You need to plan for the security of the wireless network and wireless traffic in the
Chicago office to meet the requirements of the Chief Security Officer.
What should you do?
A. Configure Media Access Control (MAC) address filtering on the wireless access
points in the Chicago office.
B. Configure the wireless access points in the Chicago office to use a Sever Set ID
(SSID) and a 128-bit Wired Equivalent Privacy (WEP) shared key.
C. Enroll and deploy computer certificates to all wireless client computers in the Chicago
office and configure each wireless client computer to use Protected EAP (PEAP).
D. Create a wireless network policy that enables data encryption and dynamic key
assignments for the Chicago network.350-001 Implement wireless network policy through a GPO
that is linked to the Chicago OU.
Answer: D
Explanation:
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The Chief Security Officer requires that data sent between the wireless client
computers and the wireless access points be protected; that wireless client
computers need to automatically obtain wireless network access security settings;
and that the most secure method for authenticating wireless users that access the
wireless network is implemented.640-802 These requirements can be accomplished by using
a wireless network policy and applying that policy through a GPO that is linked to
the Chicago OU.
Incorrect answers:
A: Filtering MAC addresses will ensure that only authorized computers can access the
wireless network. However, it does not protect wireless traffic.
B: You could configure the wireless access points in the Chicago office to use a Sever
Set ID (SSID) and a 128-bit Wired Equivalent Privacy (WEP) shared key but you would
need to configure the wireless client computers with these settings.VCP-310 The Chief Security
Officer requires that wireless client computers obtain wireless network access security
settings automatically. You should use a GPO to distribute the WEP keys to all wireless
client computers in the Chicago OU.
C: Protected Extensible Authentication Protocol (PEAP) can make use of various
authentication methods that are based on passwords, public key certificates or other
credentials. It ensures the secure transmission of authentication credentials over wired or
wireless networks. However, PEAP is not an encryption protocol and does not protect
data that is transmitted over a wireless connection.
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