15. Chapter 13: TLS Handshake Protocol Revisited 16. Part III Off the Record
17. Chapter 14: Block Ciphers and Their Modes of Operation 18. Chapter 15: Authenticated Encryption 19. Chapter 16: The Galois Counter Mode 20. Chapter 17: TLS Record Protocol Revisited 21. Chapter 18: TLS Cipher Suites 22. Part IV Bleeding Hearts and Biting Poodles
23. Chapter 19: Attacks on Cryptography 24. Chapter 20: Attacks on the TLS Handshake Protocol 25. Chapter 21: Attacks on the TLS Record Protocol 26. Chapter 22: Attacks on TLS Implementations 27. Bibliography
28. Index
29. Other Books You Might Enjoy

10.4 Rogue CAs

If a CA is compromised, it will issue certificates for web servers with a fake identity, and impersonation attacks are the consequence, breaking entity authentication within TLS. The most serious incident of this kind goes by the name of Operation Black Tulip: In July 2011, an attacker took control of the Dutch CA DigiNotar (for more details, see Section 19.5.2 in Chapter 19, Attacks on Cryptography) and issued fraudulent certificates for *.google.com and other important domains [199].

The main target of the attack seemed to be 300,000 Iranian Gmail users, who lost their credentials for various Google services, including Google Mail and Google Docs due to the attack. The real source of the attack was never disclosed. Initially, many signs pointed toward the Iranian government, but later on, the well-known security researcher Bruce Schneier also blamed the NSA [41].

How should we deal with a rogue CA, especially the certificates issued by it? Of course...

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