eduroam, EAP-TLS, and CILogon: Roaming with Certificates, not Passwords
Time 10/03/11 01:15PM-02:30PM
Session Abstract
This session will provide a brief introduction to eduroam and present recent work to support certificate-based eduroam access for improved security. eduroam (education roaming) is the secure worldwide federated network access service developed for the international research and education community that is supported in the United States by the eduroam-US project. The eduroam infrastructure uses RADIUS, 802.1x, and EAP to securely route the authentication request for a roaming user back to the user
Speakers
Speaker Philippe Hanset University of Tennessee
Speaker Jim Basney National Center for Supercomputing Applications
Speaker Jim Jokl University of Virginia
Speaker Milan Sova CESnet
Speaker Jeff Hagley Internet2
Speaker Ryan Martin Internet2
Presentation Media
CILogon: Network Roaming with Certificates (pdf)
Speaker Jim Basney National Center for Supercomputing Applications
Secondary tracks Middleware and Federations Middleware
Session Media
eduroam, EAP-TLS, and CILogon: Roaming with Certificates, not Passwords Netcast Archive
This session will provide a brief introduction to eduroam and present recent work to support certificate-based eduroam access for improved security. eduroam (education roaming) is the secure worldwide federated network access service developed for the international research and education community that is supported in the United States by the eduroam-US project. The eduroam infrastructure uses RADIUS, 802.1x, and EAP to securely route the authentication request for a roaming user back to the user
eduroam, EAP-TLS, and CILogon: Roaming with Certificates, not Passwords Netcast Archive
This session will provide a brief introduction to eduroam and present recent work to support certificate-based eduroam access for improved security. eduroam (education roaming) is the secure worldwide federated network access service developed for the international research and education community that is supported in the United States by the eduroam-US project. The eduroam infrastructure uses RADIUS, 802.1x, and EAP to securely route the authentication request for a roaming user back to the user
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