Encryption algorithms used in IKE
IKEEncryption algorithms are used to ensure confidentiality of the messages
exchanged during IKE negotiations. AES stands for Advanced Encryption Standards.
AES_128 uses 128-bit keys whereas AES_256 uses 256-bit keys for encryption and
decryption. AES_GCM stands for Advanced Encryption Standard(AES) in Galois/Counter
Mode(GCM) and is used to provide both confidentiality and data origin authentication.
AES_GCM composed of two separate functions one for encryption(AES) and one for
authentication(GMAC). AES_GCM algorithms will be available with IKE_V2 version only.
AES_GMAC_128 uses 128-bit keys.
AES_GMAC_192 uses 192-bit keys.
AES_GMAC_256 uses 256-bit keys.
| Name | Description | Type | Notes |
|---|---|---|---|
| PolicyIKEEncryptionAlgorithm | Encryption algorithms used in IKE IKEEncryption algorithms are used to ensure confidentiality of the messages exchanged during IKE negotiations. AES stands for Advanced Encryption Standards. AES_128 uses 128-bit keys whereas AES_256 uses 256-bit keys for encryption and decryption. AES_GCM stands for Advanced Encryption Standard(AES) in Galois/Counter Mode(GCM) and is used to provide both confidentiality and data origin authentication. AES_GCM composed of two separate functions one for encryption(AES) and one for authentication(GMAC). AES_GCM algorithms will be available with IKE_V2 version only. AES_GMAC_128 uses 128-bit keys. AES_GMAC_192 uses 192-bit keys. AES_GMAC_256 uses 256-bit keys. |
string | Deprecated Enum: AES_128, AES_256, AES_GCM_128, AES_GCM_192, AES_GCM_256 |