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Difference between revisions of "Fedcloud-tf:ResourceProviders"
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32 nodes x 8 vcpus x 16GB RAM | 32 nodes x 8 vcpus x 16GB RAM <br /> | ||
36 nodes x 24 vcpus x 48GM RAM | 36 nodes x 24 vcpus x 48GM RAM <br /> | ||
34 nodes x 32 vcpus x 128GB RAM | 34 nodes x 32 vcpus x 128GB RAM <br /> | ||
1 node x 80 vcpus x 1TB RAM | 1 node x 80 vcpus x 1TB RAM | ||
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Revision as of 11:54, 19 August 2014
| Main | Roadmap and Innovation | Technology | For Users | For Resource Providers | Media |
EGI Federated Cloud Resource Providers
EGI Federated Cloud resource providers are institutions and companies that contribute to the FedCloud providing access to their cloud infrastructure via the Federation. Resource providers are free to use any Cloud Management Framework (OpenNebula, OpenStack, etc...), the only requirement is that the CMF exposes interfaces compliant to the FedCloud standards.
Join as a Resource Provider
Every institution and company is invited to join the EGI Federated Cloud. The members of the EGI Federated Cloud have also the opportunity to join the EGI Federated Cloud Task Force, contributing directly to the creation and implementation of the clouds federation.
If you want to join the EGI Federated Cloud, you can send en email to the EGI Federated Cloud Task Force, specifying the following information (fields with * are mandatory)
- Name*
- Institute*
- Email address*
- One paragraph long description of your organization
- Envisaged timeline (is there a deadline to finish the setup? for how long do you wish to contribute to the EGI Federated project?)
- Estimated number and size of machines that you may provide to EGI
- Type of Cloud Management Framework you are using
- Link to webpage, document or other online resource for further information
Cloud Management Frameworks
The federation of IaaS Cloud resources in EGI is built upon the extensive autonomy of Resource Providers in terms of ownership of exposed resources. The different cloud providers may have different Cloud Managemnt Frameworks (ex. OpenNebula, OpenStack, etc...), the federation implies only that the CMF exposes a set of common interfaces (ex. OCCI for VM management, CDMI for Data management, etc...)
More in-depth information about the EGI Federated Cloud architecture and technology is provided here.
Compatible CMFs
The table below provides a list of the most famous CMFs and the status of the support of the EGI Federated Cloud interfaces.
| Cloud Mgmt. Fram. | Fed. AAI | Information Publishing | Monitoring[1] | Accounting | Img. Mgmt. | OCCI | CDMI |
|---|---|---|---|---|---|---|---|
| OpenStack | Yes | Yes | Yes | Yes | Yes | Yes | Yes |
| OpenNebula | Yes | Yes | Yes | Yes | Yes | Yes | Yes |
| Synnefo | Yes | Yes | Yes | Yes | - | Yes | - |
| CloudStack | Yes | ||||||
| Emotive | Yes | N/A | Yes | ||||
| Stoxy | Yes | Yes* | N/A | yes |
Deployment
Guides for deployment of the FedCloud interfaces for the most used Cloud Management Frameworks are reported below:
Current Resource Providers
Fully integrated Resource Providers
Sites that have a valid GOCDB entry, with all mandatory service types configured. Also either the Cloud compute service, or the Cloud storage service, or both must be listed properly. Monitoring via cloudmon.egi.eu must be working, and probes for all mandatory and minimum Cloud services operational.
To get an impression of each site's availability and reliability, please have a look at MyEGI
Certification: Certification of Resource Providers is conducted by invoking PROC18. PROC18 is in effect until the original PROC09 has been reconciled and updated to fully support Cloud Resources as a first class citizen.
