Breakout Session

LISP Workshop

Recently, NJEdge.NET has deployed a LISP architecture to help reduce the complexity of configuration required at the Internet Edge as well as enable 0-procedure (No DNS changes, No BGP configuration) disaster recovery solutions for Cloud Computing.

LISP implements a new routing architecture and via a set of protocols that utilize a level of indirection to separate an IP address into two namespaces: Endpoint Identifiers (EIDs), which are assigned to end-hosts, and Routing Locators (RLOCs), which are assigned to devices (primarily routers) that make up the global routing system. In addition to helping solve routing scalability issues, LISP provides many other benefits, including: simplified and cost-effective multi-homing, including ingress traffic engineering; IPv6 transition simplification, including incremental deployment of IPv6 using existing IPv4 infrastructure (or IPv4 over IPv6); simplified, highly-scalable network virtualization; and IP address (host) mobility, including session persistence across mobility events.


James Stankiewicz, NJEDge.Net

As senior engineer he is part of the vital technical management team working towards the long-term vision of an integrated K-20 portal for the NJ educational community. He is involved with the finalization of the NJEDge.Net design and assists in the planned ESC interoperability testing of all portal and network elements; and assists in the installation of  equipment in all Data Center Locations; develops competency in the NJEDge.Net Network developed and deploys QoS Policies throughout.


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