Https Using Sslv3 Or Tlsv1; Overview - Avaya P580 User Manual

HTTPS Using SSLv3 or TLSv1

Overview

Document No. 650-100-700, Issue 1
If you do not specify a cipher, the client can use either cipher. Normally, if
the remote host supports 3DES, that is the cipher that is used. If you do not
specify a TCP port, the client uses port 22. Valid ports are 22 and 9000 to
65,535.
The Avaya P580 and P882 Multiservice switches support Secure Socket
Layer, version 3 (SSLv3), and Transport Layer Security, version 1.0
(TLSv1).
SSL and TLS are protocols that provide data security between application
protocols (such as HTTP, Telnet, NNTP, FTP) and TCP/IP. SSL and TLS
are used to:
Transmit encrypted data over TCP/IP networks, and
Authenticate sites and clients with certificates
HTTPS is HyperText Transfer Protocol that is running either SSL or TLS.
TLS is based on the SSLv3 protocol specification published by Netscape
Communications Corporation. The Internet Engineering Task Force (IETF)
defines TLS in RFC 2246 as the successor of SSL v3.
SSL and TLS use certificates and public and private keys to secure data.
SSL server certificates prove the identity of the server to clients. The
application software provides its own internal Certificate Authority (CA)
for self-signing certificates. Certificates provide the following information:
Name of the server's CA.
Name of the entity to which the certificate was issued.
Public key of the entity.
Expiration date of the certificate.
Public and private keys are created from algorithms, called ciphers, that are
used to encrypt and decrypt data. The public key is shared. The private key
should never be shared. You cannot access the private key on the P580 or
P882 switch.
Public-private key pairs work together: Data that is encrypted with the
public key can be decrypted only with the private key and vice versa. The
Avaya Multiservice switches use only RSA SSLv3 and TLSv1 cipher
suites.
Security
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