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SUMMARY:SCION: Scalability\, Control\, and Isolation On Next-Generation Ne
 tworks
DTSTART:20110624T161500
DTSTAMP:20260511T164305Z
UID:686ccc2af6fdd3c41a8351fa15a7ea35abc1fb7a7661edcd67ee9ef3
CATEGORIES:Conferences - Seminars
DESCRIPTION:Prof. Adrian Perrig\, Carnegie Mellon University\nWe present t
 he first Internet architecture designed to provide route\ncontrol\, failur
 e isolation\, and explicit trust information for\nend-to-end communication
 s. SCION separates ASes into groups of\nindependent routing sub-planes\, c
 alled trust domains\, which then\ninterconnect to form complete routes. Tr
 ust domains provide natural\nisolation of routing failures and human misco
 nfiguration\, give\nendpoints strong control for both inbound and outbound
  traffic\,\nprovide meaningful and enforceable trust\, and enable scalable
  routing\nupdates with high path freshness. As a result\, our architecture
 \nprovides strong resilience and security properties as an intrinsic\ncons
 equence of good design principles\, avoiding piecemeal add-on\nprotocols a
 s security patches. Meanwhile\, SCION only assumes that a\nfew top-tier IS
 Ps in the trust domain are trusted for providing\nreliable end-to-end comm
 unications\, thus achieving a small Trusted\nComputing Base. Both our secu
 rity analysis and evaluation results\nshow that SCION naturally prevents n
 umerous attacks and provides a\nhigh level of resilience\, scalability\, c
 ontrol\, and isolation.  Prof. Perrig's homepage
LOCATION:BC 01 https://plan.epfl.ch/?room==BC%2001
STATUS:CONFIRMED
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