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284 Lotus Security Handbook Password synchronization From a security standpoint, being able to synchronize a password value from one credential store requires a highly undesirable vulnerability. The vulnerability would be the ability to extract the clear text version of a user’s password so it can be written to a different directory. Secure credential stores do not store the password in clear text, but rather they store a hash or an encrypted version of the password. The hash algorithm should not be reversible. So we should not be able to read the hash value from one directory and convert it to a text. And if we simply write the hashed password from one directory to another, the second directory will now have a “hash” value that cannot be reproduced, so it would never match the authentication or “bind” process. Note: Domino generates an MD2-salted hash when storing the Internet password in the person documents when “Use more secure Internet Passwords” is enabled in the Directory Profile. Other directories may use different hash algorithms (for example, IBM Tivoli Directory Server uses MD5). They will also use different encryption keys, key lengths, and salt values. The hash values for the same password will be different in each directory (and different user records in the same directory if they use a salted hash). The hash value is not meant to be portable. If a directory provides access for an administrator or program to obtain a clear-text version of the password, you should not consider it secure. Bind process To understand the issue of passwords and the fact that “secure” directories store the hashed value of the password, you need to understand the authentication process. When a user provides a logon name (ID) and password, the password string is hashed, then compared to the stored password hash value in the directory. A good example of this process is the LDAP bind request that occurs when using an LDAP directory for credentials. If the hash from the logon matches the hash stored in the directory, the “bind” is successful. Although some directories store both the original password and the hash value, a secure directory does not provide a means of accessing the original password; you can only access the hash. Consider the following example: A user password is set to the string “password” and gets stored in an IBM Directory Server as the hash value “[B@7a8ea817”. If we try to synchronize this hash value into a Domino directory in the user’s person document, what happens? The hash value our Domino server generates when we log in (bind) with a password of string “password” is “355E98E7C7B59BD810ED845AD0FD2FC4”. Since this is not equal to the
7.2 LTPA hash value we synchronized in from the LDAP directory of “[B@7a8ea817”, authentication using the Domino directory will fail. Single password and password synchronization is an approach that is marginally suited for perhaps two different clients, such as Notes and Windows passwords. It is not an approach we recommend for integrating browser-based applications. The remainder of this chapter will focus on Web client SSO. IBM Lightweight Third Party Authentication (LTPA) tokens, or cookies, provide a means to share authentication information between Lotus, WebSphere and Tivoli application (Web) servers. A user who has been authenticated once by an application server will be automatically authenticated on other application servers in the same DNS domain providing the LTPA keys have been shared by all the applications. LTPA utilizes a token which is stored as a cookie in the user’s browser. The LTPA token contains data that uniquely identifies the user, such as the user’s Distinguished Name (DN), and an expiration date that effectively limits the session time before the user is forced to re-authenticate. Special notes related to use of LTPA include: ► All application servers using LTPA tokens must reside in the same DNS domain. ► All application servers must share the same user registry (LDAP directory). Supported directories include Lotus Domino (configured as an LDAP directory), IBM Directory Server, MS Active Directory, and iPlanet. ► Browsers accessing application servers must be configured to accept cookies, which are used to store a token containing authentication information. ► Optionally, SSO may be set up to work only on encrypted HTTPS connections. ► LTPA is an IBM-specific solution; other application server vendors provide limited (or no) support. The condition that all application servers must be in the same DNS domain is not a limitation of LTPA only. LTPA is a browser session cookie, and the behavior of such cookies is defined in RFC-2965, which is available at: http://www.ietf.org/rfc/rfc2965.txt Chapter 7. Single sign-on 285
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Action name Description Change rout
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12.3 Domino Web Access (iNotes) 12.
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* Notes SDK include files */ #inclu
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} /*--- * filter termination */ uns
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*/ if (authData->userName && authDa
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goto NoUnlockExit; pLookup = (char
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} } ValueLength -= sizeof(WORD); /*
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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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kFilterParsedRequest Event 299 kFil
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object classes 316 objectclass eDom
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and iNotes 498 events 492 flowchart
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and WebSphere Portal 622 benefits 2
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Lotus Security Handbook Key securit
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