20081010 Future Internet in the FP7 ICT Work Programme

ICT Summit 2008, Lugano

Future Internet

What are YOU going to do with it?

Arian ZwegersEuropean Commission

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


What is the Future Internet?


What does the Future Internet look like?

Sources: 3GPP, 3GPP2, Qualcomm, WiMAX Forumhttp://www.alexandria.unisg.ch/EXPORT/DL/38496.pdf

http://www.itu.int/osg/spu/publications/internetofthings/Second Life

Internet of Services, Service Web

Networks of the Future

3D Internet

Internet of Things

Trust

Security


What does the Future Internet look like?

Sources: 3GPP, 3GPP2, Qualcomm, WiMAX Forumhttp://www.alexandria.unisg.ch/EXPORT/DL/38496.pdf

http://www.itu.int/osg/spu/publications/internetofthings/Second Life

Internet of Services, Service Web

Networks of the Future

3D Internet

Internet of Things

Trust

Security

Conway’s Law: “organisations which design systems are constrained to

produce systems which are copies of the communication structures of these

organisations” (1968)


Overview

• General• Viewpoints

– Networks – (Contents, Media)– Services– Things– (Trust, Security)– (Experimental Facilities)

• For each of the viewpoints– Internet developments– Problems and opportunities– Work Programme 2009-10

• Conclusions


World Internet Penetration Rates by Geographic Regions

579 / 3,776

385 / 800

248 / 337

20 / 34

139 / 576

42 / 197

51 / 955


Current/emerging problems and opportunities

• Current Internet was never designed to be a critical part of an economy’s infrastructure

• Net-delivered services are reshaping the world (search, media, games, social networking, etc.)

• Tripling of the number of people connected (1 3 B)• Addition of billions—perhaps even hundreds of

billions—of devices (sensors, tags, micro controllers)• User generated content leads to a massive increase

of creative flow of content and processes• Balance the perceived need for control with the

creativity that spawns innovation—and profit?• Towards tethered appliances or generative

technology?


Are WE going to act or not?

Framework Programmes


International Co-operation

Science in Society

Research Potential

Regions of Know- ledge

Research for the benefit of SMEs

Research Infrastruc- tures

CAPACITIES

Marie Curie ActionsPEOPLE

European Research CouncilIDEAS

9. Space

8. Socio-econom

ic Research

7. Transport

6. Environment

5. Energy

4. Nano, M

aterials, Production Techn.

3. ICT

2. Food, Agriculture

Biotechnology

1. Health

CO

OPER

ATIO

N

7th Framework Programme (2007-2013)

http://cordis.europa.eu/fp7/

€ 32 B

€ 7.5 B

€ 4.7 B

€ 4.2 B

10. Security


ICT Work Programme 2009-2010 ~2 B€ total

Futu

re a

nd E

mer

ging

Te

chno

logi

es

Cognitive Systems, Interaction, Robotics

Network and Service Infrastructures

Components, Systems,Engineering

Digital Libraries and Content

Towards sustainable and personalised healthcare

ICT for Mobility, Environmental Sustainability and Energy Efficiency

ICT for Independent Living, Inclusion and Governance

Socio-economic goals

Tech

nolo

gy ro

adbl

ocks

ETPs

i2010 Flagships


Challenge 1 “Pervasive and Trustworthy Network and Service Infrastructures”

1.1 Network of the Future

1.6 Future Internet experimental facility and experimentally-driven research

1.2 Internet of Services, Software and Virtualisation

1.4

Tru

stw

ort

hy

ICT

1.3 Internet of Things and Enterprise

environments

1.5 Networked Media and 3D Internet

The Future Internet

Call 480 MEuro

Call 4110 MEuro

Call 537 MEuro

Call 5110 MEuroCall 5

90 MEuro

Call 550 MEuro

Call 580 MEuro


1995 2000 20102005 2015

Standard IEEE 802.16e deployment Wimax

3G evolutionNGMN 3G LTE deployment

World Radio Conference

standardization deployment4G SystemsR&D – early Trials

R&D – early TrialsStandardization IMS/SIP TISPAN

BT announces 21 CN, first massive NGN deployment plan

NGN

US 09/11, reflection on Internet Security

R&D – early Trials - Testbeds

Deployment ?Future Internet

3G R&D – early Trials

3G STDMultiple 3G releases

Standardization?

