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INFRASTRUCTURE STATUS Jorge Gomes on behalf of the IBERGRID collaboration

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Page 1: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

INFRASTRUCTURESTATUS

Jorge Gomes

on behalf of the IBERGRID collaboration

Page 2: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Distributed computing infrastructure

Iberian Distributed Computing Infrastructure

a) Federates infrastructures from Iberian research and academic

organizations (PT + ES) mainly focused:

• Cloud Computing

• Grid Computing

• Data Processing

b) Enables a joint participation in European initiatives including

EGI and EOSC supporting research communities

• Provides the regional operations coordination for the computing and data

processing activities of several user communities including WLCG, ESFRIs

and others

c) Forum for common activities and sharing of knowledge.

• Participation in EU and cross-border projects including both R&D and

infrastructure oriented projects

• Conferences and events (IBERGRID conference series)

Page 3: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Structure

Iberian Distributed Computing Infrastructure

Tech coordination Tech coordination

Ministério daCiência, Tecnologia e Ensino Superior

Page 4: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Support the IBERGRID conference organized annually in each of the

two countries.

Reinforce the collaboration between both countries to support the

IBERGRID participation in international initiatives and infrastructures of

distributed computing and digital repositories among which EOSC and

EGI.

Support the development and integration of thematic services of interest

to the scientific community to be made available through the IBERGRID

infrastructure.

Support and promote the use of the IBERGRID infrastructure to support

the participation in common scientific projects of strategic interest ,such

as the participation at CERN, in ESFRIs and in the AIR Center.

Iberian Distributed Computing Infrastructure

Iberian summit of Valladolid in Nov 2018

Page 5: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Joins PT + ES cloud, grid and data:

Iberian Distributed Computing Infrastructure

UPV

IFIC

PIC

IFAE

CETA

CIEMAT

UAM

CESGA

USC

PORTO

INCD-C

LIP

INCD-A

INCD-B

IFCACLOUD GRID

CLOUD GRID

CLOUD GRID

CLOUD

CLOUD GRID

GRID

GRID

GRID

GRID

GRID

GRID

GRID

DATA

CLOUD GRID

Current Planned

Portugal 2 + 2

Spain 10 + 3

BIFICLOUD

IAA

CLOUD

Digital CSIC

DATA

> 24.000 CPU cores~ 30 PB storage

Page 6: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Core services LFC

VOMS

INCD

IFCA

Replication for

critical infrastructure

services

Iberian Distributed Computing Infrastructure

• Authentication

Authorization

and virtual

organization

membership

VOMS

CIEMAT

LFC

VOMSCESGA

ARGUS

VOMS

LFC

Accounting

web

wiki

LIP

TOPBDII

TOPBDIITOPBDII

TOPBDII

Page 7: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Operations coordination

LIP

CESGA

IFCA

Iberian Distributed Computing Infrastructure

• Coordination by

LIP and IFCA with

CESGA support

Coordination

through weekly

oversight shifts

and VC meetings

Page 8: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

272 million jobs executed since 2006

1040 million processing hours

Iberian Distributed Computing Infrastructure

Grid Computing

0

50000000

10000000

15000000

20000000

25000000

30000000

35000000

40000000

45000000

NGI_IBERGRID normalized CPU time (HS06)

Page 9: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Grid Jobs

Iberian Distributed Computing Infrastructure

• By site and VO

• From 2006 to 2019

• Removing small usage

1

100

10000

1000000

10000000

1E+10

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satlp

atls

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com

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life.v

o.ib

erg

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erg

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nck

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erg

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s

Grid Jobs per VO

BIFI

CESGA

CETA

CIEMAT CIEMAT

IFCA

IFIC

INCDUAM

UBUPVUPorto

USC

ifae

pic

Jobs

Page 10: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Iberian Distributed Computing Infrastructure

