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A single high-end server running ISA Server can meet the performance requirements for most organizations. However, in addition to server performance, an organization might also have redundancy and availability requirements. Even if one server can provide more throughput than can the connection to the Internet, your organization may still want to consider installing additional ISA Server computers to ensure that an ISA Server computer is always available in the event of a single server failure. ISA Server 2004, Enterprise Edition, is designed for these deployment scenarios. Enterprise Edition integrates network load balancing (NLB), which can be used to distribute the load on the ISA Server computers across multiple computers. If one of the ISA Server computers in the NLB cluster fails, the other servers in the cluster provide redundancy. In most cases, the server failure will be transparent to users. Enterprise Edition also uses the Configuration Storage server, so you can add and remove servers from arrays without configuring each individual server.

Wired Equivalent Privacy (WEP)

Use the following questions to help determine whether you have learned enough to move on to the next lesson. If you have difficulty answering these questions, review the material in this lesson before beginning the next lesson. You can find answers to these questions in the Questions and Answers section at the end of this chapter. 1. You want to implement SecureNAT clients for Internet access for all employees and provide for Internet and internal name resolution. You want to minimize the number of DNS servers that are accessed from the internal network. What steps must you take (Choose all that apply.) a. Configure the clients TCP/IP settings to point to the internal DNS server. b. Configure delegation on the internal DNS server. c. Configure the internal DNS server to forward irresolvable queries to an external DNS server.

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Wired networks normally require a physical connection in order to be compromised. In wireless networks, because the data is broadcast using radio, intruders can intercept the signals. If those signals are not encrypted, intruders can view the data being transmitted. Wired Equivalent Privacy (WEP) is one of two wireless encryption standards supported by Windows XP Professional (the other being Wi-Fi Protected Access, which is covered in the next section). WEP is the encryption standard that is specified by the IEEE 802.11 standard. WEP provides encryption services to protect authorized users of a wireless LAN from eavesdroppers. WEP functions by using a shared key to encrypt packets of data before transmitting them over a wireless network. This shared key is generated by using 40-bit or 64-bit secret key encryption, and then adding a 24-bit initialization vector (IV) to the end of that key. The shared key is set in place for a network, but a new IV is generated randomly for each packet of data that is transmitted over the network. Unfortunately, WEP is not as strong as its designers had hoped. There are two basic shortcomings in the standard WEP protocol:

You can use the following questions to test your knowledge of the information in Lesson 1, Defining and Implementing Monitoring Standards for a Physical Server. The questions are also available on the companion CD if you prefer to review them in electronic form.

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Most networks do not change the shared key often because the basic WEP standard does not provide a way to dynamically assign the shared key to APs and stations. Instead, administrators must manually enter the shared key.

Note To make cracking WEP more difficult, most AP vendors avoid using a handful of known-weak IVs that cracking tools specifically look for. When these IVs are disabled (by default for most up-to-date APs) and 128 bit encryption is used, WEP is actually a very secure encryption protocol. A newer implementation of WEP known as Dynamic WEP is designed to , , address the problem with manual entry of the shared key. Although Dynamic WEP is much more secure than WEP the newer and stronger WPA standard and the bad reputation that WEP , has gained probably means that Dynamic WEP will not gain wide acceptance.

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