Networks Technology evolution: citius, altius, fortius

• Ever increasing data rates• More and more going mobile


Networks Problems and opportunities (1/2)

• Choking of networks– Need for ever higher end-to-end data rates– Need to overcome segmentation of access and core networks

Converged infrastructures in support of Future Networks (CP)

Ultra high capacity optical transport/access networksConverged service capability across heterogeneous access

• Issues with radio access networks– Limited spectrum availability– Many different radio access technologies

Spectrum-efficient radio access to Future Networks (CP)

Next-generation mobile radio technologiesCognitive radio and network technologiesNovel radio network

Obj 1.1 Instruments: IP, STREPCall 4 Budget CP: 110 M€, min. 50% to IPs


Networks Problems and opportunities (2/2)

• Structural limitations of the current Internet architecture – More applications, devices, and edge networks to be supported– Original architectural principles are violated– ISPs put in place traffic shaping to optimize network use– Net neutrality debate – no gain, no pain– Architectural ossification

Future Internet Architectures and Network Technologies (CP)Novel Internet architectures and technologies Flexible and cognitive network management and operation frameworksNote: migration paths and coexistenceNote: clean slate or evolutionary approachesNote: third country partnership

• Lack of coordination of current and future researchCoordination/Support actions and Networks of Excellence (CSA, NoE)

Obj 1.1 Instruments: IP, STREP, NoE, CSACall 5 Budget CP: 71 M€, min. 50% to IPs

Budget NoE: 6 M€80 M€ Budget CSA: 3 M€


Individual

Connected

Inside

Leve

l of I

nter

actio

n

Time

• Virtual World Platforms• Confluence of trends• New business perspectives

Contents Level of interaction increases: Experience IT


Contents Problems and opportunities (1/2)

• Opportunities in offering multimedia content and services – Taking into account user contexts– Taking into account network and device characteristics– Distribution of graphics content and processing between network and terminals

Content aware networks and network aware applications (CP)– Architectures and technologies for converged and scalable networking and delivery

of multimedia content and services– Maintaining the integrity and quality of media across media life cycle

• 3D Internet open issues– Performance issue, high demand for processing power, graphics engines, bandwidth– Need for new classes of protocols, development tools, modelling and simulation– Multiple identities – Interaction virtual worlds and integration with business – Opportunity: adoption of virtual workplaces by industry?

3D Media Internet (CP)– Architectures and technologies for Future Media Internet

and 3D processing – Technologies for 3D content representation– Architectures and technologies ensuring that 3D augmented

worlds are tightly coupled to the physical world


Contents Problems and opportunities (2/2)

• Open issues in mobile search– Future user and service requirements including ubiquitous access (fixed/mobile)– Handling the context of search (e.g. geographical awareness)– Addressing search as a packaged offer, integrated with networked services– Capturing the semantic aspects of search

Networked search and retrieval (CP)– Networked technologies and architectures with repositories and cached content – Adaptive technologies based on relevance or contextual and user feedback

• Opportunities in TV– TV definitely goes digital, High Definition, and Internet– TV might go IPTV, and broadcasting might go to handhelds, but business models

are uncertain– Beyond the horizon is 3D Television, digital cinema directly to the home, and

SuperHiVisionImmersive media experiences beyond HDTV and electronic cinema (CP)

• Lack of coordination of current and future research effortsNetworks of Excellence (NoE)Support measures (CSA)

Obj 1.5 Instruments: IP, STREP, NoE, CSACall 4 Budget CP: 70 M€, min. 50% to IPs

Budget NoE: 6 M€80 M€ Budget CSA: 4 M€


Services Connected IT services: Fit for active service?