0

5000

10000

15000

20000

25000

30000

35000

40000

Cloud VMs

Instantiation of cloud VMs

395 thousand since September 2015

Cloud Computing

Page 11: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Cloud Hours

Iberian Distributed Computing Infrastructure

• By site and VO

• From 2015 to 2019

• > 25 million hours

CESGA

INCD

CETABIFIUPV

IFCACloud Hours

1

100

10000

1000000

10000000

AT

LA

S

CM

S

benchm

ark

.terr…

bio

isi

bla

zarm

onito

rin…

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dih

-…

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fedclo

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gala

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geohazard

s.te

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osc-…

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atic

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opencoast.e

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train

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gi.e

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tts

users

vo.a

ccess.e

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-…

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.eu

vo.e

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o-…

vo.life

watc

h.e

u

vo.n

extg

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ote

books.e

wp9-…

Cloud Hours per VO

Page 12: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Infrastructure support

Iberian Distributed Computing Infrastructure

• Approximately 250 in 2018

• Helpdesk: EGI GGUS

0

100

200

300

400

500

600

2012 2013 2014 2015 2016 2017 2018 2019

Number of tickets

Page 13: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Iberian Distributed Computing Infrastructure

ATLAS

562,671,078 hours

CMS

521,965,572 hours

LHCb

138,563,150 hours

ALICE

4,492,974 hours

CERN LHC simulation and data analysis

Page 14: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

LifeWatch ERIC

Iberian Distributed Computing Infrastructure

• LifeWatch ERIC, is a distributed

Research e-Infrastructure to advance

biodiversity research and to address

the big environmental challenges and

support knowledge-based strategic

solutions to environmental

preservation.

• The services currently available for the biodiversity community are

also available for wider re-use by other scientific communities.

• In the Iberian area the activity of Lifewatch ERIC is articulated via

IberLife, which in turn relies on the support of Ibergrid for the

deployment and operation of core services.

16,733,691 hours on IBERGRID cloud resources

Page 15: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

GBIF

Iberian Distributed Computing Infrastructure

• The Global Biodiversity Information

Facility (GBIF) is an international

network and research infrastructure

funded by the world’s governments

and aimed at providing

anyone, anywhere, open access to

data about all types of life on Earth.

• GBIF nodes in Portugal and Spain are maintained in the scope of

LifeWatch and IberLife and these activities are supported by

IBERGRID.

• dados.gbif.pt

• datos.gbif.es

Supported by IBERGRID Cloud resources

Page 16: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

WeNMR and MoBrain

Iberian Distributed Computing Infrastructure

• WeNMR provides an e-Infrastructure

platform and Science Gateway for

structural biology. WeNMR serves

all relevant INSTRUCT communities

in line with the ESFRI roadmap.

• WeNMR is part of West-Life virtual research environment for

structural biology.

• The current challenges in the post-genomic era call for virtual

research platforms that provide the worldwide research community

with both user-friendly tools, platforms for data analysis and

exchange, and an underlying e-infrastructure.

Page 17: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

AUGER

Iberian Distributed Computing Infrastructure

• On the vast Pampa Amarilla in

western Argentina, the Pierre Auger

Observatory is studying the

highest-energy particles in the

Universe, so-called cosmic rays.

• Cosmic rays with low to moderate energies are well understood, while

those with extremely high energies remain highly mysterious. By

detecting and studying these rare particles, the Pierre Auger

Observatory is tackling the enigmas of their origin and existence.

12,714,524 hours in IBERGRID

Page 18: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

OPENCoastS

Iberian Distributed Computing Infrastructure

• OPENCoastS – On-demand

Operational Coastal Circulation

Forecast Services

• Provides on-demand circulation

forecast systems as-a-service for the

European Atlantic coasts.

• OPENCoastS generates forecasts of water levels, 2D velocities and

wave parameters over the spatial region of interest for periods of 72

hours, based on numerical simulations of all relevant physical

processes.

Integrated into IBERGRID and EGI as an EOSC thematic serviceCollaboration LIP, LNEC, INCD, UNICAN, CNRS, CSIC

Page 19: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Biomed

Iberian Distributed Computing Infrastructure

• large-scale international Virtual

Organization health and life

sciences. Currently, it is divided into

3 sectors:

a) medical imaging

b) bioinformatics

c) drug discovery.

• The VO is openly accessible to

academics, and to private company

for non-commercial purposes.

19,901,904 hours in IBERGRID

Page 20: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Communities on-boarding

Iberian Distributed Computing Infrastructure

• EMSO is a large-scale research infrastructure

of seafloor & water-column observatories, set

up to monitor long-term environmental

processes and their interactions.

