1. Towards Production Grids in Greenfield Regions Dr. Ognjen Prnjat European and Regional Grid Management GRNET - Greek Research & Technology Network http://www.grnet.gr

2. 2 GRNET mission To provide high-quality international and national networking and grid services to the Greek academic & research institutions, to the public and private sector so as to support their research and educational activities HellasGrid: 6 major clusters with a total of approx 800 CPUs and 90 ΤΒ storage capacity (30 SAN, 60 tape)

3. 3 GRNET operational Grid activities HellasGrid infrastructure and operations EGEE: Federation representative and Regional Operations Centre for South-East Europe SEE-GRID: “eInfrastructure inclusion” into SEE EUMEDGRID and EUCHINAGRID: Grid expansion in Mediterranean and China All greenfield regions!

4. 4 Greenfield regions: challenges Only limited hardware and small clusters available No previous operational GRID know-how, only research and pilots Limited operator and user base

5. 5 Key: coordinated actions Training the administrators and users Setting up pilot Grid clusters Developing organizational and operational models Testing and supporting pilot applications

6. 6 Hierarchy: EGEE-SEE ROC

7. 7 Organizational model Clear relations and modus operandi Central coordination by top-level ROC Responsibility for oversight of infrastructure status, deployment, and operations Country-level operations centers and managers Responsibility for local cluster operational and user support Distribution of management services across country operations centers To spread the know-how and ensure joint responsibility and control Clear policies for site registration and certification CENTRAL ROC Country 1 Operations Centre Country N Operations Centre

8. 8 EGEE-SEE infrastructure Large expansions coming up, reaching ~1500 CPUs, 40 TB SAN and 60TB on Tape

9. 9 Grid services Catch-all CA: crucial for regional coverage Catch-all VO as unifying VO for experimentation; VOMS Core services (information services, workload management, file catalogues, etc)

10. 10 Catch-all Certification Authority Need of trust and security -> National Certification Authority At European Level need to cooperate -> EUGridPMA SEE Catch-all CA providing certificates to countries without CA Regional partners are assisted to develop their own Grid CA and apply for membership in PMA

11. 11 Grid management services Monitoring EGEE GridIce, Gstat, customized SFTs; local Ganglia mon, smokeping for network mon Helpdesk One-or-zero Integrated with EGEE GGUS User registration Regional and local portals in different languages Installation and certification testbed

12. 12 Helpdesk Response to operational tickets Dealt with 250 tickets in 2005 1/3 of the originated from EGEE CIC-on-Duty ¼ is from EGEE-wide users The rest local i.e. ~ 1/2

13. 13 CPU usage in 2005 TOTAL 552340 CPU Hrs; 23014 CPU Days; 63 CPU Years

14. 14 CPU usage in 2005

15. 15 Usage per VO

16. 16 Local users: VO distribution

17. 17 SEE Grid-enabled eInftastructure Established at least one fully operational and certified grid site in all participating SEE countries Two additional Grid applications developed by SEE-GRID partners deployed in the regional infrastructure: Volumetric Image Visualization Environment (VIVE) for medical images and other static or time-dependent scalar and vector 3D fields Search Engine for South-East Europe (SE4SEE) for Grid-aided web-crawling & data indexing Establishing NGIs more at www.see-grid.orgwww.see-grid.org SEEREN SEEGRID: the “eInfrastructure inclusion” into SEE

18. 18 SEE-GRID snapshot

19. 19 SEE-GRID vs EGEE-SEE EGEE-SEE GridSEE-GRID Grid EGEE-wide VOs EGEE-SEE core services Strategy: as sites mature  EGEE production, adopt operational procedures Have clear/quantified target/criteria for migrating to EGEE SEE-GRID VOs SEE-GRID core services

20. 20 Operational recommendations Adopt best practices of experienced regions, but avoid just copy+paste solutions Setup a scalable organizational structure Aim to have possibility of stand-alone operations, independent on related federated Grids and projects Distribute Grid and management services to spread the know-how and ensure joint responsibility and control

21. 21 Looking ahead: EUMED & EUCHINAGRID Creation of regional eScience community Setting up pilot Grid in the region Supporting local applications Foster the creation of a intercontinental eScience community Training people Supporting existing & new applications Support interoperable infrastructure for grid operations between Europe and China

22. 22 More recommendations- SEEGRID policy workshop There can be no (product-quality, high-performing) grid without a (product-quality, high-capacity, reliable) network: NRENs, GEANT + extensions Study both “best-practices” and “bad-practices” followed in already grid-established regions and countries. Respect available infrastructure and resources in the new regions where e-Infrastructures are to be expanded by making provisions for alternative technical roadmaps to fit the area. Establishing a “web of trust” that brings human capital together is a key priority for expanding eInfrastructures to greenfield regions. To achieve sustainability, it is necessary to carry out several coordinated and complementary actions: European funds, donations, political support!

23. 23 Greenfield regions: what is it about at the end? Increasing the retention of talented scientists in the region Pursuing joint R&D efforts among countries Making available the benefits of the Information Society for all citizens Easing the digital divide between the region and the countries at other side of spectrum Improvement of regional competitiveness in all market sectors Regional political stability and cohesiveness

24. 24 Thanks to: All members of EGEE-SEE ROC, SEEGRID project, and new EUMEDGRID and EUCHINAGRID colleagues!