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While there are many traditional uses of e-mail, including exchanging confidential information, the use of cryptographic e-mail has become prevalent in the more recent past. Encryption is useful for preventing access to a message (and conducting messaging for free), for example, in e-mail downloads. It is also useful for preventing message tampering if a sender and recipient are compromised.
Aside from the e-mail address, many e-mail messages carry other information, such as the sender, receiver, date, and time of transmission. In some advanced and more sophisticated e-mail applications, the sender's identity is verified to make sure that the sender of the message is legitimate. The receiver's return address is also verified to make sure that the receiver is a legitimate entity. This is done through the use of public key infrastructure, such as in Enigmail, used in Mozilla Thunderbird.
Key generation and storage is fully independent of the key management and use processes. These key management and use processes occur below and do not depend on the server password being used as the key.
The secure public/private key pair is generated by the server using a specified algorithm. The private key will be an internal process key and is not stored on disk. The private key will be encrypted using a private server password created during provisioning.
The public key will be a well-known Internet key. This key will be stored in the registry on the server. The public key will be placed into the public key directory and will be accessible to all users. The registry key information is encrypted using the same password as was used to sign the keys. a0fb89163a

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