…ransferred) are already compressed. And, when security mechanisms such as TLS [ RFC2246 ] are applied above the network (IP) layer, the data is already encrypted (and possibly also compressed), again removing or hiding any redundancy in the payload. The resulting additional trans…

…ransferred) are already compressed. And, when security mechanisms such as TLS [ RFC2246 ] are applied above the network (IP) layer, the data is already encrypted (and possibly also compressed), again removing or hiding any redundancy in the payload. The resulting additional trans…

…itive applications has required security measures. SSL, and its successor TLS [ RFC2246 ] were designed to provide channel-oriented security. This document describes how to use HTTP over TLS. 1.1 . Requirements Terminology Keywords "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOUL…

…itive applications has required security measures. SSL, and its successor TLS [ RFC2246 ] were designed to provide channel-oriented security. This document describes how to use HTTP over TLS. 1.1 . Requirements Terminology Keywords "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOUL…

…sitive applications has required security measures. SSL, and its successor TLS [RFC2246] were designed to provide channel-oriented security. This document describes how to use HTTP over TLS. 1.1. Requirements Terminology Keywords "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOULD …

…itive applications has required security measures. SSL, and its successor TLS [ RFC2246 ] were designed to provide channel-oriented security. This document describes how to use HTTP over TLS. 1.1 . Requirements Terminology Keywords "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOUL…

…t base and might not be readily available for implementation. TLS version 1.0 [ RFC2246 ] is the most widely deployed version and will provide the broadest interoperability. Implementations MAY also support additional transport-layer security mechanisms that meet their security r…

…ecommendations May 2015 o Implementations SHOULD NOT negotiate TLS version 1.0 [RFC2246]; the only exception is when no higher version is available in the negotiation. Rationale: TLS 1.0 (published in 1999) does not support many modern, strong cipher suites. In addition, TLS 1.0 …

… in a number of different applications, such as secure file transfer over TLS [ RFC2246 ] and transfer of management information in VPN applications. 2 . Acknowledgements This document owes its initial creation and protocol design to Tatu Ylonen and Sami Lehtinen of SSH Communica…

…bers as input to the MAC, or HMAC in some cases, is described in [ RFC2085 ], [ RFC2246 ], [ RFC2743 ], [ RFC1964 ], [ RFC2025 ], and [ RFC4120 ]. The underlying construct is discussed in [ RFC2104 ]. Essentially, a different sequence number in each packet ensures that at least t…

…bers as input to the MAC, or HMAC in some cases, is described in [ RFC2085 ], [ RFC2246 ], [ RFC2743 ], [ RFC1964 ], [ RFC2025 ], and [ RFC4120 ]. The underlying construct is discussed in [ RFC2104 ]. Essentially, a different sequence number in each packet ensures that at least t…

…m and on the encryption schemes it supports. Despite being replaced by TLS 1.0 [RFC2246] in 1999, and subsequently TLS 1.1 in 2002 [RFC4346] and 1.2 in 2006 [RFC5246], availability of these replacement versions has not been universal. As a result, many implementations of TLS have…

…ed with any TLS ciphersuite. This document applies to both TLS 1.0 defined in [ RFC2246 ], and TLS 1.1 defined in [ RFC4346 ]. The mechanism makes use of TLS extensions defined in [ RFC4366 ] and defines a new TLS message type. This mechanism is useful in the following situations…

…t base and might not be readily available for implementation. TLS version 1.0 [ RFC2246 ] is the most widely deployed version and will provide the broadest interoperability. Implementations MAY also support additional transport-layer security mechanisms that meet their security r…

…nd might not be readily available in implementation toolkits. TLS version 1.0 [ RFC2246 ] is the most widely deployed version and will give the broadest interoperability. To protect against token disclosure, confidentiality protection MUST be applied using TLS [ RFC5246 ] with a …