Transport Layer
This is not correct, it's the session layer of the OSI model
SSL was created with the TCP/IP model in mind, not the OSI model. While it is technically true SSL or TLS is in the Session Layer of the OSI, it should be referred to in conjunction with the TCP/IP Model. In this case, it resides above the Transport Layer, providing security for it, hence the name of SSL's successor Transport Layer Security (TLS).
Note: TLS 1.0 is SSL 3.1
FYI, please take note the ITU X.800 recommendation states there are no security services provided in the session layer.
Presentation Layer
session
in the application layer. SOAP is wrapped in HTTP or HTTPS, which can be warpped by TLS, and hen wrapped in TCP (Session) and then wrapped in IP which is the network layer protocol.
HTTPS is not a separate protocol, but refers to use of ordinary HTTP over an encrypted Secure Sockets Layer (SSL) or Transport Layer Security (TLS) connection. So it really does not have a place per say, because it's not a protocol it's a hybrid. Or you can say it originates in the Application layer and then finishes in the Presentation layer.
The layer of the OSI Model that deals with encryption, would be the sixth layer, the presentation layer. It deals with the SSL/TLS protocol which pretty much just turns your regular HTTP (hypertext transfer protocol) into HTTPS (hypertext transfer protocol secure.) It adds an encryption to certain web pages that would deal with you credit card or any other private information dealt with.
TLS is updated version of SSL.
Application Layer
Transport Layer Security (SSL/TLS) can tunnel an entire network's
Transport Layer Security (TLS)
HTTPS ( Hypertext Transfer Protocol over SSL/TLS)
The purpose of the secure sockets layer is a commonly used protocol for managing the security of the messages transferred online. TLS is based on SSL.
The Leather Store
TLS - The Law Society
TLS Agency was created in 2008.