iPads on Your Network? Real, Secure Mobile Solutions

iPads on Your Network? Real, Secure Mobile Solutions

Moderator

Sylvia Hooks, Cisco Systems

Panel

Alden L. Brugada, Rush University Medical Center

Mitchel Davis, Bowdoin College

Toivo Voll, University of South Florida

Tuesday, May 8th at 2:30 pm in Mandalay Bay Room K

Agenda

• Introductions• BYOD Implementations• Lessons Learned• Questions

Bowdoin College• Campus

– 95 buildings, 100% of campus covered– 650 staff, 195 faculty, 1,800 students

• Wireless Infrastructure – Over 450+ Aps, 3602i/e internal and External

APs– ISE– NCS– MSE,

• Wired Infrastructure– Catalyst 4-6500, 47-4506, 3750 Series (PoE) –

15,000+ Ports– Routers-2-7200 – F5 Load Balancers– Firewalls-2-ASA 5540

• UC– VoIP- Cisco Call Mgr 7.1– Cistera– 7941/61phones– Emergency Responder 911– Contact Center Express, Speech Connect,

Unified Messaging

• Goal:– 8 years ago Bowdoin’s network was unstable,

best of breed and locked down– Needed a network that was stable, best in

class, and available. – Address need for comprehensive, reliable,

indoor and outdoor high speed wireless network throughout campus

– Support anytime, anywhere teaching and learning via any device

– Maximize training efforts and minimize management overhead

– Network to be trusted by staff and the clients

• Benefits– Increased student and faculty collaboration –

all devices work anywhere– Innovation (students use wireless network to

compete in intercollegiate sport – RoboCup in which students use mini robots to control robot play during soccer games

– Network is trusted and creates a solid platform for all the other services

Rush University Medical Center

• Campus– 10 buildings– Community hospital

• Wireless infrastructure– 5508 Wireless Controllers, MSE,

WiSM, WCS

• Over 2700 Access Points– Aironet 1100 – Aironet 3500 APs– Aironet 600 Series OfficeExtend

• Wired Infrastructure– Catalyst Catalyst 4500 Series with

PoE– 6500 Series– Nexus 7000 Series

• UC– Unified Wireless IP Phone 7900

Series

• Goals– Provide timely care to patients – Develop innovative and life-

saving treatments without risk of network downtime

• Benefits– Enables staff to use carts and

heart monitoring systems wirelessly to track a patient’s vital statistics and communicate results to centrally managed systems

– Identify and mitigate wireless interference

– Eliminate need for multiple vendor solutions to reduce overall administrative costs

University of South Florida• Campus

– 70 buildings– 16,000 concurrent users– 68,000 registered unique devices on the

spring 2012 semester. Typically about 30% growth per year in last few years.

• Wireless Infrastructure– WiSM controllers– 5508 Controllers– Prime NCS – MSE

• Over 3,400 Access Points – Aironet 1500 Series

Aironet 3600 Series Aironet 1120, 1130, 1140

• Wired Infrastructure– Cisco Catalyst 6500 Series – Nexus 7000 Series

• Security & Telepresence

• Goals– Support growing number of

personal devices requesting access to wireless network

– Expand wireless coverage throughout campus

– Deliver secure wireless access anytime, anywhere on campus to 11,000 simultaneous users

• Benefits– Enriched learning environment– Increased productivity by

enabling multiple personal mobile devices to connect wirelessly

– Easily managed and scaled wireless network for 11,000 simultaneous users campus-wide

USF Network Map

USF Network Map

Thank YouVisit Cisco Systems at Interop

Booth 1127

Contact;

[email protected]

www.cisco.com/go/byod

Questions

• Impact of mobile devices on wireless network and wired network• Technical impact of BYOD on network• How does BYOD change IT and create business impact?• How many viewpoints on this problem? Ie, is this an app issue? A

security issue?• When have you seen spikes in the number of clients connecting?

Ie, Christmas, new Apple releases.• How are the networks for medical centers vs university managed?

Separately or as one network?• How do you handle the tricky issue of sensitive information on

personal devices? Are you looking at VDI?• What particular problems have you solved that others could learn

from?