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Autoenrollment Functions

This section discusses various functions performed by the autoenrollment process on Active Directory domain-joined machines.

Download of Active Directory Certificates and Trust Objects

Autoenrollment automatically downloads and manages trusted root certificates, cross-certificates, and NTAuth certificates from Active Directory into the local machine registry for domain-joined machines. All users who log on to the machine inherit the trust and downloaded certificates that are downloaded and managed by autoenrollment.

Deleting Expired and Revoked Certificates

Autoenrollment deletes expired and revoked certificates in the userCertificate attribute on the user object in Active Directory. This feature can be enabled through user or machine Group Policy to help ensure that only valid and active certificates are used for encryption operations.

The exit module on the Windows Server 2003 CA also helps to manage the user account in Active Directory, but only deletes expired certificatesit does not remove revoked certificates due to performance reasons. In general, there is no value in publishing a signing certificate to the user object in Active Directory, except for purposes of record-keeping.

Managing User Certificates in the CryptoAPI MY Store

Certificates in the users local MY certificate store may also be managed through the autoenrollment process. On a per-template basis, autoenrollment can be enabled to delete expired and revoked signature certificates. Encryption certificates and keys are never automatically deleted. However, autoenrollment only manages certificates that correspond to certificate templates defined in Active Directory that contain the certificate template extension. This feature is enabled by setting this policy on the Request Handling tab in the Properties of a given certificate template

 

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MCSE : Security Specialist

FDDI

Fiber Distributed Data Interface, shares many of the same features as token ring, such as a token passing, and the continuous network loop configuration. But FDDI has better fault tolerance because of its use of a dual, counter-rotating ring that enables the ring to reconfigure itself in case of a link failure. FDDI also has higher transfer speeds, 100 Mbps for FDDI, compared to 4 - 16 Mbps for Token Ring.

Unlike Token Ring, which uses a star topology, FDDI uses a physical ring. Each device in the ring attaches to the adjacent device using a two stranded fiber optic cable. Data travels in one direction on the outer strand and in the other direction on the inner strand. When all devices attached to the dual ring are functioning properly, data travels on only one ring. FDDI transmits data on the second ring only in the event of a link failure.

Media
MAC Method
Signal Propagation Method
Speed
Topologies
Maximum Connections
Fiber-optic Token passing Forwarded from device to device (or port to port on a hub) in a closed loop 100 Mbps Double ring Star 500 nodes

 


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