1. Co-ordination & Harmonisation of Advanced e-Infrastructures for Research and Education Data Sharing www.chain-project.eu proj-office@chain-project.eu Co-funded by the European Commission under its 7 th Framework Programme e-Infrastructures technical and organisational challenges Federico Ruggieri (GARR/INFN) eAGE2014 10-11 December 2014 Muscat, Oman

2. Outline 2  General Information on CHAIN-REDS  The Vision and the Actions  Use cases  Challenges and solutions  Conclusions

3. General Information 3  Research Infrastructures – Support Action - Grant Agreement n. 306819  Total Costs of € 2.3 M - Max. EC contribution: € 1.52 M  Start date: 1 December 2012 - Duration: 30 Months  Partners:  INFN (IT) – Coordinator  CIEMAT (ES) – WP4 Leader  GRNET (GR) – WP3 Leader  CESNET (CZ) – WP5 Leader  UBUNTUNET (MW) – Africa  CLARA (UR) – Latin America  IHEP (CN) – China  ASREN (DE) – Arab States  SIGMA ORIONIS (FR) – WP2 Leader  C-DAC (IN) – India

4. Regional Grid infrastructures CNGrid NKN & Garuda EUAsiaGrid SAGrid & SANREN GISELA 4

5. The Vision 5  Promote and support technological and scientific collaboration across different e-Infrastructures established and operated in various continents to facilitate their uptake and use by established and emerging Virtual Research Communities (VRCs) but also by single researchers  Not only disseminate, exchange and reinforce the best practices currently adopted in Europe and other continents, but also promote the progress of interoperability among different regional e-Infrastructures  Study and define a path towards a global e-Infrastructure ecosystem that will allow VRCs, research groups and even single researchers to access and efficiently use worldwide distributed resources

6. The benefits of e-Infrastructures The e-Infrastructures promote the usage of network connectivity and stimulate scientific and technical development of countries contribute to fight the digital divide and brain drain. e-Infrastructures support wide geographically distributed communities enhance international collaboration of scientists promote collaboration in other fields. Grids and networks allow the access of many researchers to scientific resources (laboratories and data) Disparity can be reduced and larger participation and contributions to high quality research.

7. 7 5)Provide proof-of principle use cases for Data sharing across continents  Data Accessibility, Reproducibility, and Trustworthiness (DART) challenge  Of interest to EUDAT Workflow WG  Several videos already available Interoperations India Africa&Arab States; Latin America; China; Asia Pacific

8.  Baseline example for cloud federation: EGI Federated Cloud Task Force  OCCI and CDMI standards as a prerequisite for cloud federation  Orchestration system, based on CLEVER, linking several Cloud providers  Cloud federation demo  As an application accessible by the CHAIN- REDS Science Gateway Clouds for R&E - Federation demo 8

9. The KB of Open Access Repositories 9  The Knowledge Base of e-Infrastructures has been extended to open access data document and (recently) educational repositories (http://www.chain-project.eu/knowledge-base)

10. Countries where CHAIN-REDS has supported the deployment of federated services Federated Identities – The CHAIN-REDS impact 10

11. Science Gateway and Standards: SAGA, OCCI, CDMI 11

12. DART demo 12 Data Accessibility, Reproducibility, and Trustworthiness

13. 13 Use cases  APHRC (Africa)  Societal health and well-being domain  LAGO (LA)  Astroparticle domain  DART based  GROMACS (India)  Molecular dynamics domain  ABINIT (Arab region)  Ab initio calculations on quantum chemistry and Physics of materials domains  TreeThreader (China)  Life processes at the molecular level

14. New roles for NRENs 14  New e-Infrastructures cover several levels and technologies (Network, Cloud, Identity Federations, Science Gateways)  National Research and Education Networks are widening their scope beyond connectivity  Providing applications on portals and Science Gateways exposes services to final users and scalable support should be provided  Data access requires not only high bandwidth and low latency, but also standard ways to uniquely identify digital objects, metadata harvesting, catalogues and models for data reprocessing

15. Challenges & Solutions 15  Make Data Repository Open and Accessible following the standards and exposing them in the Knowledge Base  Make Access to Applications and Services easy using the Science Gateway approach  Identify Users by means of Identity Federations and help the integration of Service Providers  Identify Data using Persistent Identifiers

16. Conclusions 16  CHAIN-REDS Vision has been implemented in a series of actions to promote coordinated activities among regional e-Infrastructures  Interoperation, Science Gateways, Identity Federations and standards are promoted to support intercontinental VRCs activities  Successful demos have been deployed for Federated Clouds and DART  Five Use Cases are supported to show the successful implementation of the project’s vision  The project is currently filling the gap of stable Inter-regional Coordination: a Plan will be proposed in the final part of the activity

17. Co-ordination & Harmonisation of Advanced e-Infrastructures for Research and Education Data Sharing www.chain-project.eu proj-office@chain-project.eu Co-funded by the European Commission under its 7 th Framework Programme Thank you ! www.chain-project.eu proj-office@chain-project.eu