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236 Lotus Security Handbook common access protocol, the Lightweight Directory Access Protocol (LDAP), of which the latest version is LDAP v3. LDAP is the most efficient and most widely accepted method for an End-Entity or a CA to retrieve or modify the certificate and CRL information stored in a CR. LDAP offers commands or procedures which do this efficiently and seamlessly, such as: bind, search or modify, and unbind. As well, the attributes and object classes to be supported by an LDAP server acting as server of a CR are defined, and are called Schemas. There are alternative methods for obtaining certificates or CRL information if a CR is not implemented in a directory. However, these are not recommended and after considering the requirements that a CR must meet, it turns out that a Directory is actually the best place to store CR information. Such requirements include: easy accessibility, standards-based access, up-to-date information storage, built-in security (if required), data management issues and the possible merging of similar data. In the case of a Domino-based Internet PKI, the CR is the Domino Directory. The Registration Authority (RA) The Registration Authority (RA) is an optional component in a PKI. In some cases, the CA incorporates the role of an RA. Where a separate RA is used, the RA is a trusted End-Entity certified by the CA, acting as a subordinate server of the CA. The CA can delegate some of its management functions to the RA. For example, the RA may perform personal authentication tasks, report revoked certificates, generate keys, or archive key pairs. The RA, however, does not issue certificates or CRLs. 6.2.3 X.509 certificates A crucial part of a PKI – and one worthy of its own section – is the X.509 certificate. While there have been several proposed formats for public key certificates, most commercial certificates available today are based on the international standard ITU-T Recommendation X.509 (formerly CCITT X.509). X.509 certificates are commonly used in secure Internet protocols, such as those that we <strong>cover</strong> in the present chapter, namely: ► Secure Sockets Layer ► Secure Multipurpose Internet Message Extension (S/MIME)
What is the X.509 standard Originally, the primary intent for the X.509 standard was to specify a means to do certificate-based authentication against an X.500 directory. Directory authentication in X.509 can be done using either secret-key techniques or public-key techniques. The latter is based on public-key certificates. At present, the public-key certificate format defined in the X.509 standard is widely used and supported by a number of protocols in the Internet world. The X.509 standard does not specify a particular cryptographic algorithm, although it appears that the RSA algorithm is the one that’s most broadly used. A brief history of X.509 certificates The Internet Privacy Enhanced Mail (PEM) RFCs, published in 1993, include specifications for a public key infrastructure based on X.509 v1 certificates (see RFC 1422 for details). The experience gained in attempts to deploy RFC 1422 made it clear that the v1 and v2 certificate formats were deficient in several respects. Most importantly, more fields were needed to carry required and necessary information. In response to these new requirements, ISO/IEC/ITU and ANSI X9 developed the X.509 version 3 (v3) certificate format. The v3 format extends the v2 format by providing for additional extension fields. These fields grant more flexibility because they can convey supplemental information, beyond just the key and name binding. In June 1996, standardization of the basic v3 format was completed. The contents of an X.509 certificate An X.509 certificate consists of the following fields: ► Version of the certificate ► Certificate serial number ► Digital signature algorithm identifier (for issuer's digital signature) ► Issuer (that is, the CA) name ► Validity period ► Subject (user or server) name ► Subject public-key information: algorithm identifier and public-key value ► Issuer unique identifier - version 2 and 3 only (added by version 2) ► Subject unique identifier - version 2 and 3 only (added by version 2) ► Extensions - version 3 only (added by version 3) ► Digital signature by issuer on the above fields Chapter 6. Public key infrastructures 237
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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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