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CSR Generation

How to generate a Certificate Signing Request [CSR]

Java Server [1]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

IBM HTTP Server [3]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Hsphere [4]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Apache via Ensim Webppliance 3.1.x [5]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Stronghold Server [6]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Cobalt RaQ4/XTR [7]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

OpenSSL [8]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Apache Mod_SSL [9]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

CSR Generation [10]

Important Note:

Effective 1 January 2011, we will no longer support any Certificate Signing Request [CSR] generated with a 1024 bit key. This is because NIST, PKIX, WebTrust and other respective security standards no longer consider the 1024 bit key size as secure. Read more > [2]

Source URL: http://www2.digi-sign.com/taxonomy/term/43

Links:
[1] http://www2.digi-sign.com/support/digi-ssl/java
[2] http://www2.digi-sign.com/about/announcements/2048
[3] http://www2.digi-sign.com/support/digi-ssl/ibm
[4] http://www2.digi-sign.com/support/digi-ssl/hsphere
[5] http://www2.digi-sign.com/support/digi-ssl/ensim
[6] http://www2.digi-sign.com/support/digi-ssl/c2net
[7] http://www2.digi-sign.com/support/digi-ssl/cobalt
[8] http://www2.digi-sign.com/support/digi-ssl/apache%20openssl
[9] http://www2.digi-sign.com/support/digi-ssl/apache%20mod%20ssl
[10] http://www2.digi-sign.com/support/digi-ssl/generate%20csr
[11] http://www2.digi-sign.com/taxonomy/term/43
[12] http://www2.digi-sign.com/taxonomy/term/43?page=1