Adapted from SAP Research, 2008, and SEEKDA, 2008Number of Web services found by SEEKDA

crawler during the past 25 months

A multitude of connected IT services, which are offered, bought, sold, used, repurposed, and composed by a

worldwide network of service providers, consumers, aggregators, and brokers

- resulting in -

a new way of offering, using, and organising IT supported functionality


Services Problems and opportunities

• Issues with service architectures and platforms– Existing web-based service front-ends are based on monolithic, inflexible, non-

context-aware, non-customizable and unfriendly UIs– How to deal with many, many diverse services?– How to manage many, diverse underlying hardware and software resources?

Service Architectures and Platforms for the Future Internet (CP)– Service front ends– Open, scalable, dependable service platforms, architectures, and specific platform

components– Virtualised infrastructures

• Issues with very large, dynamic, open service networks– From design time to run-time– Quality of open systems without fixed system boundaries– Opportunities with open source software and service engineering?

Highly Innovative Service / Software Engineering (CP)– Service / Software engineering methods and tools– Verification and validation methods, tools and techniques – Methods, tools and approaches specifically supporting the development,

deployment and evolution of open source software• Lack of coordination of current and future research efforts

Coordination and support actions (CSA)

Obj 1.2 Instruments: IP, STREP, CSACall 5 Budget CP: 107 M€, min. 50% to IPs110 M€ Budget CSA: 3 M€

ICT


Things Connected stuff: what your beer tells your phone

• Connecting objects and locations in the real world to information on the web

• Pervasive computing, wearable computing, Smart dust, Machine-to-Machine (M2M) communication

http://images.google.fr/imgres?imgurl=http://www.boreally.org/photographies/sports/sport-marathon-paris-2007-poursuivants.jpg&imgrefurl=http://www.boreally.org/fr/photographies/sports/sport-marathon-paris-2007-poursuivants-300.html&h=433&w=650&sz=184&hl=fr&start=1&tbnid=z055Hz3_wpBIPM:&tbnh=91&tbnw=137&prev=/images%3Fq%3Dmarathon%2B%26gbv%3D2%26hl%3Dfr


Things Problems and opportunities

• Open issues in linking the physical and virtual worlds– Current architectures do not allow a wide range of application scenarios– Governance– Standards– Spectrum

Architectures and technologies for an Internet of Things (CP)– Architectures and technologies using information from the virtual and

physical worlds and allowing action on the physical world– Optimised technologies covering distribution of intelligence– Architectural models enabling an open governance scheme of the

Internet of Things– Note: third country partnership

• Opportunity to use Future Internet technology in networked businessFuture Internet based Enterprise Systems (CP)

• Lack of coordination of current and future research effortsInternational co-operation and co-ordination (CSA)

Obj 1.3 Instruments: IP, STREP, CSACall 5 Budget CP: 35 M€, at least 2 IPs37 M€ Budget CSA: 2 M€


Trust, Security On the Internet, nobody knows you’re a dog

• World view original Internet design– Cooperating administrators and mutual trust– Receiver is willing to receive whatever the sender

is sending• But

– Spam, phishing, botnets, malware, virus etc– Lack of trust leads to opportunity and transaction

costs• Current architectures are open to security

breaches, privacy invasion and identity theft


Trust, Security Problems and opportunities (1/2)

• Security in Network Infrastructures– Limited resilience of and across heterogeneous

networks– Security as an add-on– Limited data gathering and analysis for understanding

and preventing cyber threatsTrustworthy Network Infrastructures (IP)– Trustworthy network infrastructures as well as

communication, computing and storage infrastructures – Trustworthy platforms and frameworks for

autonomously monitoring and managing threats

– Note: attention to usability, societal acceptance, and other aspects


Trust, Security Problems and opportunities (2/2)

