… Diffie-Hellman mechanism with a standard NIST exponent and 2048-bit modulus ( [RFC3526] , id 14). This is the preferred method for RSA2048RESTR Owner keys. “DHKEXid15” : Diffie-Hellman key exchange method using a standard Diffie-Hellman mechanism with a standard National Institu…
…r, for one additional group, the Working Group adopted the number assigned by [ RFC3526 ], using diffie- hellman-group14-sha1 for the name of the second defined group. Implementations should treat these names as opaque identifiers and should not assume any relationship between th…
…r, for one additional group, the Working Group adopted the number assigned by [ RFC3526 ], using diffie- hellman-group14-sha1 for the name of the second defined group. Implementations should treat these names as opaque identifiers and should not assume any relationship between th…
…er, for one additional group, the Working Group adopted the number assigned by [RFC3526], using "diffie-hellman-group14-sha1" for the name of the second defined group. Implementations should treat these names as opaque identifiers and should not assume any relationship between th…
…r, for one additional group, the Working Group adopted the number assigned by [ RFC3526 ], using "diffie-hellman-group14-sha1" for the name of the second defined group. Implementations should treat these names as opaque identifiers and should not assume any relationship between t…
…r, for one additional group, the Working Group adopted the number assigned by [ RFC3526 ], using "diffie-hellman-group14-sha1" for the name of the second defined group. Implementations should treat these names as opaque identifiers and should not assume any relationship between t…
…ie-Hellman Group 256-bit random ECP Group 19 or 2048-bit MODP Group 14 RFC5903, RFC3526 Authentication Method X.509 certificates using ECDSA or RSA RFC4945, RFC4754, RFC4055 For configuring Encapsulating Security Payload (ESP), the Recommended Profile uses the following parameter…
…te Field Diffie-Hellman, ZRTP endpoints MUST use the DH parameters defined in [ RFC3526 ], as follows. DH3k uses the 3072-bit modular exponentiation group (MODP). DH2k uses the 2048-bit MODP group. The DH generator g is 2. The random Diffie-Hellman secret exponent SHOULD be twice…
…ODP) well-known group 2 [RFC2412] and Oakley 2048-bit MODP well-known group 14 [RFC3526] and SHOULD support Oakley 4096-bit MODP well-known group 16 [RFC3526]. The Diffie-Hellman field size should be chosen so as to provide sufficient cryptographic security [RFC3766]. When MODP D…
…ODP) well-known group 2 [RFC2412] and Oakley 2048-bit MODP well-known group 14 [RFC3526] and SHOULD support Oakley 4096-bit MODP well-known group 16 [RFC3526]. The Diffie-Hellman field size should be chosen so as to provide sufficient cryptographic security [RFC3766]. When MODP D…