Horizon 2020 Info Day - European...
Transcript of Horizon 2020 Info Day - European...
Dr. Max Lemke
Head of Unit
DG CONNECT – A3 European Commission
Horizon 2020 Info Day ICT 1, FoF 11, ICT 4, FoF 12, FoF 13
Brussels, 1 December 2015
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Outline
• Digitising European Industry
• Implementation through Horizon 2020 WP 2016/17
Action Line 1 - Innovation Hubs: FoF 12: I4MS-ICT Innov. for Manuf. SMEs–Phase 3, 33M€, Jan 17 ICT 4: Smart Anything Everywhere – Phase 2, 25.5M€, Nov 16
Action Line 2 – Platforms FoF 11: Digital Automation, 51M€, Jan 16
• Horizon 2020 WP 2016/17 topics in broader context
FoF 13: Photonics Laser-based Production, 30M€, Jan 16 ICT 1: Cyber-physical Systems, 20M€, April 16
Value creation from digitisation: Products, Processes and Business models
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"Digital inside": Innovations in all types of products
• Smart connected objects powered by e.g.
Sensors, wearables, embedded software, Connectivity, Big data, Cloud …
• Large opportunities in all sectors (Non-tech, high-tech, SMEs, etc)
Digital transformations of processes
• From logistics and product design to automations
Increasing resource efficiency, productivity, ..
Built on CPS, IoT, digital design, robotics, laser technologies, big data,..
Radical/disruptive changes in business models
• Blurring the boundaries (products-services), reshuffling value chains
XaaS, 3D Printing & customisation, CRMs, maintenance
added value services
Built on real time information, data analytics, etc.
Products Services
ICT sector
Products Services
ICT sector
The trend
Electronic Components
ICTdevices
~40% of Added Value
~50% of Added value
~40% of Added Value
~35% of Added Value
The 'digital inside' value chain
Critical Value chains
Digital process innovation in manufacturing
Robotics and automation
Modelling, Simulation, Analytics and big data Cyber-physical systems and IoT for
process (chain) optimisation
Laser-based manufacturing
Digital transformation of industry: What is the situation?
Strong digitisation in high tech industries and in some MSs.
Slowness and disparities in adopting digital solutions across industries and regions: SMEs and non tech sectors lag behind
New competition from non-EU on-line platform owners
Lack of standards and interoperable solutions
Fragmentation of effort in Europe
Skills and re-skilling of work force
Legislative and regulatory gaps
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Overview of Digital Manufacturing Initiatives across Europe
Germany Industrie 4,0 Smart Service World Autonomik fur Industrie 4.0 It's OWL (Ostwestfalen-Lippe) Allianz Industrie 4.0 (Baden-
Württemberg)
NetherlandsSmart Industry
France Usine du Futur FoF Ile-de-France
United Kingdom High Value Manufacturing Innovate UK Action Plan for Manufacturing (Scotland)
SpainEstrategia Fabricacion Avanzada(Basque region)
Italy Fabbrica Intelligente Ass. Fabbr. Intell. Lombardia
SwedenProduktion 2030
Belgium Made Different Flanders Make/iMinds (Flanders)
EU-level Initiatives Application PPPs: FoF, SPIRE I4MS Smart Anything Everywhere ICT PPPs
Multi-region Initiatives Vanguard
AustriaProduktion der Zukunft
PortugalProdutech
European CommissionDG CONNECT, Unit A3, ML
European initiatives are in redNational initiatives are in blueRegional initiatives are in green
Finland FIMECC PPP Programmes
(MANU, S-STEP, SIMP, S4FLeet)
Industrial Internet Business Revolution
IoT pilot Factory (IoT PFF)
GreeceOperational Programme in Region Western Greece
Poland INNOMOTO INNOLOT Digital manufacturing for the SME
(Mazovia)
Digitising European Industry: Proposal for four key lines of action
Speech of Commissioner Oettinger
at Hannover Fair on 14 April 2015
• Europe's future is digital: Digitising European Industry: Proposal of four key lines of action
• Focus actions on digital transformation of ALL industry
• complementing our efforts on a Digital Single Market and on broadband investment
High-level Roundtables with Commissioner Oettinger
• Member States and industrial representatives welcomed EU plans and confirmed the need for action on EU scale
Next steps/plans:
• EU policy/strategy announcements in Spring 2016
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Develop Policy – Make it Happen
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Policy Development for Digitising European Industry
• Broad consultations with stakeholders
• Policy announcement planned for Spring 2016
Make it Happen – Starting Point:
• EU Schemes
• National initiatives
…
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Outline
• Digitising European Industry
• Implementation through Horizon 2020 WP 2016/17
Action Line 1 - Innovation Hubs: FoF 12: I4MS-ICT Innov. for Manuf. SMEs–Phase 3, 33M€, Jan 17 ICT 4: Smart Anything Everywhere – Phase 2, 25.5M€, Nov 16