• Security in service infrastructures– Need to assure security level, privacy, and regulatory

complianceTrustworthy Service Infrastructures (IP)– Trustworthy and privacy protecting service systems,

platforms and infrastructures– Interoperable frameworks for identity management– Note: attention to usability, societal acceptance, and

other aspects• Various security concerns and enabling technologies

Technology and Tools for Trustworthy ICT (STREP)• Lack of coordination of current and future research

Networking, Coordination and Support (NoE, CSA)

Obj 1.4 Instruments: IP, STREP, NoE, CSACall 5 Budget CP: 80 M€, min. 50% to IPs90 M€ Budget NoE, CSA: 10 M€


Experimental facilities Problems and opportunities

• Need to support research on the Future Internet (technologies and services), allowing for: – Large scale experimentation– Experimentation with systems based on cross-layer or

non-layered approaches – Direct involvement of user communities– Multidisciplinary experimental research – Assessing socio-economic impact of Internet changes

Building the Experimental Facility and stimulating its use (IP)– FIRE Components– FIRE Users

Experimentally-driven Research (STREP)Coordination and Support actions (CSA)

Obj 1.6 Instruments: IP, STREP, NoE, CSACall 5 Budget CP: 45 M€, 25 M€ IPs, 20 M€ STREPs50 M€ Budget CSA: 5 M€


Timetable

• Publication WP2009-10 in November 2008• FP7-ICT Proposers' Day 2009

– Budapest, 22 January 2009• Preparatory workshops and information

days– Different Objectives, different approaches

• Call 4– Publication: 18 November 2008– Submission deadline: 7 April 2009

• Call 5– Publication: June 2009– Submission deadline: 22 September 2009???

http://ec.europa.eu/information_society/events/budapest_2009/index_en.htm


Future Internet Bled conference 31 March – 2 April 2008

• Bled declaration–Signed by 76 Challenge 1

projects from call 1 and 2–Various aspects of Future

Internet–How to continue towards

Madrid, Dec 2008?• Future Internet Assembly

http://www.fi-bled.eu


ICT 2008 Lyon 25-27 November 2008

http://ec.europa.eu/information_society/events/ict/2008/index_en.htm


Future Internet Assembly – ServiceWave Conference

Madrid, 9-13 December 2008

http://www.fi-madrid.eu, http://www.servicewave.eu


Conference ”The Future of the Internet”

Prague, 11-13 May 2009


And now what?

WE have a problem!What are YOU going to do about it?


Call for Action

• Participate in the debate– Participate in preparatory workshops– Update research lines– See the whole elephant– Consider submission of proposals

• Familiarise yourself with ongoing research– Participate in ICT 2008– Have a look at Future Internet websites– Attend information days– Know the key players

• “The Future Internet is OUR future”


For More Information ...

FP7http://cordis.europa.eu/fp7/http://cordis.europa.eu/fp7/ict/

Future Internethttp://ec.europa.eu/foihttp://www.future-internet.eu/

Draft Work Programmehttp://www.senternovem.nl/mmfiles/FP7-

ICT%20Workprogramme%202009-10%20V10-09- 08_tcm24-282010.pdf

ICT Proposers’ day, 22 January 2009, Budapesthttp://ec.europa.eu/information_society/events/budapest_2

009/index_en.htm

[email protected]

FP7http://cordis.europa.eu/fp7/http://cordis.europa.eu/fp7/ict/

Future Internethttp://ec.europa.eu/foihttp://www.future-internet.eu/

Draft Work Programmehttp://www.senternovem.nl/mmfiles/FP7-

ICT%20Workprogramme%202009-10%20V10-09- 08_tcm24-282010.pdf

ICT Proposers’ day, 22 January 2009, Budapesthttp://ec.europa.eu/information_society/events/budapest_2

009/index_en.htm

[email protected]

20081010 Future Internet in the FP7 ICT Work Programme

Technology

Transcript of 20081010 Future Internet in the FP7 ICT Work Programme