Blackberry ENTERPRISE SOLUTION SECURITY - SECURITY FOR DEVICES WITH BLUETOOTH WIRELESS TECHNOLOGY - TECHNICAL Guide de l'utilisateur télécharger pdf (Page 172)

Algorithm Key length (bits) Type

ECDH 160 to 571 (Elliptic Curve) discrete logarithm

ECMQV 160 to 571 (Elliptic Curve) discrete logarithm

KEA 1024 discrete logarithm

Signature scheme algorithms that the RIM

Cryptographic API supports

If the signature scheme algorithm that a developer wants to use is the RSA algorithm using ANSI X9.31, ANSI X9.31 uses

one of the following algorithms for the required message digest code: SHA-1, SHA-2, or RIPEMD-160.

Algorithm Key length (bits) Type

DSA 512 to 1024 discrete logarithm

ECDSA 160 to 571 (Elliptic Curve) discrete logarithm

ECNR 160 to 571 (Elliptic Curve) discrete logarithm

RSA using ANSI X9.31 512 to 4096 integer factorization

RSA using PKCS #1 (versions 1.5 and

2.0)

512 to 4096 integer factorization

RSA using PSS 512 to 4096 integer factorization

Key generation algorithms that the RIM Cryptographic

API supports

Algorithm Key length (bits) Type

Diffie-Hellman 512 to 4096 discrete logarithm

DSA 512 to 1024 discrete logarithm

Elliptic Curve 160 to 571 (Elliptic Curve) discrete logarithm

RSA 512 to 2048 integer factorization

Security Technical Overview RIM Cryptographic API

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Blackberry ENTERPRISE SOLUTION SECURITY - SECURITY FOR DEVICES WITH BLUETOOTH WIRELESS TECHNOLOGY - TECHNICAL Guide de l'utilisateur Page 172