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TLS operates between the Transport layer and the Application Layer (kind of). Really it just wraps Application Layer traffic in encryption during transport. The TLS Key Exchange happens in the in between layers.
The TLS (and SSL) protocols are located between the application protocol layer and the TCP/IP layer, where they can secure and send application data to the transport layer.
HTTP operates at the highest layer of the TCP/IP model, the Application layer; as does the TLS security protocol (operating as a lower sublayer of the same layer), which encrypts an HTTP message prior to transmission and decrypts a message upon arrival.
TLS does not require TCP, it only requires reliable transport. There is even a standard for TLS over SMTP which is another reliable transport protocol. But, if you take today's internet then you usually only have UDP and TCP as transport protocols on top of IP and from these two TCP is the only reliable one.
When the SSL protocol was standardized by the IETF, it was renamed to Transport Layer Security (TLS). TLS was designed to operate on top of a reliable transport protocol such as TCP. However, it has also been adapted to run over data gram protocols such as UDP.
TLS uses a combination of symmetric and asymmetric cryptography, as this provides a good compromise between performance and security when transmitting data securely. The session key is then used for encrypting the data transmitted by one party, and for decrypting the data received at the other end.
It's a protocol used to encrypt and authenticate the data sent between an application (like your browser) and a web server. This leads to a more secure web for both you and the visitors to your website. SSL is closely tied to another acronym TLS. But due to security flaws, it was never released to the public.
TLS uses many encryption algorithms, including AES in various modes, and several hash algorithms, including those in the SHA family. TLS may also use encryption algorithms not based on a block cipher, such as RC4.
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