• MELOA (Multi-purpose/Multi-sensor Extra Light

Oceanography Apparatus) project that is

developing, WAVY drifter units, for in-situ

measurements of marine environments.

• BIOISI understand and address biological

questions using integrative – Systems –

approaches, joining biology, physics and

computational sciences.

Page 21: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Resources on-boarding

Iberian Distributed Computing Infrastructure

• BIFI in Zaragoza integrating cloud capacity

• CETA CIEMAT in Trujillo reinforcement of

cloud capacity with GPUs

• DIGITAL.csic data repositories from CSIC

• IAA in Granada integration of cloud resources

for the SKA

• INCD-B site in Minho integrating grid and cloud

capacity in collaboration with FCT.

• INCD-C site in Coimbra for long-term data

storage.

Page 22: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

The INDIGO-DC Software Stack Catalogue is a catalogue of open source software components that are follow the Architecture defined by the INDIGO-DataCloud project, funded by the European Union under the Horizon 2020 Framework Program with Grant Agreement 653549.

This Collaboration Agreement targets to sustain and further develop the INDIGO–DataCloudarchitecture, the original INDIGO-DataCloud Software Catalogue and as well as the „INDIGO brand” beyond the lifetime of the INDIGO-DataCloud Project, through a not-for-profit, liability-free mutual….

INDIGO-DC Software Collaboration Agreement

IBERGRID teams are involved in

the development of software to

support innovative services for

researchers in the European

Open Science Cloud framework.

CSIC, LIP and UPVLC are

signatories of the INDIGO-

Datacloud Software

Collaboration Agreement, a key

Technology provider for the

EOSC ecosystem.

Page 23: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Software Quality Management

Iberian Distributed Computing Infrastructure

See: http://digital.csic.es/handle/10261/160086

Page 24: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

• Support intensive computing techniques that require specialized HPC

hardware, like GPUs or low-latency interconnects, to explore large

datasets

• DEEP as a Service enabling the transparent training, sharing and serving

of Deep Learning models both locally or on hybrid cloud system

• A DevOps approach for the project software and applications quality

Page 25: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

EGI

Federated e-infrastructure

IBERGRID is a regional infrastructure in EGI

Shares services and capacity through EGI

Uses EGI services for integration and support

Iberian Distributed Computing Infrastructure

4.4 BillionCPU corewall time

(2018)

> 1 Millioncomputing

cores in 2019

> 740 PB disk & tape

2,915 service end-

points

Page 26: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Iberian Distributed Computing Infrastructure26Isabel Campos 29° January 2019 / Rome

Page 27: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

IBERGRID in EGI and EOSC-hub

• Previously in EGI

• Middleware rollout (LIP/IFCA)

• Middleware criteria definition &

validation (IFCA/CESGA/LIP)

• EGI accounting (CESGA)

• EGI support (LIP/IFCA)

Iberian Distributed Computing Infrastructure

• Now in EOSC-hub

• Configuration and Change

Management, Release and

Deployment Management

• EGI accounting portal

• Processing and Orchestration

• Common service requirements

• Stakeholder Engagement

Programme

• Technical user requirements

• Services and Software

• OPIE, IM, udocker

• LifeWatch, OPENCoastS

Page 28: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Iberian Distributed Computing Infrastructure28Isabel Campos 29° January 2019 / Rome

• The EC has funded four projects to organize EOSC harmonization

activities across Europe

• In the period 2019-2022 they will work together to implement the EOSC

vision.

Coordinator

Region

Acronym

EU Funded Projects to implement EOSC

Page 29: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

EOSC-synergy

Iberian Distributed Computing Infrastructure

Infrastructure integration

Fostering EOSC Service Quality

Services for Research &

Infrastructures

Scientific Data Repositories

Exploitation and FAIR principles

Policy harmonization

Training and self-learning

Page 30: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Iberian Distributed Computing Infrastructure

Gaspar BarreiraVicente Hernandez Javier Tobío

Page 31: INFRASTRUCTURE STATUS...Universe, so-called cosmic rays. • Cosmic rays with low to moderate energies are well understood, while those with extremely high energies remain highly mysterious

Further information

• http://www.ibergrid.eu/

Iberian Distributed Computing Infrastructure

Thank You