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Access Securing TCP Connections: SSL Protocol

Access Securing TCP Connections: SSL Protocol


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How cryptographic techniques can provide confidentiality, data integrity, and end-point authentication to a specific application, namely, e-mail.

How cryptography can enhance TCP with security services, including confidentiality, data integrity, and end-point authentication. This enhanced version of TCP is commonly known as Secure Sockets Layer (SSL). A slightly modified version of SSL version 3, called Transport Layer Security (TLS), has been standardized by the IETF [RFC 4346].

The SSL protocol was originally designed by Netscape, but the basic ideas behind securing TCP had predated Netscape’s work. how cryptography can enhance TCP with security services, including confidentiality, data integrity, and end-point authentication. This enhanced version of TCP is commonly known as Secure Sockets Layer (SSL). A slightly modified version of SSL version 3, called Transport Layer Security (TLS), has been standardized by the IETF [RFC 4346].

The SSL protocol addresses these issues by enhancing TCP with confidentiality, data integrity, server authentication, and client authentication.
SSL protocol is often used to provide security to transactions that take place over HTTP.

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