BEinGRID: industrial cases for the Internet of Services?Villasante+%28EC%29...– 1 Mio specialists...

BEinGRID: industrial

cases for the Internet

of Services?of Services?

Jesús VillasanteEuropean Commission

Information Society and Media Directorate GeneralSoftware & Service Architectures and Infrastructures Unit

OUTLINE

• Trends in Software and Services

BEinGRID Industry Days – Barcelona, 3-5 June 2008 ••• 2

• Towards the Internet of Services

• BEinGRID

OUTLINE

• Grid Technologies

• Virtualisation of resources


• Services

Essential for the FUTURE (Intenet)

Software and Services

• A key industrial sector– 1 Mio specialists in EU

– 200 B€ market (70 B€ Software)

– EU ICT market growth mainly driven by software and IT services (EITO ’06): 5.8% for 2006-07


services (EITO ’06): 5.8% for 2006-07

• The engine room of the Information Society– Today every EU industry sector depends on Software & Services

– Tomorrow every EU industry sector will succeed only when mastering Software & Services complexity

– 70% of software development takes place in non-software companies


• A key industrial sector– 1 Mio specialists in EU

– 200 B€ market (70 B€ Software)

– EU ICT market growth mainly driven by software and IT services (EITO ’06): 5.8% for 2006-07 Software is a critical enabler of Software is a critical enabler of


services (EITO ’06): 5.8% for 2006-07

• The engine room of the Information Society– Today every EU industry sector depends on Software & Services

– Tomorrow every EU industry sector will succeed only when mastering Software & Services complexity

– 70% of software development takes place in non-software companies

Software is a critical enabler of Software is a critical enabler of Europe’s economy Europe’s economy and quality of lifeand quality of life

Software is everywhere

• The most innovative features of any product today are implemented by Software– 5 M lines of code in a 3G mobile phone, 100 M in an average car in

2010

Software provides the added value, intelligence and innovation underlying competitive success in today’s innovative markets


2010

• Siemens has more software engineers than Microsoft

• Nokia, the biggest seller of operating systems

• VoIP: Software is the key innovative enabling-element of the real-time telephony – Skype: a software company

• Television over the Internet (IPTV), relies on innovative software services to combine content, networks and devices

What will the Future Internet look like?

Networks of the Future Internet of Things


Sources: 3GPP, 3GPP2, Qualcomm, WiMAX Forumhttp://www.alexandria.unisg.ch/EXPORT/DL/38496.pdfhttp://www.itu.int/osg/spu/publications/internetofthings/Second Life

Internet of Services

3D Internet

Simplicity and services integration are a must

� Convergence

� Virtualised infrastructures: Underlying networks transparent to

Multi-player virtual DomainsBusiness ecosystems

� From content to services

� Limitations of current service platforms and service engineering

� Interoperability


transparent to services and content

� Huge variety of network technologies, devices and terminals

Proximitynetworkdomain

Share content, play

games

Enterprisedomain Send large documents,

virtual reality meetings

Homedomain

Share

Pictures

Mobile networkdomain

reality games

Mediaindustrydomain

Business ecosystems (products, services/content, value networks)

Download 3D-

movies

and entertainment

Consumer

The Internet of Services: questions for debate

• What will be the type/scope of services to be enabled in the Future Internet?

• How to ensure interoperability, scalability, and adaptability across the technology stack

• Are we going to see architectural tensions between the Telecommunications and IT cultures? What is going to be in the network, what in the service platform / application?


and IT cultures? What is going to be in the network, what in the service platform / application?

• Convergence: Will this lead to a repositioning of industrial players or opportunities for new players?

• Will Europe miss the opportunities of the service/network revolution?

