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OID offers an embedded meta-directory solution, called Directory Integration Platform (DIP), for synchronizing identity and access data between OID and other LDAP directories or non-LDAP repositories
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NOTE Meta-directory is an approach to synchronize directory information by physically moving information among multiple physical repositories Unlike the replication approach, meta-directory solutions can integrate heterogeneous LDAP and non-LDAP servers (such as OID Active Directory, OID Database Tables, and so on) with different information formats (such as asymmetric namespaces, different LDAP schema and naming conventions, and so on) DIP supports OID and non-OID systems, such as Active Directory, Novell eDirectory, and SunOne, as well as relational tables in Oracle databases As discussed in 8, meta-directory solutions such as DIP are usually leveraged for low-level LDAP object synchronization such as user attributes like passwords and group memberships Configuring your OID for DIP is adequately covered in the OID Integration Guide in the Directory Integration section Setting up a single LDAP for DIP should take no more than a few hours, involving the following high-level steps: 1 Choose a directory synchronization profile that is a predefined template for the different supported systems (such as Active Directory, SunOne and Oracle Relational Database Tables, and so on) For a full list, refer to the OID Integration Guide 2 Set up the server connection from the master OID server to the external repository 3 Set up the namespace and attribute mapping from the source to the destination 4 Configure the synchronization behavior (such as synchronization frequency, initial information bootstrapping policies, and so on) While good for certain architectural requirements, directory synchronization has its down side, as discussed in 8 It is a form of Point-to-Point (P2P) integration, so as the number of systems needing synchronization increase, the effort to manage and maintain these P2P integrations also increase in near linear terms As a rule of thumb, if you have more than five P2P integrations, you might want to consider alternative integration strategies that lower your management efforts One such alternative offered by Oracle since 2005, with the introduction of its virtual directory product, is the concept of directory virtualization
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Ten years ago, when we didn t have so many online travel web sites like Expedia and Priceline, we used travel agents The travel agent s job was to serve as a proxy between a potential traveler and the airline carrier selling tickets The traveler could give the travel agent a set of travel parameters (destinations, dates, and so on), and the agent would find the best deal based on those parameters Alternatively, the travel agent could also create a predefined menu of destination choices and ticket prices from which the traveler could choose In either scenario, the tickets could come from any carrier (United, American, Lufthansa, Singapore Airlines, and so on), yet the traveler is dealing with only one entity the travel agent Directory virtualization is not too different from this travel agent concept A virtual directory, such as OVD, acts as that single travel agent for any application requesting specific LDAP objects and attributes or simply looking to browse the LDAP tree
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Directory virtualization is emerging as a far more efficient alternative to directory synchronization because, unlike replication and meta-directory technologies, virtual directory products such as OVD do not physically move data between systems Instead, they rationalize and unify data in real time when an application makes the request OVD follows a composite access pattern whereby all physical sources are abstracted and virtualized as a single LDAP directory This approach allows the directory architecture to benefit from the following: Loose coupling A virtual directory decouples LDAP clients from the physical directory, allowing for changes to the underlying repositories without impacting the LDAP clients Flexible control of data Allows information to be integrated and joined together without removing control from current administrators of the different repositories Information semantics normalization Allows identity information semantics to be normalized across the enterprise Its data transformation capabilities allow actual physical formats and structures to be mapped to a single unified and normalized data format and definition across the enterprise
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Keep in mind that physical data consolidation is still a good idea and can save maintenance and administration dollars over the long term However, in some cases, multiple directories are maintained due to product dependency issues or when organizations want to maintain control over their own identity information Therefore, a virtual directory gives you the flexibility to adapt to those decisions without necessarily compromising your LDAP design principle of having a single logical place for querying identity data
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