Transcript Slide 0 - Terena

Progress 4G pilot at SURFnet
Maurice van den Akker
Team Manager Mobile Connectivity SURFnet
4G eduroam
4G
• Always connected
• Independent of
•
Technology and Operator
Seamless roaming over
Wi-Fi/3G/4G without
changes to the device
1URFnet meets Janet - January 2012
S
Operator Spectrum +
Institute WLAN
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4G eduroam Pilot
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Utrecht Science Park
Coverage
9 km (5.6 mi)
Pilot Area
6 km (3.7 mi)
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Antenna location
Goals of 4G eduroam pilot
1. Build and share knowledge working with 4G mobile
networks in education and research environments
2. Develop technical architecture and test environment for
integration of 4G and eduroam
3. Get input for a sustainable business model for providers of
a combined eduroam and 4G/3G service.
B2C and B2B with the following features:
- KPN 4/3G coverage (inter)national
- Offloading to eduroam Wi-Fi on “hotspots” and campuses
- Use capacity of SURFnet backbone
- Use of eduroam credentials for network-access
- Potential of one million users
- Integrated with campus services (e.g. Library service, UC)
- Re-useable for other operators
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Many questions to address
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What is the added value of a fully 4G coverage on the campus for
educational purposes?
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Does it reduces costs for Wi-Fi rollouts?
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How does it stimulate the new working and learning? Which
applications can be used now, that couldn’t be used before? Does
it enable better cooperation among students and teachers? What
new educational developments does it start?
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Is the 4G service comparable with the eduroam (Wi-Fi) service
they are used to, in order to provide “seamless roaming”?
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Even more questions ;-)
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How should the eduroam/3/4G IP infrastructures best be
integrated?
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How should eduroam 3G/4G authentication infrastructures best
be integrated? (EAP-SIM, username/pw)
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How can the smartcard in phones and tablets be used for
simplifying access to eduroam and also for federated educational
services?
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What are the characteristics of IPv6 on 4G?
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What are relevant developments? (SoftSIM, Hotspot 2.0, ….)?
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Architectural activites
Four activities in 2012:
1. Determine IP path 4G eduroam. How to fully take
advantage of SURFnet’s backbone (gateway)
2. Authentication:
 Add KPN as an eduroam service provider.
 Couple the LTE authentication infrastructure
(HSS/MME) with the Radius infrastructure
3. Use smartcard as authentication in both worlds?
(EAP-SIM?)
4. Automating provisioning to end-user devices and
authentication servers
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Milestones 2012
Q1:
4G up and running
Q2:
First 4G connectivity pilot with veterinary
Architecture definition of 4G eduroam
Q3:
IPv6/4G Pilot at SURFnet offices
Q3/4: Architecture 4G eduroam implemented
Roaming 4G pilot with Utrecht Medical
Hospital.
Q4:
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Third pilot with Hogeschool Utrecht (tbd)
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Thank You
Maurice van den Akker
[email protected]
www.surfnet.nl
Presentation released under Creative Commons
http://creativecommons.org/licenses/by/3.0/
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SURFnet - We make innovation work