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Negotiation is the process that determines which IPSec subprotocol will be used, and what specifics, such as key strength and cryptographic algorithms, will be used. Next is a list of the basic choices available to you when you configure an IPSec policy. You can make these choices by using the IPSec wizards, by editing a policy in the IP Secu rity Policies snap-in or in Group Policy, or by using the Netsh command-line tool. Additional options are available when you configure policy using the Netsh command. The exercises at the end of this lesson show you how to use the provided wizards to write a policy, and you also learn how to find these elements in the GUI. In the exer cises using Netsh, simply set them in the commands.

Diffie-Hellman group The size of the prime numbers used in the Diffie-Hellman master key calculation. Filters Each filter list can contain many filters. Filters include Protocol, Source Port, Source IP Address, Source Mask, Source DNS Name, Destination Port, Desti nation DNS, Destination IP Address, and Destination Mask. Filter Actions What happens when the filter is triggered. How IKE packets are encrypted.

1. You had previously been using strong names with your assembly. What changes will the other developers need to make to their applications to work with your assembly now that it is stored in the GAC

IKE integrity protocols How IKE packets are protected to ensure data has not been changed during transport. IKE security method How IKE is negotiated. IP Security Rules Many rules can be defined.

decreases the degree of parallelism automatically, or it abandons the parallel plan and executes a serial plan (single thread).

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11

The developers need to stop distributing the assembly; they don t need to do anything else. The runtime will find your assembly in the GAC because the existing references identify your assembly by the strong name.

Master Key Perfect Forward Security If selected, the master key will be recal culated for every sessions. Tunnel Setting Whether the traffic uses a tunnel.

Many people have trouble understanding filter actions. They especially have trouble distinguishing between Request Security and Require Security. Require Security, if chosen, accepts unsecured communication but always responds using IPSec. If the client cannot speak IPSec, then the conversation ends there. It is as if you speak only English and another person speaks only Spanish. You ask a question and the other person responds, but you cannot understand. Request Security is different. Although the computer responds to a non-IPSec request by using IPSec, if the other computer does not answer using IPSec, the first one drops back and does not use IPSec. The communication can continue.

A parallel plan operates most efficiently when it includes index operations that create an index, rebuild an index, or drop a clustered index; and queries that use CPU cycles heavily. For example, joins of large tables, joins of large aggregations, and sorts of large result sets are good candidates. The database engine compares the estimated cost of executing the query or index operation with the cost threshold for parallelism.

When an IPSec policy is Assigned (made active) and the IPSec service is running each network communication, both incoming and outgoing policies are evaluated to see whether they meet the conditions specified in the IPSec policy. If a condition match is made for example, an outgoing Simple Mail Transfer Protocol (SMTP) communica tion that matches a filter the filter is triggered and the filter action occurs. If the filter action is Block or Allow, that is what occurs, but if it is Negotiate, a number of process ing steps must follow. Processing can be divided into Phase I, or Main Mode negotiation, and Phase II, or Quick Mode negotiation. For purposes of this discussion, we ll use the computer names Red and Blue. Figure 11-10 illustrates a simplification of the process. A more detailed explanation follows. 1. A request has triggered the IPSec filter. 2. Main Mode (the master key and the IKE Security Association [SA] are established) negotiations begin and complete. 3. The negation of an SA pair (inbound and outbound) for application packet trans fers completes. 4. The application packets are passed by the Transmission Control Protocol/Internet Protocol (TCP/IP) driver to the IPSec driver. 5. The IPSec driver formats and cryptographically processes the packets and sends them using the outbound SA. 6. Secure packets cross the network.

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Monitoring Network Protocol Security 11-29