SSL/TLS Technologies for Secure Communications (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"SSL/TLS Technologies for Secure Communications" "SSL/TLS Technologies for Secure Communications" is a comprehensive and meticulously structured exploration of the protocols and cryptographic techniques that underpin modern secure data transmission. Beginning with the foundational principles of cryptography as applied in SSL/TLS, the book delves deeply into both symmetric and asymmetric algorithms, key exchange mechanisms, hash functions, and secure random number generation, all mapped directly to their usage within SSL and TLS standards. Each chapter systematically unfolds the interplay of cr...
"SSL/TLS Technologies for Secure Communications"
"SSL/TLS Technologies for Secure Communications" is a comprehensive and meticulously structured exploration of the protocols and cryptographic techniques that underpin modern secure data transmission. Beginning with the foundational principles of cryptography as applied in SSL/TLS, the book delves deeply into both symmetric and asymmetric algorithms, key exchange mechanisms, hash functions, and secure random number generation, all mapped directly to their usage within SSL and TLS standards. Each chapter systematically unfolds the interplay of cryptographic primitives and protocol components, clarifying complex concepts such as key management, message authentication, and the architecture of secure communication channels.
Expanding beyond theoretical underpinnings, the text provides an in-depth analysis of the SSL/TLS protocol suite, including the handshake and record protocols, cipher suite negotiation, and session management strategies that ensure confidentiality, integrity, and performance. It further explores certificate management and public key infrastructure (PKI), highlighting X.509 standards, lifecycle automation, and threats to certificate trust chains. Critical attention is given to protocol evolution-from early SSL iterations to the robust TLS 1.3 specification-shedding light on vulnerability remediation, backward compatibility, and the contributions of standardization bodies in maintaining the protocol's resilience and interoperability.
Addressing the ever-evolving threat landscape, the book investigates prominent attacks, implementation flaws, and operational best practices for secure deployment in diverse environments-from microservices and cloud-native architectures to IoT and post-quantum cryptography. Readers gain actionable guidance on secure configuration, performance tuning, incident response, and regulatory compliance, complemented by forward-looking perspectives on protocol innovation, privacy enhancement, and the strategic retirement of legacy technologies. "SSL/TLS Technologies for Secure Communications" equips security practitioners, architects, and technologists to navigate and master the complexities of building robust, future-proof secure communication systems.
"SSL/TLS Technologies for Secure Communications" is a comprehensive and meticulously structured exploration of the protocols and cryptographic techniques that underpin modern secure data transmission. Beginning with the foundational principles of cryptography as applied in SSL/TLS, the book delves deeply into both symmetric and asymmetric algorithms, key exchange mechanisms, hash functions, and secure random number generation, all mapped directly to their usage within SSL and TLS standards. Each chapter systematically unfolds the interplay of cryptographic primitives and protocol components, clarifying complex concepts such as key management, message authentication, and the architecture of secure communication channels.
Expanding beyond theoretical underpinnings, the text provides an in-depth analysis of the SSL/TLS protocol suite, including the handshake and record protocols, cipher suite negotiation, and session management strategies that ensure confidentiality, integrity, and performance. It further explores certificate management and public key infrastructure (PKI), highlighting X.509 standards, lifecycle automation, and threats to certificate trust chains. Critical attention is given to protocol evolution-from early SSL iterations to the robust TLS 1.3 specification-shedding light on vulnerability remediation, backward compatibility, and the contributions of standardization bodies in maintaining the protocol's resilience and interoperability.
Addressing the ever-evolving threat landscape, the book investigates prominent attacks, implementation flaws, and operational best practices for secure deployment in diverse environments-from microservices and cloud-native architectures to IoT and post-quantum cryptography. Readers gain actionable guidance on secure configuration, performance tuning, incident response, and regulatory compliance, complemented by forward-looking perspectives on protocol innovation, privacy enhancement, and the strategic retirement of legacy technologies. "SSL/TLS Technologies for Secure Communications" equips security practitioners, architects, and technologists to navigate and master the complexities of building robust, future-proof secure communication systems.
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