You use Wired Equivalent Privacy (WEP) to encrypt radio signals sent by the device and decrypt radio signals received by the device. This page allows you to select authentication types for the access point. The internal radio and the radio module both have an AP Radio Data Encryption page. Both pages contain the same settings, but you can can assign different security settings to each radio.

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Settings

Use of Data Encryption by Station is:

I appreciate your reply to me. I have that part fixed, but now when I go onto my laptop and try to access the internet I don't get anything. It just sits there and when I went onto my connection page it shows there is a connection 'wireless network connection' which shows connected, but there is also a '1394 Connection' that shows connected and I don't recall seeing that before.

Determine whether clients should use data encryption when communicating with the device. WEP is enabled by selecting Optional or Full Encryption. The three options are:

• No encryption -- (Default) The device communicates only with client devices that are not using WEP.
• Optional -- Client devices can communicate with this access point or bridge either with or without WEP.
• Full encryption -- Client devices must use WEP when communicating with the access point or bridge. Devices not using WEP are not allowed to communicate.
• Not available - You must set an encryption key or enable Broadcast Key Rotation first.

Note You must set a WEP key before you enable use of encryption.

Accept Authentication Types

• WEP Key Generator. To generate a random WEP key, select the bit key length to generate and press the corresponding button; the ASCII or HEX key can then be copied to your clipboard manually or via the copy to clipboard button to the right of the generated key text field.
• Because the WEP key 2 is selected as the transmit key, WEP key 2 on the client device must contain the same contents. WEP key 4 on the client device is set, but because it is not selected as the transmit key, WEP key 4 on the access point/bridge does not need to be set at all.
• I set up my wireless service sometime way back when I got my laptop and then promptly had to unplug all and run from a hurricane. I just got around to hooking back up the wireless the other night (after a year) and want to use my laptop, but when I try to go onto the internet I get a message that says 'The network requires a network key (also called a WEP key or WPA key).

Select how to set the authentications the device recognizes.

• Open -- (Default) Allows any device to authenticate and then attempt to communicate with the bridge or access point. If the bridge or access point is using WEP and the other device is not, the other device does not attempt to authenticate with the bridge. If the other device is using WEP but its WEP keys do not match the keys on the bridge or access point, the other device authenticates with the bridge or access point but does not pass data to it. The device’s WEP key does not match the bridge’s or access point's key, so it can authenticate but not pass data.

Note While a bridge or access point can use EAP to authenticate a wireless client device, a bridge or access point cannot use EAP to authenticate another bridge or access point. In other words, when two bridges communicate with each other, the bridges must authenticate each other using the open or shared key authentication type.

• Shared key -- The bridge or access point sends an unencrypted challenge text string to any device attempting to communicate with the bridge/access point. The device requesting authentication encrypts the challenge text and sends it back to the bridge or access point. If the challenge text is encrypted correctly, the bridge or access point allows the requesting device to authenticate. Both the unencrypted challenge and the encrypted challenge can be monitored, however, which leaves the bridge or access point open to attack from an intruder who guesses the WEP key by comparing the unencrypted and encrypted text strings. Because of this weakness, Shared Key authentication can be less secure than Open authentication.

• Network-EAP -- The device uses the Extensible Authentication Protocol (EAP) to interact with an EAP-compatible RADIUS server on your network to provide authentication for wireless client devices. Client devices use dynamic WEP keys to authenticate to the network.

Require EAP

If you use open or shared authentication as well as EAP authentication, select Require EAP under Open or Shared to block client devices that are not using EAP from authenticating through the access point.

Transmit with Key

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Click the Transmit with Key button to allow you to select the key this device uses when transmitting data. Only one key can be selected at a time. All set keys can be used to receive data. The selected key must already be set before it can be specified as the Transmit key.

Note

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The key that you select as the transmit key must also be entered in the same key slot on client devices that associate with the access point or bridge, but it does not have to be selected as the transmit key on the client devices.

