cloud-oriented federated projects and testbeds: current status in the us and internationally, and...

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Cloud-oriented Projects and Testbeds Alan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013 Cloud-Oriented Federated Projects and Testbeds: Current Status in the US and Internationally, and Future Possibilities Alan Sill Senior Scientist, High Performance Computing Center Adjunct Professor of Physics Texas Tech University US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

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Talk given to US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

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Page 1: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Cloud-Oriented Federated Projects and Testbeds:

Current Status in the US and Internationally, and Future Possibilities

Alan Sill

Senior Scientist, High Performance Computing CenterAdjunct Professor of Physics

Texas Tech University

US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Page 2: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Testing Cloud -Oriented Approaches for Science

• A number of publicly accessible forums and settings are available for general interoperability testing, in addition to the internal mechanisms that may be set up by US and other agencies.

• This talk is intended to inform you as to what they are, who runs them, and their current status.

• Opinions expressed are mine only.

Page 3: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Background• US Agencies were instructed in 2009 to shift to

“Cloud First” by the US CIO. This has also been extended recently to include a general approach to “digital government”.

• Led to the NIST efforts on cloud computing and big data exploration for these purposes.

• Externally to the US, many similar projects have been started and in some cases, put into practice throughout the world. OGF has been involved in many of these efforts.

• The purposes of this talk are to give you an update, building on previous presentations, and focus attention on topics we can take on to move forward on these and related projects in the US.

Page 4: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

http://futuregrid.org

Page 5: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

FutureGrid: Cloud Interoperability Testbed• Public project within FutureGrid organization

• Open membership (subject to approval)

• No production resources, only short-term tests allowed (order 1-day or less duration)

• EC2 (Eucalyptus), Argonne Nimbus, OpenStack among frameworks supported

• Private work is allowed; reports requested

Page 6: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities
Page 7: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

US NIST SAJACC• “Standards Acceleration to Jumpstart the

Adoption of Cloud Computing” = SAJACC

• Focused on use case definition and refinement (especially US Federal government) ==> testable use cases

• Demo code and presentations part of public record

• New round recently restarted to refine test cases

• Needs a testbed to move forward.

Page 8: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

NIST CLOUD PROCESS & TWIKI

http://collaborate.nist.gov/twiki-cloud-computing/bin/view/CloudComputing/SAJACC

Page 9: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

“Cloud Plugfest” series• Cooperative community project involving OGF,

SNIA, and ETSI.

• Formal test tool support from ETSI.

• Non-disclosure agreement (optional on the part of contributors) to encourage business and private company involvement.

• CDMI, OCCI, OVF among standards tested so far; moving on soon to CIMI and federated cloud tools.

• Just completed 7th iteration; more planned.

Page 10: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

http://cloudplugfest.org

Page 11: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities
Page 12: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities
Page 13: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

EGI FedCloud Testbed• EC-funded project of the European Community

• Associated with EGI Federated Cloud task Force and e-Science/ e-Government initiatives.

• Running infrastructure! Production resources, user communities used in projects now.

• Use of many standards already incorporated (OGF OCCI, SNIA CDMI, OGF Usage Record, etc.)

• Quite compatible with grid infrastructures.

Page 15: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities
Page 16: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Further Discussion• These are by no means the only such projects

that can be discussed. In the EC, for example, there are many FP-series funded projects that are intended to produce a variety of running infrastructures for both production and test purposes (FI-Ware, Contrail, Helix Nebula, BobFIRE, etc.); others include NCHC “Cloudzilla” mentioned in previous talk.

• In the US, exploration projects such as RedCloud can help IF brought into a federated environment though emerging cloud products and standards.

Page 17: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Conclusions (I)•A variety of test platforms, resources and projects is

needed to pursue use of cloud computing in scientific computing and big data processing in high-scale settings. In terms of ingredients, many are already in place and suitable for use.

• It would be useful US agencies pursue a project similar to the EGI Federated Cloud, perhaps modeled on it or as an extension to FutureGrid and other US cloud exploration projects.

• Similar projects elsewhere are ALREADY experiencing production or large-scale pilot use.

Page 18: Cloud-Oriented Federated Projects and Testbeds:  Current Status in the US and Internationally, and Future Possibilities

Cloud-oriented Projects and TestbedsAlan Sill, TTU US NITRD NCO LSN-MAGIC meeting, Feb. 6, 2013

Conclusions (II)•NIST is doing work to set forth requirements and

design a cloud reference architecture through its working groups, including the “SAJACC” process. Important considerations for security, interoperability, and other considerations may emerge. We should track the these efforts closely and try to contribute to their work.

•Federated access and common management tools are important to science user communities and can provide goals for such a project or projects that are compatible with other MAGIC goals.