• To place Software & Services at the centre of the Future of Internet

• To develop concepts and R&D strategies for the Internet of Services

Service and Software Architectures, Infrastructures

and Engineering

Services

Service & Systems Architecture

Complexity and dynamic composition

Service infrastructure

R&D Evolution


Services

Complexity

Open-development

Grids

FP5 FP6 FP7

Component based

SW Engineering

Architectures

Research in Software Technologies

MUSIC

SIMS OPUCE SMS

SELF

SODIUM

AMIGO INFRAWEBS

MADAM

PROMISE

SECSEWS2

TOSSAD

PLASTIC

STASIS

ASG

MIDASCOMET QUALIPSO

TRUSTCOM


R O A D M A P P I N GFassbinder, NessiSoft, 3S

R O A D M A P P I N GFassbinder, NessiSoft, 3S

MODELPLEX

VIDE

SELFMAN

CREDO

SHADOWS

FLOSSMETRICS

QUALOSS

SQO-OSS

COMANCHE

MODELWARE

RODIN

DEDISYS

GORDA

CALIBREEDOS

FLOSSWORLD

TOSSAD

REDSEEDS

EVOTEST

AMPLEMOMOCS AOSD

RODIN

PYPY

TEAM

TRUSTCOM

46 projects + 4 studies

275 M€ (Total investment)

168 M€ (EC funding)

525 Participants

Degree

AssessGridGridTrust

trust, securitytrust, security

Grid services, Grid services, business modelsbusiness models

ArguGridEdutain@

Grid

GridEconGridCoord

Nessi-GridChallengers

BeinGrid

supporting the Grid communitysupporting the Grid community

EC-GinBridge

Grid@Asia EchoGrid

international cooperationinternational cooperation

EU Funding: 130 M€

Research in GridTechnologies

12 %


DataminingGrid

data, knowledge, data, knowledge, semanticssemantics

OntoGrid

InteliGridK-WF Grid

Chemomen tum

A-Ware Sorma

platforms, user platforms, user environmentsenvironments

CoreGRID

virtual laboratories

UniGrids HPC4U

g-Eclipse

Gredia

GridComp

Grid4all

Provenance

ArguGridGrid

NextGRID

service

architecture

Akogrimo

mobile

services

BREIN

agents &

semantics

BeinGrid

business

experiments

XtreemOS

Linux based

Grid

operating

system

KnowArc

Specific support action

Integrated project

Network of excellence

Specific targeted research project

QosCosGrid

SIMDAT

industrial

simulations

BeinGrid

business

experiments

12 %

Challenge 1‘Pervasive & Trusted Network

& Service Infrastructures’


To define and develop the network and service infrastructure of the future

• Technological evolution of the networks• Availability of dynamic service platforms• Converged and interoperable network environments

….towards the next generation service infrastructure

Software and ServicesProjects resulting from Call 1

Engineering(complexity, dependability)

DEPLOY, S-CUBE,

Services

Users & service front-ends

SLA@SOI, SOA4ALL, Romulus, ADMIRE, SHAPE

Persist, ServFace, m:Ciudad, FAST, OPEN


DEPLOY, S-CUBE,Protest, Q-Impress,

ALIVE, COMPAS,

MANCOOSI,

MOST, DIVAInfrastructure/Virtualisation

Reference service architectureNEXOF-RA

RESERVOIR, IRMOS, SmartLM, STREAM, OMP

SLA@SOI, SOA4ALL, Romulus, ADMIRE, SHAPE

Support actions

NESSI 2010, Service Web 3.0, Flossinclude

MODELPLEXSELFMAN

MUSIC

SHADOWS

SIMS OPUCE SMS

FLOSSMETRICS

SELF

SQO-OSS

SODIUM

AMIGO INFRAWEBS

MADAM

PROMISE

SECSE

DEDISYS

WS2

CALIBREEDOS

FLOSSWORLD

TOSSAD

PLASTIC

EVOTEST

STASIS

ASG

MIDASCOMET QUALIPSO

PYPY

TEAM

TRUSTCOM

Software and ServicesPlanning future research in FP7

FP6FP7 – Call 1

FP7

WP 2009-10

Engineering(complexity,

dependability)

Users & service front-endsPersist, ServFace, m:Ciudad, ALIVE, OPEN


� Open Web consultation until March

� Workshops throughout winter

� Draft to ICT Committee in April

� Publication in November

MODELPLEX

VIDE

SELFMAN

CREDO QUALOSS

SQO-OSS

COMANCHE

MODELWARE

RODIN

GORDA

REDSEEDS AMPLEMOMOCS AOSD

RODIN

PYPY

DegreeDegree

DataminingGrid

DataminingGrid

data, knowledge, data, knowledge,

semanticssemantics

OntoGridOntoGrid

InteliGridInteliGridK-WF GridK-WF Grid

Chemomentum

Chemomentum

A-WareA-Ware SormaSorma

platforms, user platforms, user

environmentsenvironments

CoreGRID


CoreGRID


UniGridsUniGrids HPC4UHPC4U

g-Eclipseg-Eclipse

GrediaGredia

GridCompGridComp

Grid4allGrid4all

ProvenanceProvenance

AssessGridAssessGridGridTrustGridTrust

trust, securitytrust, security

Grid services, Grid services,

business modelsbusiness models

ArguGridArguGridEdutain@

GridEdutain@

Grid

GridEconGridEconGridCoordGridCoord

Nessi-GridNessi-GridChallengersChallengers

NextGRID

service architecture

NextGRID

service architecture

Akogrimo

mobile

services

Akogrimo

mobile

services

BREIN

agents &

semantics

BREIN

agents &

semantics

BeinGrid

business

experiments

supporting the Grid communitysupporting the Grid community

SIMDAT

industrialsimulations

SIMDAT

industrialsimulations

XtreemOS

Linux basedGrid

operating

system

BeinGrid

business experiments

BeinGrid

business experiments

KnowArcKnowArc

EC-GinEC-GinBridgeBridge

Grid@AsiaGrid@Asia EchoGridEchoGrid

international cooperationinternational cooperation

QosCosGridQosCosGrid

dependability)