Action Line 2 – Platforms FoF 11: Digital Automation, 51M€, Jan 16
• Horizon 2020 WP 2016/17 topics in broader context
FoF 13: Photonics Laser-based Production, 30M€, Jan 16 ICT 1: Cyber-physical Systems, 20M€, April 16
Digitising European Industry - Growing the Ecosystem: Action Line 1 - Reaching out to every Region in Europe
Regions/MSs with initiatives
Establish catalogue of initiatives EU-wide
Reinforce links between initiatives
Concentrate EU funding on x-border actions
Other regions (e.g. less developed)
Establish digitial innovation hubs
Co-fund hubs thru ESIF et al
Digitising European Industry Strategy proposed by Commissioner Oettinger
Leitmotiv: Ensuring that every business in Europe can fully benefit from digitial transformation
Action Line 1: One world-class digital innovation centre in every region in Europe
Planned Launch: Before summer 2016
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Organically Growing the Ecosystem Launch I4MS Mentoring and
Sponsorship Programme (2M€)
Bootstrap ~25 Innovation Hubs in non-I4MS Regions
Call for EoI 11/2015- close 3/2016
3rd party contracts to potenial hubs
Link smart specialisation to I4MS competences
Best Practice feasibility studies
Link to local funding (ESIF et al)
First Steps in Making it Happen
Max Lemke, European Commission, CONNECT-A3
in a nutshell
Objective: Enhancing digital transformation in manufacturing SMEs and mid-caps
Phase 1 + 2: 75 + 35 M€ of EU funding 7 + 4 large projects 40 + 30 competence centres 140 + 80 experiments 22 Members States and Ass. Countries Focus on 4 areas of ICT adoption in the FoF:
HPC cloud-based modelling, simulation and analytics services
Industrial robotics systems Laser-based manufacturing Smart sensors systems, CPS and IoT
I4MS is part of the Factories of the Future PPP
FoF 12 = I4MS phase 3
ICT 4 – 2017: Smart Anything Everywhere Initiative (SAE Initiative)
Stimulate the development of the next wave of products with digital technologies inside
Challenge is to accelerate the design, development and uptake of advanced digital technologies by European industry, especially SMEs and mid-caps, in products that include innovative electronic components, software and systems.
www.smartanythingeverywhere.eu
ICT 4 - Smart Anything Everywhere
LEIT ICT 2 2016 Thin,
Organic and Large Area Electronics
20 M€
Call Deadline 12 April 2016
Call Deadline 8 November
2016
LEIT ICT 1 2016
Smart Cyber-
Physical systems 20 M€
LEIT ICT 3 2016
SSI – Smart System
Integration
18,5 M€
LEIT ICT 4 2017 Smart Anything Everywhere – Wave 2
(cutting across four areas of technologies) 25,5 M€
Call Deadline 25 April 2017
LEIT ICT 5 2017
Customised and low energy
computing 26 M€ R
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Outline
• Digitising European Industry
• Implementation through Horizon 2020 WP 2016/17
Action Line 1 - Innovation Hubs: FoF 12: I4MS-ICT Innov. for Manuf. SMEs–Phase 3, 33M€, Jan 17 ICT 4: Smart Anything Everywhere – Phase 2, 25.5M€, Nov 16
Action Line 2 – Platforms FoF 11: Digital Automation, 51M€, Jan 16
• Horizon 2020 WP 2016/17 topics in broader context
FoF 13: Photonics Laser-based Production, 30M€, Jan 16 ICT 1: Cyber-physical Systems, 20M€, April 16
Action Line 2: European Leadership in Digitial Industrial Platforms
Not only:
• Stakeholder groups = Plattform Industrie 4.0, European Technology Platforms (ETPs)
• Technological platforms = middleware, reference architectures, toolboxes, …
More comprehensive:
• Economical definition: Multi-sided market gateways creating value by enabling interactions between two or more complementary customer groups
• Innovation definition: Reference architecture/implementation with an innovation ecosystem triggering broad value creation
• Examples - On-line Platforms with proprietary kernels
• Google: People who search - advertisers
• Apple/Android: People who buy a phone - developers of apps
• Amazon Marketplace: People who search a product - companies selling products
• Examples – Open Industrial Platforms => collaborate on integration – compete on components and functionality
• AUTOSAR: Standardized architecture for embedded automotive SW and HW easing cooperation between car manufacturers, suppliers and IT developers
• ISOBUS: communication/data exchange between tractors, land machines, mobility and control SW emerging ecosystem of agricultural OEMs, suppliers, seed companies, IT/big data companies
• CRYSTAL: ARTEMIS/ECSEL supported platform for safety-critical systems building on on EU leadership on safety-/time-critical systems, cutting across rail, automotive, aerospace, health sector, involving several groups of market actors across the value chains
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Platforms - What are we talking about?
