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Mastering TLS
Empowering Secure Communication in the Digital Age
 
In today's interconnected world, safeguarding the confidentiality, integrity, and authenticity of data during transmission has become paramount. Transport Layer Security (TLS) – the successor to SSL (Secure Sockets Layer) – plays a crucial role in providing a secure communication channel between clients and servers, ensuring sensitive information remains protected from prying eyes and cyber threats.
 
"Mastering TLS" is the comprehensive guide that equips IT professionals, developers, and security enthusiasts with the knowledge and expertise to harness the full potential of TLS. Whether you're new to TLS or seeking to enhance your existing knowledge, this book will be your trusted companion in mastering the intricacies of TLS and implementing robust security measures.

Mastering TLS

£7.95Price

  • 1.Introduction to TLS
    1.1.Understanding Transport Layer Security (TLS)
    1.2.Evolution of TLS: SSL to TLS 1.3
    1.3.Importance of TLS in Secure Communication
    1.4.TLS Handshake Protocol
    1.5.TLS Record Protocol

    2.Cryptography Fundamentals
    2.1.Symmetric Encryption Algorithms
    2.2.Asymmetric Encryption Algorithms
    2.3.Hash Functions and Message Digests
    2.4.Digital Signatures and Certificates
    2.5.Key Exchange Mechanisms

    3.TLS Protocol Overview
    3.1.TLS Protocol Layers
    3.2.TLS Handshake Process in Detail
    3.3.Record Layer and Protocol Version Negotiation
    3.4.TLS Cipher Suites and Algorithms
    3.5.TLS Extensions and Their Role in Security

    4.Public Key Infrastructure (PKI)
    4.1.Understanding PKI and Certificate Authorities (CAs)
    4.2.X.509 Certificates and Certificate Chains
    4.3.Certificate Signing Requests (CSRs)
    4.4.Certificate Revocation and Validation
    4.5.Trust Models and Certificate Authorities

    5.Implementing TLS in Web Applications
    5.1.Securing HTTP Communication with HTTPS
    5.2.TLS Configuration in Web Servers (e.g., Apache, Nginx)
    5.3.SSL/TLS Termination and Offloading
    5.4.Best Practices for TLS Deployment
    5.5.Testing and Troubleshooting TLS Connections

    6.TLS in Email and Messaging
    6.1.Secure Email Communication with TLS
    6.2.TLS Encryption for Messaging Protocols (e.g., SMTP, IMAP, POP)
    6.3.Digital Signatures for Email Integrity
    6.4.Encrypting Instant Messaging and Voice Calls
    6.5.Case Studies: Secure Communication in Email and Messaging Services

    7.Securing Network Communications with TLS
    7.1.VPN and TLS
    7.2.Securing Network Protocols with TLS (e.g., FTPS, LDAPS)
    7.3.TLS in IoT and Embedded Systems
    7.4.TLS for Secure Remote Access (e.g., SSL-VPN)
    7.5.Case Studies: Implementing TLS in Network Infrastructure

    8.Advanced TLS Topics
    8.1.Perfect Forward Secrecy (PFS)
    8.2.TLS Session Resumption
    8.3.TLS False Start and Early Data
    8.4.TLS Renegotiation and its Security Implications
    8.5.Quantum Computing and TLS Security

    9.TLS Performance and Optimization
    9.1.TLS Performance Considerations
    9.2.Cipher Suite Selection for Performance
    9.3.TLS Session Resumption Techniques for Faster Connections
    9.4.Load Balancing and TLS Offloading
    9.5.Monitoring and Tuning TLS Performance

    10.TLS Vulnerabilities and Countermeasures
    10.1.Common TLS Vulnerabilities
    10.2.SSL/TLS Protocol Downgrade Attacks
    10.3.TLS Cipher Suite Vulnerabilities
    10.4.Heartbleed and Other High-Profile TLS Vulnerabilities
    10.5.Best Practices for TLS Security

    11.Future of TLS
    11.1.TLS 1.3 and Beyond
    11.2.Post-Quantum Cryptography and TLS
    11.3.TLS in the Context of Web Security
    11.4.Advances in TLS Authentication and Authorization
    11.5.The Role of TLS in Securing Emerging Technologies

    12.Appendix
    12.1.Glossary of TLS Terminology
    12.2.OpenSSL and TLS Command-Line Tools
    12.3.Recommended Resources and Further Reading
    12.4.About the author

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