| Affiliation | CC | Main contact | Deputies | Host Site | CMF | Certification | Resource Endpoints | Committed Production Launch resources | VM maximum size (memory, cpu, storage) |
|---|---|---|---|---|---|---|---|---|---|
| 100 Percent IT Ltd | UK | David Blundell | 100IT | OpenStack | certified | OCCI | 120 cores with 128GB RAM and 16TB shared storage | ||
| UNIZAR / BIFI | ES | Ruben Valles | Jaime Ibar Yubero | BIFI | OpenStack (Grizzly & Havana) | certified |
720 cores with 740GB RAM : 2 testbeds x 360 cores with 370GB RAM ( in Xeon servers 2xhexacore 24GB RAM local HD 500GB) |
Name m1.xlarge, VCPUs 8, Root Disk 160 GB, Ephemeral Disk 0 GB, Total Disk 160 GB, RAM 16,384 MB | |
| BSC | ES | Daniele Lezzi | Roger Rafanell | BSC-Cloud | Emotive | CDMI | |||
| Cyfronet (NGI PL) | PL | Tomasz Szepieniec | Marcin Radecki, Jan Meizner | CYFRONET-CLOUD | OpenStack | certified | OCCI | 200 Cores, 400 GB RAM, 20 TB storage (images/VMs) at launch | 8 cores, 16GB of RAM, local HD 120 GB |
| FCTSG | ES | Esteban Freire | Iván Díaz | CESGA | OpenNebula | certified | OCCI | 296 Cores, 592GB RAM (37 Xeon servers with 8 cores, 16GB RAM and local HD 500GB). This infrastructure is used to run several core services for EGI.eu and our capacity is compromised due to that. | 8 cores, 16GB of RAM, local HD 470 GB |
| CESNET | CZ | Miroslav Ruda | Boris Parak | CESNET-MetaCloud | OpenNebula | certified | OCCI | 240 cores with 960 GB of RAM and 44 TB | 22 cores, 90 GB of RAM, approx. 800 GB of attached storage |
| FZ Jülich | DE | Björn Hagemeier | Shahbaz Memon | FZJ | OpenStack | In progress | OCCI CDMI |
144 Cores
294 GB RAM ~18TB Object Storage ~15TB block storage |
Name: m16 |
| GWDG | DE | Piotr Kasprzak | Ramin Yahyapour, Philipp Wieder | GoeGrid | OpenNebula | certified | OCCI CDMI |
192 Core, 768 GB RAM, 40 TB storage | 64 cores, 240 GB RAM, 3 TB disk |
| CSIC/IFCA | ES | Alvaro Lopez Garcia | Enol Fernandez, Pablo Orviz | IFCA-LCG2 | OpenStack | certified | OCCI |
32 nodes x 8 vcpus x 16GB RAM |
m1.xlarge: 8 VCPUs, 160GB HD, 14GB RAM |
| GRNET | GR | Kostas Koumantaros | Athanasia Assiki | HG-09-Okeanos-Cloud | Synnefo | certified | OCCI | 20 CPUS, 40 GB RAM and 400GB Storage | 24 Cores, 192GB RAM, 500GB HD |
| II SAS | SK | Viet Tran | Martin Bobak | IISAS-FedCloud | OpenStack | certified | OCCI | 96 cores, 3GB RAM per core, 16TB storage | m1.xlarge: 8 VCPUs, 16GB RAM, 160GB HD |
| INFN - Catania | IT | Roberto Barbera | Giuseppe La Rocca, Diego Scardaci | INFN-CATANIA-NEBULA | OpenNebula | certified | OCCI | 120 cores and about 6 TB of storage | |
| INFN-CATANIA-STACK | OpenStack | certified | OCCI | ||||||
| KTH | SE | Zeeshan Ali Shah | Ake Edlund | KTH-CLOUD | OpenNebula | certified | OCCI | 192 Cores, 384 GB RAM with 6 TB of storage | |
| INFN - Bari | IT | Marica Antonacci | Giacinto Donvito, Stefano Nicotri, Vincenzo Spinoso | PRISMA-INFN-BARI | OpenStack | certified | OCCI CDMI |
300 Virtual CPU, 600GB of RAM and about 50TB of Storage. | Flavor "m1.xxlarge": 24 cores, 48GB RAM, 100 GB disk. Up to 500GB block storage can be attached on-demand. |
| INFN-PADOVA | IT | Marco Verlato | Eric Frizziero, Cristina Aiftimiei | INFN-PADOVA-STACK | OpenStack Havana | certified | OCCI | 48 cores with 96 GB RAM and ~5TB of Storage, up to 24 public IPs | hpc: 24 VCPUs, 46GB RAM, 480GB HD, up to 1.8TB attachable block storage |
| MTA SZTAKI | HU | Sandor Acs | Peter Kotcauer, Gabor Kecskemeti | SZTAKI | OpenNebula | certified | OCCI | 128 core, 128 GB RAM and 6TB shared storage | |
| TUBITAK ULAKBIM | TR | Feyza Eryol | Onur Temizsoylu | TR-FC1-ULAKBIM | OpenStack | certified | OCCI | 224 core with 672 GB memory and 10 TB shared storage (to be expanded Jun'14 336 core with 1008GB memory and >10TB shared storage) | |
| UKIM | MK | Boro Jakimovski | MK-04-FINKICLOUD | OpenNebula | certified | OCCI | 18 nodes x 12 CPU cores with HT (18 x 24 locical cores), and each node has 24GB RAM. Storage is 17TB. |
Integrating Resource Providers
Reporting period: 1 Feb 2014 - 28 Feb 2014
Sites that have a valid GOCDB entry, and at least one service type listed and monitored via cloudmon.egi.eu.
