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8021x is a physical network authentication standard that originally was mostly widely adopted for securing wireless networks However, most modern, enterprise-class wired network switches also support this technology, which can control who and what can associate with physical ports NAP can integrate with any standards-compliant, 8021x-based switch to assign systems to specific VLANs based on their health For example, you can configure NAP to place all unhealthy computers into a remediation VLAN that only has access to update servers and cannot send traffic to the rest of the network By using the open 8021x standard, NAP can provide powerful layer 2 connectivity controls based on system health Although 8021x provides valuable security benefits for enterprises, using it alone may not always provide complete, organization-wide protection This is because 8021x protection only occurs at the port where a device is connected.

SqlCacheDependencyAdmin.EnableNotifications( Northwind );

A Bean defining two properties of type int and org.w3c.dom.Document A one-dimensional array of org.w3c.dom.Document objects

After that connection is successfully made, 8021x provides no further restriction of the client s traffic routing abilities Thus, if an unhealthy computer is able to connect anywhere on the network where 8021x is not deployed such as a network printer port exempted from 8021x enforcement or a branch office that lacks 8021x compatible hardware that computer will have full connectivity to the rest of the enterprise In other words, 8021x is port-level rather than host-level protection IPsec is another open standard that NAP integrates with IPsec can complement 8021x or be deployed on its own IPsec protection is host-level protection and protects systems on the network regardless of whether an unhealthy system is able to physically associate with a port IPsec enforcement works by deploying an enterprise-wide IPsec policy to all systems (typically accomplished through Group Policy).

(Note: The Northwind string in the command is not the actual name of the database it s simply the name of an entry in the application s web.config file.)

This policy configures systems to reject traffic unless the initiator signs the traffic with a certificate issued by a NAP HRA The HRA integrates with NAP to ensure that only systems that pass an organization s health policy are provisioned with these certificates Thus, IPsec enforcement provides protection at the host layer and can act as a stand-alone enforcement method or an additional layer of defense-in-depth when combined with 8021x IPsec enforcement also has the additional value of being easier to integrate into virtualized environments where virtual machines may not be connected to 8021x capable ports (either physical ports or those on virtual switches) John Morello, Senior Program Manager Windows Server Division.

A message-style web service For the message-based example, we implement a web service that provides asynchronous updates of images for a product catalog. This is the web service that would have produced the SOAP message shown in listing 4.3. The implementation includes a Message Driven Bean that accepts the product image update message shown in listing 4.3. This EJB will be invoked whenever a message is placed on the JMS Destination we configure for the web service. Your J2EE vendor may provide a proxy servlet to handle the receipt of the message for you, similar to the RPC-style proxy servlet used in the previous example. However, the manner in which messages are placed on the queue can vary by vendor. For example, WebLogic 6.1 uses its own proprietary SOAP API to parse incoming messages and put their payloads on a JMS topic or queue. If you want to use the built-in proxy functionality for message-style web services, you may need to use the vendor s API to access your incoming messages. Since we like our J2EE code to be vendor-free, our example implementation for the message-style web service uses JAXM to handle incoming messages. This requires extra work on our part to create and deploy the proxy servlet, but also gives us full control over the entire process. Listing 4.7 shows the Message Driven EJB that processes the product image updates. We do not

<configuration> <connectionStrings> <add name="Local_Northwind connectionString="SERVER= ;DATABASE= ;UID= ; /> </connectionString> <system.web> <caching> <sqlCacheDependency enabled="true pollTime="60000 > <databases> <add name="Northwind connectionName="Local_Northwind /> </databases> </sqlCacheDependency> </caching> </system.web> </configuration>

The following likely NAP scenarios help to illustrate the value of this new platform:

5: