Which NGE IKE Diffie-Hellman group identifier has the strongest cryptographic properties?
A.
group 20
B.
group 24
C.
group 5
D.
group 20
Which NGE IKE Diffie-Hellman group identifier has the strongest cryptographic properties?
Which NGE IKE Diffie-Hellman group identifier has the strongest cryptographic properties?
Group 19 & 20 belongs to the Helleptic Curve Algorithms therefore they are better
Internet Key Exchange in VPN Technologies
Use the following guidelines when configuring Internet Key Exchange (IKE) in VPN technologies:
Avoid IKE Groups 1, 2, and 5.
Use IKE Group 14 or 24, both of which employ 2048-bit DH. Alternatively, Groups 15 and 16 employ 3072-bit and 4096-bit DH.
When possible, use IKE Group 19 or 20. They are the 256-bit and 384-bit ECDH groups, respectively.
AES should be used for encryption.
Caution: Administrators are advised to use caution regarding processing load when choosing IKE groups. Load depends on platform limitations. Some platforms may not support Group 15 or 16 in hardware, and handling them in the CPU could add significant load to the processor in lower-end products or multiple simultaneous IKE negotiation scenarios.
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