1"The views expressed in this presentation are those of the author and do not necessarily reflect the views of the European Commission""The views expressed in this presentation are those of the author and do not necessarily reflect the views of the European Commission"

Future Internet PPPObjectives 1.7 – 1.10

Dr Max Lemke, Deputy Head of UnitEuropean Commission - DG INFSO

New Paradigms and Experimental Facilities

ICT 2010Brussels, 29 September 2010

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four public - private partnerships

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Future Internet:

A Comprehensive EU Approach

Time to

Market

Technology Risk

FP7/PPP

Future Internet

•market oriented R&D•cost-efficiency•Common enablers•adaptation to specific demands, …

•large scale trials (using existing technology)

•service innovation

Piloting deployment

2-3 years 5-10 years

••• 3

•longer-term R&D •integration of new ICT & new ideas

•open platforms and interoperability

CIP/ICT PSP

FP7

4

1.6

FIR

E F

utu

re I

nte

rnet

Researc

h &

Experim

enta

tion

1.2 Internet of Services & Cloud Comp.

1.4

Tru

stw

ort

hy I

CT

1.3 Internet connected

Objects

1.5 Networked Media & Search Systems

1.1 Future Networks

Challenge 1 - ”Pervasive and Trusted Network and Service Infrastructures”

Futu

re I

nte

rnet

PPP

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FI Platformholistic/system

perspective/marketimpact

Making the world ‘smarter’ and accelerate sustainable innovation

Trade-offs:

Private/Public

Infrastructure

Openness

Regulation

EU

Policies

ICT technology research

Making Europe a world leader in Future Internet technologies

ICT applications research

FI PPP: leadership beyond R&D

+ user-driven

+ social benefit

- time to market

Application Pull

Technology push

European

Technology

Platforms

ICT Programme Challenge 1

Competitiveness

& Innovation

Programme

ICT-PSP

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FI PPP: not “business as usual”

Challenge 1 FI PPP CIP

networks

multimedia

software

IoT

Security

FIRE Holistic approach Innovation orientation Shorter time to market Industry driven Intertwined projects Program approach New players beyond ICT Leveraging previous results Leveraging public strengths User driven innovation

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FI PPP – a programme approach

programme facilitation and support

capacity building and infrastructure

use case scenarios and trials

technology foundation

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FI PPP – The core principle

Future Internet

Smart Energy Smart Living

Smart TransportSmart Health

General-purposeCommunication

and Service (Core)

Platform

Domain-specific

Domain-specific

Domain-specific

Domain-specific

Domain-specific

Domain-specific

Balance of technology push & application pull

– Core platform activities driven by ICT technology providers

– Usage area activities driven by usage area actors

– Capacity building activities influenced by innovation ecosystem stakeholders (public and private, e.g. smart cities)

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Architectures

Available information

Open to integration, evolution(possibly by 3rd parties)

Standards on all levels

Understandable, shared definition

Accepted by the various actors

Public and open definition process

Markets

Open to several possible implementations

Open market for products and services

Implementation

approaches

Application

domains

Arc

hitectu

ral

featu

res

Sta

ndard

specific

atio

ns

OPEN

Three dimensions of openness

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SME Innovation

3rd Call

Use Case

Expansion

Phase

Call 3

TF Continuation (IP)

Up to 5 Trials

Call 2

Obj 1.8 Use Case Trials (IP)

Obj 1.8 Use Case Trials (IP)

Obj 1.9 Capacity Building (IP)

Obj 1.7 Technology Foundation (IP)

Up to 8 Use Case Scenarios

Obj 1.9 Capacity Building & Infrastructure (CSA)

Obj 1.8 Use Case Scenarios (IP)

Obj 1.8 Use Case Scenarios (IP)

Obj 1.8 Use Case Scenarios (IP)

Call 1

Obj 1.10 Programme Facilitation & Support (CSA)

20112010 2012 2013 2014 2015

Phase 3Phase 1 Phase 2

Programme Architecture

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Technology Foundation: FI Core Platform

• Generic, trusted, open platform

• Capabilities and functionalities for • upgraded network • information processing • sensor networks coupled to the Internet• versatile service infrastructure • real-time application• trust and identity• ad-hoc aggregation of resources

through open interfaces, API, SDK

• Functionalities depend on the requirements of the use case scenarios

• Generic enablers key feature in developing functionalities

• Build on existing research results and considering:– system view– integration– adding missing components

• Re-usable/composable in multiple usage contexts

• 3rd party access under fair and open conditions (FRAND)

One IP (41 MEuro, 3 years) covering Phases 1 and 2:

• 30% flexible budget for meeting use case needs• system design• early prototyping• early implementation and validation

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Use Case Scenarios and Early Trials

• Use cases with high social and economic impact

• Vertical application scenarios:

– with enhanced efficiency, sustainability, performanceby tighter integration with advanced Internet capabilities

– leapfrogging advanced internet technologies, such as

• context awareness and sensor networks

• advanced real time information processing

• handling huge volume of data

• ad-hoc service composition and mash ups

• managed broadband connectivity and services

• embedded media support

• Identification of generic versus specific enablers (collaboration with TF)

Phase 1 (competitive)

