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GENI Spiral 2

GENI Spiral 2 is the second phase of exploratory rapid-prototyping that will begin to inform technical and operational plans for the envisioned GENI suite of research infrastructure. Spiral 2's primary goal is to begin moving towards continuous experimentation. Key development for this period include improved integration of GENI prototypes; architecture, tools, and services enabling experiment instrumentation, a movement towards interoperability across GENI prototypes, and improved approaches towards researcher identity management. All GENI projects are expected to orient their efforts to make progress towards these goals during this spiral.

GENI spirals last for 12 months. We expect the community’s evolving research agenda, combined with insights and experience from earlier spirals, to set specific goals for future spirals. GENI is being designed and prototyped by the research community, with project management and system engineering provided by the GENI Project Office (GPO). After an open solicitation process and extensive peer reviews, the GPO selects development teams. We expect that a large majority of these teams will continue to participate in subsequent spirals, augmented by additional teams funded by later GPO solicitations. We also anticipate that other projects may join the GENI prototyping effort even if not explicitly funded through GPO solicitations.

Spiral 1's primary goal was to develop, integrate, and attempt to operate very rudimentary, end-to-end working prototypes, as rapidly as possible, then co-evolve them with the community’s evolving research vision. An early, end-to-end working prototype will greatly help the community achieve a shared vision by providing a strawman example for arguments and discussions going forward.

Several new projects are starting in Spiral 2 to fill in several critical “missing pieces,” including: security requirements and architecture, experiment workflow tools and user interfaces, and prototypes for instrumentation and measurement. Additional projects will build upon Spiral 1 achievements to date, including support for international and commercial federations and several early “shakedown” experiments that will prove critical in guiding system design. Finally, we will launch two related types of campus GENI build-outs – using OpenFlow and WiMax technology – with significant commonality in the technologies employed, and significant overlap in the two sets of campuses. The national backbones will both be built out with OpenFlow. In addition, Internet2 will be built out with GENI-enabled commercial routers. Accelerating the roll-out of this rich, interoperable “meso-scale” GENI infrastructure will:

  • Create a compelling infrastructure for entirely new forms of network science and engineering experimentation at a much larger scale than has previously been available
  • Stimulate broad community participation and “opt in” by early users across 13 major campuses, which can then grow to additional campuses as the build-out progresses, with a strong partnership between researchers and campus infrastructure operators
  • Forge a strong academic / industrial base by GENI-enabling commercial equipment from Arista, Cisco, HP, Juniper, and NEC, with software from AT&T Labs and Nicira.

Internet2 and National Lambda Rail are contributing world class engineering and operations expertise, along with handsome donations of bandwidth across their national research networks, to GENI's prototyping, trial integrations, and early operations.

A more thorough discussion of Spiral 2 can be found in the Spiral 2 Overview.

GENI Integration Information

The S1IntInfo page provides links to integration information not covered in the project pages or GPO documents.

GENI Projects

Spiral 2 includes the following projects, organized by their initial control framework groups.

Prototyping project staff are expected to keep the GPO appraised of progress against project milestones. This page has hints on the mechanics of how tickets and milestones work. If you have questions, consult your GPO system engineer.

Control Framework Integrations

PlanetLab Cluster (B) ProtoGENI Cluster (C) ORCA Cluster (D) ORBIT Cluster (E)
Cluster Integration Info Cluster wiki Cluster wiki
PG Nodes
Cluster integ
Connectivity plan
Cluster integ
Control Framework
Design and Prototyping (D&P)
PlanetLab ProtoGENI
ORCA Augmentation
Network Aggregate D&P Mid-Atlantic Crossroads
Programmable Network Node D&P EnterpriseGeni
Internet Scale Overlay Hosting
Compute Aggregate D&P GENICloud MillionNodeGENI Data Intensive Cloud Control
Wireless Aggregate D&P CMULab DOME
Instrumentation & Measurement D&P VMI-FED InstrumentationTools
Experiment Workflow Tools D&P GushProto
ProvisioningService (Raven)
Security D&P SecureUpdates
Early Experiments DavisSocialLinks(DSL) OpportunisticWirelessNets

Meso-Scale Deployment and Operations

OpenFlow Meso-Scale Deployment EnterpriseGeni | OF at Clemson University| OF at Georgia Tech | OF at Indiana University | OF at Rutgers University
OF at the University of Wisconsin Madison | OF at University of Washington | OF at Princeton University | OF at Stanford University
OF at BBN | OF at Kansas State University | Internet2 OpenFlow | National LambdaRail OpenFlow
GENI connectivity
WiMAX Meso-Scale Deployments WiMAX Integration
WiMAX Experiments
WiMAX Kits from Rutgers University and NEC
WiMAX at Columbia University | WiMAX at Polytechnic Institute of NYU | WiMAX at UCLA
WiMAX at University of Colorado at Boulder | WiMAX at UMass Amherst
WiMAX at University of Wisconsin | WiMAX at BBN Technologies
Regional Networking GENI in the Three-Tier R&E Infrastructure
ProtoGENI Backbone Nodes ProtoGENI
Meso-scale Measurement Shadownet
Operations GENIMetaOps
Security GENISecurity | ComprehensiveSecurityPgm | LEFA
Federation K-GENI | VMI-FED | PLfed | TIED


GeniFourYearColleges| AttributionForGENI | MMOGpENI | MPRADIO | InfoSubstrate | OpticalAccessNets

Completed Projects

RegionalOptIn | Data Plane Measurements

Projects With Collaborations, Connectivity, or Resources outside of the US

See also

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