Encryption Key

Enter a WEP key in one of the Encryption Key fields. For 40-bit encryption, enter 10 hexadecimal digits; for 128-bit encryption, enter 26 hexadecimal digits. Hexadecimal digits are a set of characters that includes numbers 0 through 9, lower-case letters a through f, and uppercase letters A through F. Your WEP keys can contain combinations of any of these characters. WEP keys are not case-sensitive.

You can enter up to four WEP keys. The key that you select as the transmit key must also be entered in the same key slot on client devices that associate with the access point or bridge, but it does not have to be selected as the transmit key on the client devices.

This table shows an example WEP key setup that would work for the access point or bridge and an associated client device.

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Key Slot	Access Point/Bridge		Client Device
	Transmit?	Key Contents	Transmit?	Key Contents
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WEP Key 2	09876543210987654321fedcba	x	09876543210987654321fedcba
WEP Key 3	not set	not set
WEP Key 4	not set	FEDCBA09876543211234567890

Because the WEP key 2 is selected as the transmit key, WEP key 2 on the client device must contain the same contents. WEP key 4 on the client device is set, but because it is not selected as the transmit key, WEP key 4 on the access point/bridge does not need to be set at all.

The characters you type for the key contents appear only when you type them. After you click Apply or OK, you cannot view the key contents.

You cannot delete a WEP key, but you can write new characters over an existing key.

Key Size

Select 40-bit or 128-bit encryption for each key. The not set selection clears the key and indicates empty key slots.

How To Find Cisco Wep Key

Action Buttons

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Command	Description
Apply	Activates the new setting. The browser remains on this page.
OK	Applies the new settings and moves the browser back to the main Setup page.
Cancel	Cancels all changes to the setting, returns the settings to the previously stored values, and redirects the user back the main Setup page.
Restore Defaults	Changes all settings back to the factory default.

1. Select the size of the key you would like to generate. I've preselected the best size for you.
2. Hit the 'generate' button. Your random key will appear in the text box.
3. Select the random key (click on the box and type [cntrl-a]) and copy it to yourclipboard [cntrl-c]. Be sure you select the entire key!
4. Paste [cntrl-v] this key into the configuration screens for both your wireless basestationand your wireless client.
5. Enjoy your new life of ease and security.

What good is a fancy new wireless encryption and authentication system (wpa-psk)if you use an easy-to-guess passphrase?

Answer: Not very good. WPA, as part of the initial implementation of 802.11i, includesa host of new features designed to patch the gaping holes in the previous wireless encryption and authentication protocol, WEP. Wpa-psk, the less secure version of WPA for those of us who do not have a PEAP authentication server, relies upon a common pre-shared key ('psk' - get it??) to initialize the communication.

Unfortunately, a clever hacker can trick your wireless basestation into revealingthe initial handshake between your basestation and wireless clients, and then run abrute-force/dictionary attack on the handshake to recover the pre-shared key. Even worse, theattack can be done offline at a high rate of speed.

The upshot: While wpa-psk will keep out casual wardrivers, a determined intruder, givenenough time, can always hack into your network. If you use a poor passphrase (like, oh, 'passphrase'), a dictionary attack could render your wpa-psk useless in 30 seconds. Your goal,then, is to use a sufficiently strong password that would require an intruder to spend years(given today's computing power) to brute-force your passphrase. And, frankly, if you have data thatpeople would spend years trying to obtain, then perhaps you should look elsewhere for somestronger security.

In the meantime, there are websites devoted to telling you how to generate random keys athome, as well as some sites that generate various WEP keys for you. This page will generatea wpa-psk of whatever size you like, safely and securely. (Plus you don't have to roll a diea couple hundred times.)

How does this page work?

This page uses the javascript functions built into your web browser to generate a random password for you. If you want to see the code for yourself, find your browser's'view-source' menu item.

Importantly, using javascript, all of the computational work for key generation takes place on your own computer. No-one but you knows what random key you got. It is not sent across the internet and there is no way for me (or anyone else) to record your key.

Compare a few other sites on the internet, wherethe actual key generation takes place on their webserver and they transmit the keyto you (hopefully over a secure connection). If you use one of these services, your keyis only as secure as your trust for their webservers.

Note: The code for key generation is based upon that distributed freely by the kindfolks at WarewolfLabs.