Number of certificates: | 200 up to 200,000,000 | |
Production speed: | Without HSM up to 5,000 1024-bits certificates/hour With HSM up to 10,000 1024-bits certificates/hour |
|
Key length: | Root and Intermediate certificates 9196-1024 bits Client certificates 1024-2048 bits Symmetric Keys 56 to 256 bits |
|
Key validity: | Root Key 1 to 25 years Intermediate Keys 1 to 10 years Client Keys 1 to 10 years (as per CP) |
|
Key storage: | Root Key off-line and stored in several separate pieces Intermediate (signing) keys access through HSM, biometric client certificates, smart card or USB tokens | |
Cryptographic Ciphers: | AES, Blowfish, CAST5, DES, 3DES, IDEA, RC2, RC4, RC5 and RSA | |
Signature Algorithms: | MD2, MD4, MD5, MDC2, SHA1 (DSSI) and RIPEMD-160 | |
Entropy: | 2127 | |
The authentication, privacy and integrity of the digital certificates is governed by several factors:
SSL and TLS are protocols that are used to provide secure Web communications on intranets and the Internet. TLS is the standardized (by the Internet Engineering Task Force [IETF]) version of SSL and is also referred to as SSL version 3.1, whereas the most commonly used SSL version is 3.0. Both protocols can provide the following basic security services:
Mutual Authentication verifies the identities of both the server and the client through the exchange and validation of their digital certificates.
Communication Privacy encrypts information exchanged between secure servers and secure clients using a secure channel.
Communication Integrity verifies the integrity of the contents of messages exchanged between the client and the server, which ensures that messages haven’t been altered en route. Digital certificates are an integral part of a total environment. Whether it is a simple case of using them to secure email or using them for authentication purposes in a larger workflow business process, in all cases, Digi-CA™ certificates are easy to deploy.