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The remoting method might end in an error. If this happens, you will only learn of the error after the Timeout period expires, which might be quite a long time. (Most people consider an application freeze for even 5 seconds a long time.) The remoting method might complete successfully but take a long time to com plete. If the application is waiting for this method to complete, it might interfere with the user experience. In most instances you call more than one remoting method, and waiting for each call to complete individually is potentially wasteful. (Imagine a case where the first method doesn t return properly. The user might wait 30 seconds or so for the first method to return and the next method to be called. If the methods were called asynchronously, both requests would be fired at close to the same time and the overall wait time could be drastically reduced.)

Intermediate CAs, those CAs that do not issue end-use certificates, must also renew their certificates, and you can choose whether or not to renew their keys. On one hand, they are not the root and have no power to issue end-use certificates. However, if they are compromised, every issuing CA they have issued a CA certificate for must be replaced. They are also more exposed than the stand-alone root CA. In addition, if cross-certification with another CA hierarchy is performed at the interme diary CA level, their being compromised might result in more risk and greater neg ative implications than with a CA that has not issued a cross-site certificate. When a new key pair is generated for a CA, a new CRL distribution point is cre ated. This is done to ensure the CRL is signed by the current CA private key. This can also be used to advantage in environments where many certificates are issued and revoked. CRLs can become large in these cases, and although the old CRL will continue to be issued until every certificate that was issued using the old keys has expired, it will eventually be of no use. Certificate renewal is necessary to implement policy change:

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This lesson isn t intended to be an advertisement for asynchronous processing, but suffice it to say that in most professional applications, at least some degree of asyn chronous processing is called for. With this in mind, the choices available for asynchronous remoting calls are effec tively the same ones available with any other method (again, the notable differences are transparent to the developer):

If, for example, you want a cross-certificate, a new policy file can be created only for an existing CA when the certificate is renewed. Other changes, such as adding the ability to archive private keys, will result in the certificates previously issued being superceded and new certificates being issued. When a policy changes, and thus CA renewal is necessary, plan the renewal for off-peak hours when the request for certificates will likely not be as high. Policy changes cannot always be anticipated, but the process required to han dle them can be a part of the design of the renewal process. Consider how the change will affect certificate requests and whether current certificates should be used until they expire or whether the new certificates should supercede them.

Create a new thread and call the method. Create a delegate object that matches the remoting method s signature and use the delegate in place of the normal invocation.

After you design the renewal process, you must design the revocation process. There are two parts to this process: when and how certificates should be revoked and how applications learn that certificates have been revoked. Because a certificate is usually revoked to prevent it from being used, the process of how applications learn that a cer tificate is no good (has been revoked) is critical. But before you can design the revo cation process, you must understand how the process works. The revocation process looks like this: 1. The decision is made to revoke a certificate. 2. The CA administrator revokes the certificate by right-clicking the certificate in the CA console, choosing Revoke, and selecting a reason for revocation.

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