Faye,

Here at Liberty University, our main SSID is WAP2-Enterprise (PEAP-MSCHAPv2) We 
have an open SSID that serves several functions. It allows 802.1X capable 
devices such as computers, tablets, and smart phones to get provisioned for the 
secure network We are currently using Cloudpath XpressConnect to provision 
this. Our portal also allows the user to register the mac address of a 
non802.1X capable device such as a game console, Blu-Ray player, or TV. These 
devices are then allowed access on this SSID without any portal page. We block 
access to our website & Blackboard system to encourage students to use our 
secure network. We also have a Guest SSID is bandwidth limited in a DMZ for 
external access. We are currently not using any NAC capabilities except some 
one-time checks in Cloudpath XpressConnect.

We generally detect any issues on our network, lock the account, and kick the 
offending devices off the network. The user comes in to the Help Desk for 
assistance and the machine is cleaned down.

We use username to IP address mapping from our RADIUS servers to perform 
Internet bandwidth management. Currently, our users are allowed 40Gb per 
calendar month before their speed is throttled.

Bruce Osborne
Network Engineer
IT Network Services

(434) 592-4229

LIBERTY UNIVERSITY
Training Champions for Christ since 1971

From: Faye Snowden [mailto:fsnow...@pacific.edu]
Sent: Wednesday, December 5, 2012 7:02 PM
Subject: Question on Wireless Infrastructure Design for BYOD

Hello Everyone,
The University of the Pacific is exploring ways to simply its wireless 
infrastructure design, especially for BYOD. We were curious to learn how many 
universities actually have an open unencrypted space to connect mobile phones, 
e-readers, etc. If so, how do you handle devices connected to the 'unsecure' 
side if resources are needed on the secured network? Right now, we have the 
devices behind NAC which is creating a bit of a headache for us. I would 
appreciate any feedback.

Thanks, Faye

Faye Snowden, PMP
OIT-Director of Communications Infrastructure
University of the Pacific
Stockton, CA 95211
Office: 209 946-3968
Fax: 209 932-4003

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