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6.2.9 Secure messaging with S/MIME 268 Lotus Security Handbook S/MIME, Secure Multipurpose Internet Mail Extension, is an e-mail security technology developed by RSA for encrypting and digitally signing e-mail messages. The S/MIME working group has completed five proposed standards that comprise the S/MIME version 3 specification. These are as follows: ► Cryptographic Message Syntax (draft-ietf-smime-cms; ftp://ftp.ietf.org/rfc/rfc2630.txt) ► S/MIME Version 3 Message Specification (draft-ietf-smime-msg; ftp://ftp.ietf.org/rfc/rfc2633.txt) ► S/MIME Version 3 Certificate Handling (draft-ietf-smime-cert; ftp://ftp.ietf.org/rfc/rfc2632.txt) ► Certificate Request Syntax (draft-ietf-smime-crs; http://www.ietf.org/proceedings/98dec/I-D/draft-ietf-smime-crs-00.txt) ► Enhanced Security Services for S/MIME (draft-ietf-ietf-ess; ftp://ftp.ietf.org/rfc/rfc2634.txt) Lotus Notes and Domino 6 fully support S/MIMEv3. Encrypting a message takes the entire content of a message or just certain MIME parts and runs them through an encryption algorithm that uses the public key of the recipient. S/MIME uses a public-key algorithm for key exchange and for digital signatures, recommending two symmetric encryption algorithms: Triple-DES, and RC2. The adjustable key size of the RC2 algorithm makes it especially useful for applications intended for export outside the US where RSA is the required public-key algorithm. How S/MIME works In this section we take a closer look at how S/MIME works. The goal is to help you understand how Notes and Domino 6 implement and support S/MIME. S/MIME offers users the following basic features: ► Encryption for message privacy ► Tamper detection ► Signing - Authentication of the sender with digital signatures ► Interoperability with other S/MIME-compliant software ► Seamless integration into Netscape Messenger ► Cross-platform messaging
With the help of these features, the following benefits are provided: ► From the moment the message is sent to the moment it is delivered to its final destination, no one can see the contents of the message. ► The recipient can be certain that the message came from the person that he or she thinks it came from. ► It is also certain that the message has not been tampered with or changed on the way to delivery. Encryption for message privacy For message privacy, or confidentiality, S/MIME uses asymmetric keys (public/private keys) to encrypt messages. This is essentially the same technique as is employed in Notes and explained in the Notes PKI section. To send an encrypted S/MIME message, it is necessary to obtain the recipient’s public key and encrypt the message using this key. Since the only person who has its associated private key is the recipient, the message can be sent safely with the assured knowledge that only the recipient will be able to decrypt this message. This technique is exactly like the one used in Notes and shown in Figure 6-16 on page 227 and in Figure 6-26. Figure 6-26 Electronic mail message encryption in S/MIME This is a practical application of the hybrid solution that we <strong>cover</strong>ed in the security fundamentals chapter. The numbered steps in Figure 6-26 are described as follows: 1. Alice decides to send an encrypted S/MIME message to Bob. The messaging client, seeing that the messages needs to be encrypted, generates a random Chapter 6. Public key infrastructures 269
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* Notes SDK include files */ #inclu
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* *********************************
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Hostname="localhost.dotnsf.com" Por
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Other publications Online resources
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