DEPLOY, S-CUBE,Protest, Q-

Impress, FAST,

COMPAS,

MANCOOSI,

MOST, DIVA

Infrastructure/Virtualisation

Services

Reference service architectureNEXOF

RESERVOIR, IRMOS, SmartLM, STREAM,

OMP

SLA@SOI, SOA4ALL, Romulus, ADMIRE,

SHAPE

Support actionsNESSI 2010, Service Web 3.0, Flossinclude


Topics for future research

Services for theFuture Internet

Highly Innovative


The context

Future Internet

• Future Networks• Internet of things• Internet of Services• Media & 3D Internet• Security & Trust

ServiceFront Ends

Architectures& components

Virtualisation

ServiceEngineering

Verification

Open SourceSoftware

Industrial Commitment

Develop a visionary strategy for Software and Services driven by a common European Research Agenda where innovation and business strengths are reinforced.

Expected impact:• Standardisation, common service platform open standards• Improve EU competitiveness in S&S• Reduce sector fragmentation and align R&D efforts


• Reduce sector fragmentation and align R&D efforts• Openness: an open initiative mobilising SMEs, academia and industry• Address key R&D and policy challenges in S&S www.nessi-europe.com

The image cannot be displayed. Your computer may not have enough memory to open the image, or the image may have been corrupted. Restart your computer, and then open the file again. If the red x still appears, you may have to delete the image and then insert it again.



The image cannot be displayed. Your computer may not have enough memory to open the image, or the image may have been corrupted. Restart your computer, and then open

the file again. If the red x still appears, you may have to delete the image and then insert it again.



The image cannot be displayed. Your computer may not have enough memory to open the image, or the image may have been corrupted. Restart your computer, and then open the file again. If the

red x still appears, you may have to delete the image and then insert it again.



BEinGRID

Th

e C

has

mThe Bowling

Alley

Initial Market

The tornado

Main Street

Innovators EarlyAdopters

(visionaries)

EarlyMajority

(pragmatics)

LateMajority

(conservatives)

Laggards(skeptics)

“The mission of BEinGRID is to establish effective routes to foster the adoption of Grid

technologies across the EU and to stimulate research into innovative business models”


• the Future of Internet sees a clear convergence between Grid and Services Technologies ( or between Virtualisation and SOA)– BEinGRID business experiments results and lessons learnt will constitute important reference cases

innovative business models”

Success story?

– A significant investment for the Commission and for the partners

– Several industrial sectors participating– Telcos and services providers working together

BEinGRID bowling


– Telcos and services providers working together and with the end-users

– Complete value-chains participating– Academia, research institutes and technology transfer centres involved

– Results meaningful for industry

All ingredients for success are there: now it is time to start showing the initial achievements

A number of questions

– Evidence of GRID usability in Industry?

�population and use of

– Technological aspects


– Technological aspects

– Business models implications

– Legal issues

How can the lessons learnt with BEinGRID be translated into the future?

Our expectations

• Industrial adoption of new Grid technology is of paramount importance

• BEinGRID reference cases can


• BEinGRID reference cases can consolidate the industrial experience and provide evidence of the benefits

• If successful, we will promote this project as a success story of FP6

Conclusions

– Future Internet / Internet of Services• Supporting the service economy (70% of GDP in modern societies)


– Convergence; Not just IT!• Industrial & market revolution.A new opportunity for Europe

– Join us!• Grid: an Essential building block

Contact Information

European Commission Unit INFSO/D3 Software & Service Architectures and Infrastructures

e-mail: [email protected]


e-mail: [email protected]

Unit Web Site:

http://cordis.europa.eu/software-services

FP7: cordis.europa.eu/fp7/

BEinGRID: industrial cases for the Internet of Services?Villasante+%28EC%29...– 1 Mio specialists...

Documents

Transcript of BEinGRID: industrial cases for the Internet of Services?Villasante+%28EC%29...– 1 Mio specialists...