| Affiliation | CC | Main Contact | Deputies | Host Site | CMF | Certification | Resource Endpoints | Comment |
|---|---|---|---|---|---|---|---|---|
| IN2P3-CC | FR | Gilles MATHIEU | Mattieu Puel | IN2P3-CC | OpenStack | OCCI - ccocci.in2p3.fr | ||
| KISTI | KR | Soonwook Hwang | Sangwan Kim, Taesang Huh, Jae-Hyuck Kwak | OpenStack | 64 cores with 256 GB RAM and 6TB HDD |
Interested Resource Providers
| Affiliation | CC | Representative | Deputies | CMF | Integration plans | Comment |
|---|---|---|---|---|---|---|
| IICT-BAS | BG | Emanouil Atanassov | Todor Gurov | OpenStack | ||
| INFN - Napoli | IT | Silvio Pardi | OpenStack | |||
| INFN - CNAF | IT | Elisabetta Ronchieri | Davide Salomoni, Andrea Cristofori | OpenStack | ||
| INFN - Torino | IT | Andrea Guarise | OpenStack | |||
| CETA-CIEMAT | ES | Guillermo Díaz Herrero, | Miguel Ángel Díaz, Abel Paz | OpenStack Havana | Scheduled - Apr '14 | 112 cores, 224 GB RAM, 2.5 TB of disk |
| CETA-CIEMAT | ES | Rubio Montero | Rafael Mayo García, Manuel Aurelio Rodríguez Pascual | OpenNebula | ||
| SURFsara | NL | Jhon Masschelein | Maurice Bouwhuis, Machiel Jansen | OpenNebula | ||
| CRNS/IPHC | FR | Jérôme Pansanel | OpenStack | |||
| ISRGrid/IUCC | IL | Yossi Baruch | ||||
| DESY | DE | Patrick Furhmann | Paul Millar | dCache | Storage only | |
| STFC/RAL | UK | Ian Collier | Frazer Barnsley, Alan Kyffin | |||
| STFC/RAL Harwell Science | UK | Jens Jensen | Castor | Cloud storage only | ||
| IFAE / PIC | ES | Victor Mendez | ||||
| SAGrid | ZA | Bruce Becker | ||||
| CSC | FI | Jura Tarus | Luís Alves, Ulf Tigerstedt, Kalle Happonen | OpenStack | Planned - H1 '14 | Status: Testing resource integration |
| SRCE | HR | Emir Imamagic | Luko Gjenero | OpenStack | Planned - April 2014 | Status: Deploying OpenStack cluster, investigating storage options |
| GridPP | UK | Adam Huffman | OpenStack | Hosted at Imperial College | ||
| Polythecnic University of Valencia, I3M | ES | Ignacio Blanquer | OpenNEbula & OpenStack |
In ONE: 60 cores, 192 GBs de RAM. In OST: 40 cores, 36 GBs de RAM. | ||
| CG-INGRID-PT/LIP | PT | Goncalo Borges | Joao Martins, Joao Pina | Openstack | start the certification in EGI during the third |
quarter of 2014 |
| CRNS/IN2P3-LAL | FR | Michel Jouvin | Mohammed Araj | StratusLab |
Testbed
More information about the Resource Providers belonging to the FedCloud Testbed are available here.
References
- ↑ Monitoring happens passive, i.e. no active integration from the side of Cloud Management Frameworks necessary.