||1 || Moving Target Defense|| CUNY||
||2 || Run My Experiment on GENI|| NYU ||
||3 || SDN-based Traffic Analysis Resistant Network (TARN) Architecture|| Clemson ||
||4 || Demonstration of a GENI based cyber physical test bed for advanced manufacturing|| Oklahoma State University ||
||5 || Distributed Delay Minimization Approach for Networked Control Systems in Wide-Area Power Grids|| University of South Florida ||
||6 || Virtual Computer Networks Lab|| UMASS ||
||7 || Novel Internet access service with online traffic engineering of elephant flows|| University of Virginia ||
||8 || Data Flow Prioritization for Scientific Workflows Using A Virtual SDX on ExoGENI|| RENCI||
||9 || Steroid OpenFlow Service|| Clemson ||
||10 || GENI Wireless Testbed|| Rutgers ||
||11 || Experiences using GENI and the Affinity Research Group Model to foster deep learning|| Northeastern Illinois University ||
||12 || Denial of Service Detection and Mitigation on GENI|| College of Charleston ||
||13 || Incident-Supporting Visual Cloud Computing Utilizing Software-Defined Networking|| University of Missouri ||
||14 || Layer-Two Peering across SAVI and GENI Testbeds using HyperExchange|| University of Toronto ||
||15 || GENI Webinars for Research and Education|| Universities of North Carolina ||
||16 || Green Energy Aware SDN Platform|| Clarkson University ||
||17 || PlanetIgnite|| US Ignite ||
||18 || From GENI SDX to Metro SDX|| Georgia Tech ||