For TLS, Diffie Hellman groups according to the table below must be used.User roles: Operation, Development, IntegrationThe Diffie Hellman groups is used for key exchange with Perfect Forward Secrecy (PFS). Generally, a distinction is made between elliptic curve groups and finite field groups (mod p).The following table contains the allowed Diffie Hellman groups for use in TLS Diffie Hellman group IANA-No. Referenzspezifikation brainpoolP512r1 33 RFC 7027 secp521r1 25 RFC 8422 brainpoolP384r1 27 RFC 7027 secp384r1 24 RFC 8422 brainpoolP256r1 26 RFC 7027 secp256r1 23 RFC 8422 ffdhe4096 258 RFC 7919 ffdhe3072 257 RFC 7919 Remark on group 256:Diffie Hellman group 256 (IANA-No.256) has a ley length of 2048 bit [1] and may only be used in legacy systems until the end of the year 2022. Th
If data requiring special protection is processed in a web service, this data must be individually protected by using end-to-end mechanisms at the application level (end-to-end), such as XML encryption. Since transport encryptions are already terminated on outer layers, as well as possible payload logging and "hop by hop" communication, a pure transport encryption in most cases does not offer sufficient protection for particularly confidential data.Examples of data requiring special protection are Medical data, Criminal records, Bank details of a person, Quarterly figures before publication and Draft contracts with high financial volume.Motivation: Due to the special need for protection, confidentiality protection is required for certain data even if they are encrypted for transport or transmitted via secure networks. Please specify product compliance as well as the corresponding method
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