Supported algorithms
Key types
This version of WSOP supports the following key algorithms:
| Algorithm | Key Type | Notes |
|---|---|---|
AES |
AES or Rijndael |
|
ECDSA |
ECDSA |
Supported curves are:
|
RSA |
RSA |
|
SHA-256 HMAC |
HMACSHA256 |
|
SHA-384 HMAC |
HMACSHA384 |
|
SHA-512 HMAC |
HMACSHA512 |
Signing algorithms
The following supported signing and verification algorithm identifiers are aligned to the JOSE IANA registry:
-
RS256
-
RS384
-
RS512
-
PS256
-
PS384
-
PS512
-
HS256
-
HS384
-
HS512
-
ES256
-
ES384
-
ES512
Product-specific signing algorithms
The following algorithms are available from the ECDSA-SHAXXX suite:
-
ECDSA-SHA256
-
ECDSA-SHA384
-
ECDSA-SHA512
Each of these elliptic curve (EC) algorithms for signing and verification uses the corresponding hash algorithm from the SHA2 family, and each allows the user to specify a key created using any one of the curves P-256, P-384, or P-521. This free choice contrasts with the Elliptic Curve JSON Web Algorithms (ES256, ES384, ES521). Each of those uses a matched pair of EC and hash function (P-256 with SHA-256, P-384 with SHA384, P-521 with SHA512) so that there is a close match in cryptographic security strength between the EC public/private key cryptography and the hash algorithm.
| The security strength of any signature created using the ECDSA-SHAXXX suite will be the strength of its weakest part. |