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You can enhance the security of a Remote Desktop session by using any or all of these methods:

known as member servers. They can function as print servers or file servers or can act in other specialized roles, such as those mentioned in this list.

Setting encryption levels to secure data communications between client and remote computer host Enabling password authentication of users at logon time Disabling clipboard sharing for Web-based clients Disabling printer redirection for Web-based clients Disabling file redirection for Web-based clients

These five security-enhancing methods, discussed in the following sections, use Group Policy settings. For more information about using Group Policy with Remote Desktop, see Using Group Policy with Remote Desktop later in this chapter.

Data encryption can protect your data by encrypting it on the communications link between the client and the Windows XP Professional based computer. Encryption protects against the risk of unauthorized interception of transmitted data. By default, Remote Desktop sessions are encrypted at the highest level of security available (128-bit). However, some older versions of Terminal Services client software do not support this high level of encryption. If your network contains such legacy clients, you can set the encryption level of the connection to send and receive data at the highest encryption level supported by the client. There are two levels of encryption available:

client computer has a unique IP address. In a nutshell, the DHCP server handles all IP addressing automatically so that each client has network connectivity. You can learn more about TCP/IP and DHCP in 2, Configuring TCP/IP and Other Protocols.

High This level encrypts data sent from the client to the remote computer and from the remote computer to the client by using strong 128-bit encryption. Use this level only if you are sure that your client computer supports 128-bit encryption (for example, if it is running Windows XP Professional). Clients that do not support this level of encryption will not be able to connect.

If you want to read more about Solution Explorer, you need to be introduced to Help and the documentation system. You access the documentation by pressing F1 from within Visual C# 2008 Express Edition or by using the Help menu. The first time you press F1 or use the Help menu, you ll be greeted with the Online Help Settings dialog box, as shown in Figure 3-7.

Part II:

G Domain Name System (DNS) server. Active Directory networks use DNS,

To turn StickyKeys off, press SHIFT five times. This process triggers a high-to-low series of tones. To turn StickyKeys on, also press SHIFT five times. This process triggers a low-to-high series of tones.

FilterKeys for users with impaired manual dexterity Windows XP Professional includes keyboard filters such as RepeatKeys and SlowKeys that work separately or in combination to make input easier for users who have difficulty with the keyboard because of slow response time, erratic motion tremors, or a tendency to repeat the keys inadvertently. To configure these keys, in Control Panel, in Accessibility Options, on the Keyboard tab, under FilterKeys, click the Settings button. Under Filter options, click Settings. FilterKeys can perform the following functions:

RepeatKeys allows the user to adjust the repeat rate or ignore the key repeat function on the keyboard, which compensates for a tendency to hold a key down too long. Most keyboards allow the user to repeat a key just by holding it down. Although this automatic repeat feature can be convenient for some people, it poses a problem for individuals who cannot lift their fingers off the keyboard quickly. This feature can also compensate for a tendency to press the wrong key accidentally. SlowKeys also instructs the computer to disregard keystrokes that are repeated quickly. This allows a user to brush against keys without any effect. By placing a finger on the proper key, the user can hold the key down until the character appears on the screen.

the same naming system widely used on the Internet, to uniquely identify network computers. DNS uses discrete names, such as www.microsoft.com, to organize all client and domain names. You can read more about DNS in Domain Name System (DNS) on page 24.