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322 Lotus Security Handbook Multiple identities Terry Howell, Navy Enterprise Portal program manager for Space and Naval Warfare Systems Command (SPARWAR), was recently quoted in press articles as saying “Users could have 100,000 identities, all with their own way of granting authorizations...”. He was referring to the estimated 720,000 users of the U.S. Navy’s intranet portal, and the effort required to tie together some 200,000 existing applications to use a single, common identity. Perhaps “100,000 identities” for each user might be the extreme end of the spectrum; however, it is not uncommon today for different legacy applications to each have their own dedicated user authentication directories. So before you consider your own organization “better off than the U.S. Navy,” have you really counted up all those old servers and applications you still use that have dedicated user IDs registered on them? When you start looking at separate hosts like shared UNIX boxes and various applications that were deployed at departmental levels, the number of IDs for any given user can indeed be overwhelming. Multiple identities can consist of name variations and different logon IDs and passwords. And we do not limit the variations to just the name attributes themselves: differences in hierarchical tree structures can present similar difficulties (or even compound them). For example, a user might have the following directory entry DNs (distinguished names): LDAP Directory: cn=Brendan C Hinkle,ou=West,o=Acme,dc=acme,dc=com Domino Directory: CN=Brendan Hinkle/OU=Finance/O=Acme Active Directory: uid=bhinkle,cn=users,dc=corp,dc=acme,dc=com This shows that we can not only have different common names, but different distinguished names, and no inherent way to match them to the same person with 100% confidence. So what can we do when users essentially have two similar, but not necessarily matching identities by which they are known? The answer is we must identify correlating data, or correlation keys that can be used to match user records with guaranteed certainty. If we expand the previous example to show some additional attributes, we can see some options for correlation. Example 8-1 Multiple directories in LDAP example LDAP Directory: cn=Brendan C Hinkle,ou=West,o=Acme,dc=acme,dc=com uid=bhinkle empid=10543 mail=”“ Domino Directory: CN=Brendan Hinkle/OU=Finance/O=Acme internetaddress=b_hinkle@acme.com employeeid=BC10543
Active Directory: uid=bhinkle,cn=users,dc=corp,dc=acme,dc=com logonPrincipalName=bhinkle mail=b_hinkle@acme.com Although this may appear to be a very simple example, it becomes quite complex once you start asking where the attribute values came from. Remember our discussion about points of control? Consider the “mail” attribute in LDAP and AD and the “internetaddress” in Domino. Assume the user’s SMTP address gets assigned by the Domino administrator. So how reliable is this as a correlation key between Domino and AD? Between Domino and LDAP? In order to answer this question, you must know how this attribute gets populated in AD and LDAP. If there is a self-service point of control in AD for this attribute, meaning the user can enter in their own SMTP address, it is not a reliable key between Domino and AD. Upon investigation, we find out that the Domino directory receives weekly feeds from LDAP and uses this feed to populate the employee id in Domino. The one difference is the employee number is pre-pended with the user’s first and last initial. In other words, there is a data transformation, but we know what the algorithm is, and it is reversible. We now have identified a correlation key we can use for automated synchronization between our LDAP directory and Domino, and we can reliably map user records between these two directories. We can now take the user’s SMTP address from the authoritative source – Domino – and populate the “mail” field in the LDAP directory (which currently has a null value). Identity mapping In the previous example, we have three different directory entries for the same person. Now consider what we must do to map the identity, or distinguished name (DN), of this person within an application when one name is presented as the authenticated user, but we need to use a different name for access controls. In 7.2, “LTPA” on page 285, we discussed using a browser session cookie for user authentication. The <strong>IBM</strong> LTPA token is a specific example of a session cookie that is defined by <strong>IBM</strong>. For mapping a DN in an LTPA cookie received by a Domino HTTP server to a different DN for access control purposes, we use direct mapping. The mapping is configured in the Domino Directory Assistance configuration, assuming we are using an LDAP directory for browser authentication. The directory entries required are shown Example 8-2. Example 8-2 Directory entries LDAP Directory: cn=Brendan C Hinkle,ou=West,o=Acme,dc=acme,dc=com empid=10543 mail=b_hinkle@acme.com notesname=cn=Brendan Hinkle,OU=Finance,O=Acme Domino Directory: CN=Brendan Hinkle/OU=Finance/O=Acme Chapter 8. Directory strategies 323
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