3rd Dimension
Value chain
Fu
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Sectors
Computing
Autonomous systems/Sensing
Big Data
Safety-critical Systems
Marketplace
IoT/Connectivity
Bu
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Au
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Mob
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En
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Man
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Digital Industrial Platforms:
A Simple Model
Ag
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AU
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CRYSTAL
ROS
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AIoTI IIRA
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AL2 – Platforms: Key Analysis and Principles (1)
Time is crucial: overlap all stages of platform building
Constituency building
Reference architecture development
Reference implementations
Test-beds
Demonstration and validation
Standardisation in international standardisation bodies
Build alliances to increase weight and scale
With competitors – agree on what to collaborate / compete on
Vertically across the value chain
Horizontally across industrial sectors
Between industry and RTOs/academia
Open platform approaches
Do not start from scratch
Integration of legacy
peer-to-peer integration with other platforms
allowing for proprietary components/systems to be part
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Choose quasi-standardisation approaches
getting on-board key actors on each level of the value chain
But not trying to agree everything with everybody
Build on EU strengths
in vertical sectors such as auto, energy, agro-food, manufacturing,…
exploit synergies + integrate horizontally increasing weight/scale
"bring engineering excellence to the digital world" (EU strength) as opposed to "bringing digital innovation to the physical world (US strength) (INBENZHUB4.0 Studie)
Follow in parallel all issues relevant for ecosystem building
Identify any need for regulation
Skills development
Infrastructure needs
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AL2 – Platforms: Key Analysis and Principles (2)
FoF-11-2016: Digital automation
1. Collaborative manufacturing and logistics
2. Novel architectures for factory automation
Reference implementations of platforms AND Multi-sided market ecosystem AND User-driven proof-of-concept demonstrations & validation in several different scenarios: e.g. through testbeds AND Outline business case and industrial exploitation strategy
RIA 100%
Outline
• Digitising European Industry
• Implementation through Horizon 2020 WP 2016/17
Action Line 1 - Innovation Hubs: FoF 12: I4MS-ICT Innov. for Manuf. SMEs–Phase 3, 33M€, Jan 17 ICT 4: Smart Anything Everywhere – Phase 2, 25.5M€, Nov 16
Action Line 2 – Platforms FoF 11: Digital Automation, 51M€, Jan 16
• Horizon 2020 WP 2016/17 topics in broader context
FoF 13: Photonics Laser-based Production, 30M€, Jan 16 ICT 1: Cyber-physical Systems, 20M€, April 16
ICT 1 - Smart Cyber-Physical Systems
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Photonics
Cyber-Physical Systems (ICT1)
ECSEL (Joint
Technology Initiative)
Low power Computing
Internet of Things
CPS in Manufacturing
Following ARTEMIS-IA
Agenda
Robotics…
5G
Big Data
EPoSS IA SRA
AENEAS SRA
EFFRA SRA
Cloud
ITEA: Software Intensive Systems Societal Challenges
Member States
Initiatives
Two complementary modes of implementation
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Implementation in JTI
Implementation in H2020
Inte
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f in
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Industrially-driven R&D
Capital-intensive R&D&I,
Pilot lines, Demonstrators / Applications
Pan-European Innovation: Take-up,
Assessment, Infrastructure, Design services
Advanced R&D
THANK YOU Digitising European Industry: https://ec.europa.eu/digital-agenda/en/digitising-european-industry Digital Agenda for Europe – Components and Systems: https://ec.europa.eu/digital-agenda/en/science-and-technology/components-systems DG CONNECT (Communications Networks, Content and Technology): http://ec.europa.eu/dgs/connect/index_en.htm Horizon 2020 on the web: http://ec.europa.eu/research/horizon2020/index_en.cfm ICT Innovation for Manufacturing SMEs: i4ms.eu Structural Funds 2014-2020 and Smart Specialisation: http://ec.europa.eu/regional_policy/index_en.cfm
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