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Explore advanced networking concepts in this 23-minute conference talk from NANOG that examines end-system controlled, dynamic multihoming and multipath transport protocols. Learn about innovative approaches to enable load distribution, resilience, mobile node support, and enhanced packet-level privacy and security through multipath transport capabilities. Discover how IP-layer control from end-systems using end-to-end signaling can be applied to any transport protocol, overcoming current limitations faced by application developers and users. Examine practical implementation results from a FreeBSD-based system, including findings from international connectivity tests conducted between IETF124 in Montreal, Canada and St Andrews, UK in November 2025. Gain insights into Internet architecture design, computer communication systems, and the interaction between networks, applications, and users from Professor Saleem Bhatti of the University of St Andrews, who presents his research on ILNP (Identifier-Locator Network Protocol) and practical test-bed implementations for improving network protocol performance and capabilities.
Syllabus
End-System Controlled, Dynamic Multihoming and Multipath Transport
Taught by
NANOG