19.3. Using volume_key in a larger organization

Procedure 19.3. Preparation

1. Create an X509 certificate/private pair.
2. Designate trusted users who are trusted not to compromise the private key. These users will be able to decrypt the escrow packets.
3. Choose which systems will be used to decrypt the escrow packets. On these systems, set up an NSS database that contains the private key.
   If the private key was not created in an NSS database, follow these steps:
   • Store the certificate and private key in an PKCS#12 file.
   • Run:

     certutil -d /the/nss/directory -Ncertutil -d /the/nss/directory -Ncertutil -d /the/nss/directory -N

     Copy to Clipboard Toggle word wrap
     At this point it is possible to choose an NSS database password. Each NSS database can have a different password so the designated users do not need to share a single password if a separate NSS database is used by each user.
   • Run:

     pk12util -d /the/nss/directory -i the-pkcs12-filepk12util -d /the/nss/directory -i the-pkcs12-filepk12util -d /the/nss/directory -i the-pkcs12-filepk12util -d /the/nss/directory -i the-pkcs12-file

     Copy to Clipboard Toggle word wrap
4. Distribute the certificate to anyone installing systems or saving keys on existing systems.
5. For saved private keys, prepare storage that allows them to be looked up by machine and volume. For example, this can be a simple directory with one subdirectory per machine, or a database used for other system management tasks as well.