• Up to 8 IPs (5 MEuro, 2 years) with broad coverage

• specification of use cases & scenarios

• identification of generic and specific enablers

• conceptual prototypes

• Phase 2 implementation plan

Phase 2 (competitive)

• Up to 5 IPs (13.5 MEuro, 2 years) with 10% flexible budget (local business ecosystems)

• working experimentation sites with generic and specific enablers available

• selected test applications implemented

• validation of openness and versatility of the core platform

• planning phase 3

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Obj 1.7 Technology Foundation (IP)

Obj 1.8 Use Case Scenarios (IP)

Obj 1.8 Use Case Scenarios (IP)

Obj 1.8 Use Case Scenarios (IP)

Up to 8 Use Case Scenarios

Programme DependenciesU

se c

ase s

pecific

ations

1

Define generic enabler and develop generic functionalities2

Generic p

latf

orm

functionalit

ies

3

Develop domain specific platform instantiation – based on 4

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FI-PPP: Pilot Architecture

Use Case A

Use Case B

Use Case C

Use Case DPilot B.2

Pilot B.1

Pilot B.3

Pilot B.4

Pilot A.3

&

Pilot C.2

• Geographically dispersed

but some co-locations

considered useful

• No pilot is an island

• Existing local ecosystem -

nucleus from which to grow

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• Leverage existing public investments in advanced infrastructures

– to support large scale and diverse experiments

– to demonstrate versatility of the core platform

– to support testing across a multiplicity of heterogeneous trials and use cases

• Examples for infrastructures

– GEANT and National Research and Education Networks

– FIRE - Future Internet Research & Experimentation

– Advanced city and regional infrastructures

• Establish partnership agreements

• Complementary to Use Case infrastructures

Capacity Building & Infrastructure Support

Phase 1• one CSA (3 MEuro, 3 years) overlapping

with phase 2• identify candidates for experimental

infrastructures for large scale experimentation

• repository of infrastructures• identify operational constraints and draft

partnership agreement across the programme

Phase 2• one IP (12.5 MEuro, 2 years)• integration of infrastructures for cross-

cutting phase 2 and 3 trials as needed • adaptation, upgrade, validation of

infrastructures for phase 3• assembly of a pan-European federation

to support application mash-up

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Programme Facilitation and Support

• Establish the adequate mechanisms for collaborations between projects– boards and advisory structure– day-to-day management support– synchronisation & management of dependencies – mechanisms for conflict resolution– progress monitoring

• Key performance indicators & success criteriato analyse the progress and achievements of the FI PPP.

• Co-ordination of standardisation and assurance of openness– certification programmes– strategic contribution to international standardisation– programme-level IPR regime

• SME-oriented measures– towards ecosystems for trials in Phases 2 and 3– awareness, training and incentive schemes

• Contribution to policy and regulatory discussion– operation of the FI framework to be developed– towards an internal market for e-services

• Public Relations– programme-wide PR strategy– individually address all relevant target audiences – coordinate common dissemination actions

One Support Action covering Phases 1 to 3 (6 MEuro, 5 years)

• facilitator for collaboration

• in support of and complementary to the EC management, monitoring and review processes

• ensuring coherent and non-disruptive management support

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Some reflection on characteristics of a use case in the FI PPP

1. Innovation on the application side2. Realism in terms of large scale trials in 3-5 years3. Need for advanced Internet functionality

• beyond the existing Internet• validating the PPP core platform concept

4. Synergies with other use areas proving value and potential of core platform, e.g.

• Sharing of data (e.g. from sensors)• Services and application mash up• Common devices and infrastructures

5. Possibility for provisioning and upgrading of experimentation infrastructures for phases 2 & 3

6. Relevance to EU policies, e.g. EU Digital Agenda• high social and economic impact

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Call 1 (20 July – 2 December 2010) – budget 90 MEuro

Technology Foundation (one IP, 41 MEuro, 3 years, 30% flexible)

Use Case Scenarios – Phase 1 (7-8 areas, IP, 5 MEuro, 2 years)

Capacity Building (one CSA, 3 MEuro, 3 years)

Programme support (one CSA, 6 MEuro, 5 years)

Call 2 (18 May – 29 October 2012) – budget 80 MEuro

Use Case Scenarios Pilots – Phase 2 (5 areas, IP, 13.5 MEuro, 2 years, 10 % flexible)

Capacity Building (one IP, 12.5 MEuro, 2 years)

Call 3 (later 2013) – budget 130 MEuro

Devoted to the expansion and enlargement of many testbeds and pilots (several areas, ~100 MEuro, 2 years)

Implementation Roadmap

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Further Information

Next Key Events 2010/11:

• 20-22 October – Tampere, 3rd

EU-Japan Symposium on Future Internet

• 29 Nov – 1 December - Tokyo, IoT2010

• 16-17 December – Ghent, 6th

FIA Conference

• 17-19 May – Budapest, 7th FIA Conference

Sites to drill further:

• ec.europa.eu/foi – read about the many activities the EC undertakes on Future Internet

• www.future-internet.eu –The European Future Internet Portal – the community site

• cordis.europa.eu/ict/ch1 –Ongoing European FI research & development activities