Orange colored text describes functional differences in previous 3.x releases
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Please note that we've decided to move our support portal to help.savignano.net to to further improve the services for our customers. The updated version of this page can be found at https://help.savignano.net/snotify-email-encryption/server-key-management-s-notify-for-bitbucket |
Under this section, the private PGP keys and S/MIME certificates of the Confluence Bitbucket server are managed. They are used for signing outgoing emails.
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Note that, if you have configured Confluence Bitbucket to use multiple email addresses, the key store must either hold multiple keys or certificates for them, or the keys or certificates must be issued for multiple email addresses.
This section has two tabs each displaying one of the two different encryption methods.
S/MIME
Private S/MIME Certificates
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If outgoing emails are to be signed, the server key store should also contain the (public) intermediate certificates, so they can be included in the signature.
Prior to version 3.1, intermediate certificates were not included.
Key store location
Provide path and file name of the certificate keystore, as seen from the server your Confluence instance Bitbucket instance runs on. The key store must be in PKCS#12 format. The file suffix of such key stores is usually p12 or pfx.
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Enter the password required to access the S/MIME key store. That is the keyword used to create the the key store.
For details on how the stored password protectionist protected, see below.
PGP
Private PGP Keys
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Provide path and file name of the certificate keystore, as seen from the server your Confluence instance Bitbucket instance runs on. The key store must be in ASCII-armored or GPG binary format. The file suffixes of such key stores (also called key rings) are usually asc and gpg, respectively.
Password
Enter the password required to access the private PGP keys in the key store. That is the keyword passphrase used to create store the secret keys in the key store. When using multiple private keys, all of them must be protected by the same passphrase.
For details on how the stored password protectionist protected, see below.
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The passwords are stored in the database in encrypted format and used only internally. They cannot be reproduced by any Confluence user Bitbucket user or administrator. However, since encryption of passwords alone cannot be considered fully safe, appropriate access control of your database is a prerequisite to achieve adequate protection. |
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