The Transport Layer ensures that data is sent transparently between end-users while also
enabling reliable data transfer services to the higher levels. Cryptographic protocols Secure …

The pre-shared key based mechanisms for Transport Layer Security (TLS) were recently
standardized by the IETF to extend the set of ciphersuites by utilizing existing key …

Transport Layer Security standard provides connection security with peer entity
authentication, data confidentiality and integrity, key generation and distribution, and …

Any information system using encryption tends to have its own key management
infrastructure. In practice, we find a separate key management systems dedicated to …

The modern telecommunication system that transfers data over the web requires a secure
channel so that integrity, authentication, and confidentiality of data are ensured. To achieve …

The security is an important issue for data communication over Internet. In recent years, with
the rising threats of data tampering and data interruption, security is becoming an important …

The Secure Socket Layer/Transport Layer Security (SSL/TLS) provides data confidentiality,
integrity and authenticity between two communicating applications. There are many attacks …

Key exchange protocols allow two parties at remote locations to compute a shared secret
key. The common security notions for such protocols are secrecy and authenticity, but many …

Abstract Secure Socket Layer (SSL) and Transport Layer Security (TLS) protocols use
cryptographic algorithms to secure data and ensure security goals such as Data …

Since its introduction in 1994 the Secure Socket Layer (SSL) protocol (later renamed to
Transport Layer Security (TLS)) evolved to the de facto standard for securing the transport …