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7.3 X.509 certificates 294 Lotus Security Handbook Client authentication using X.509 certificates provides for two-way authentication between a browser user and a server using both SSL and an LDAP directory for user authentication. Multiple applications that share this same LDAP directory can use the same certificate authentication. This is not the same as using a server certificate for server authentication by a client, where the client simply needs to trust the root CA that issued the server’s certificate. We are focusing on client authentication performed by a server. Typically, the client X.509 certificate is password protected, so in this case the use of X.509 certificates is considered a two-factor authentication method: something you have (the certificate on the workstation), and something you know (the password). Because the certificates can also be verified and the revocation or expiration checked, X.509 certificates can be a very secure method of user authentication. However, making the X.509 certificate portable (or making it exportable) so it can be installed into other applications or workstations presents both logistical issues for the user as well as potential security vulnerabilities. It is worth mentioning that Internet Explorer stores client X.509 certificates in the Windows registry. Removing a certificate permanently from a workstation may require manually removing it from the registry. Smartcards are just beginning to gain momentum as a means to provide a portable yet secure way to store client certificates, although the lack of ubiquitous smart card readers on PCs is definitely hindering their widespread use. With client authentication, the LDAP client, specifically the browser installed on the user’s workstation, must have a digital certificate (based on the X.509 standard). In other words, the X.509 certificate contains the user’s credentials and is passed to the different Web servers that require the same X.509 authentication. The LDAP directory needs to have both the root certificate from the corresponding CA that issued the client’s certificate, and the client’s public SSL certificate (key) must be stored in their directory record. This digital certificate is used to authenticate the LDAP client (browser) to the LDAP directory being used for authentication. So in order to use X.509 certificates, there must be an Internet certificate (PKI) infrastructure implemented where users can obtain X.509 certificates that are trusted by the LDAP directory service (server) and the user’s public certificate (keys) are stored in the directory. In addition to SSL authentication of Web browser clients, the Simple Authentication and Security Layer (SASL) can be used to add X.509 certificate authentication support to connection-based protocols. A protocol includes a command for identifying and authenticating a user to a server. It can optionally negotiate a security layer for subsequent protocol interactions. Specifically, there are at least seven different types of authentication supported by SASL, but the
7.3.1 Authentication SASL authentication type of “External” uses X.509 certificates. The SASL specifications are described in RFC-2222, which may be found at: http://www.ietf.org/rfc/rfc2222.txt The authentication and access control descriptions in the next two sections relate to the process used by an LDAP directory for client authentication. It is a high-level overview of the process when using an LDAP directory, not necessarily a description of the X.509 support in any given Lotus product. After a server receives the authentication command or any client response, it may issue a challenge or indicate failure or completion. If a client receives a challenge it may issue a response or abort the exchange, depending on the profile of the protocol. We now describe the authentication sequence that is performed using X.509v3 certificates for SASL authentication. During the authentication protocol exchange, the SASL mechanism performs authentication, transmits an authorization identity (known as userid) from the client to the server, and negotiates the use of a mechanism-specific security layer. When an LDAP server receives an LDAP bind request from a client, it processes the request in the following order: 1. The server parses the LDAP bind request and retrieves the following information: – The DN that the client is attempting to authenticate as. – The method of authentication used. – Any credentials, such as a password, included in the request. – If the method of authentication is SASL, the server also retrieves the name of the SASL mechanism used from the LDAP bind request. 2. The server normalizes the DN retrieved from the request. 3. The server retrieves any LDAP control included with the LDAP bind request. 4. If the method of authentication is SASL, the server determines whether or not the SASL mechanism (specified in the request) is supported. If the SASL mechanism is not supported by the server, the server sends an error return code to the client and ends the bind process. 5. If the SASL mechanism is supported (=EXTERNAL) and the SSL authentication type is server and client authentication, the server verifies that the client’s certificate is valid, was issued by a known CA, and none of the certificates on the client’s certificate chain are invalid or revoked. If the client Chapter 7. Single sign-on 295
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* Notes SDK include files */ #inclu
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} /*--- * filter termination */ uns
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goto NoUnlockExit; pLookup = (char
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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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Certificate authorities Domino 260
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and WebSphere Portal 622 benefits 2
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Lotus Security Handbook Key securit
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