CREATE the Next Generation IoT eXperience for the Future European - PowerPoint PPT Presentation

CREATE the Next Generation IoT eXperience for the Future European Industry Partnership Collaborative Event Strategic Directions and Research Priorities. Amsterdam, April 17 th 11:20 EFFRA Roadmap and Connected Factories 2025 pathways materialization Sergio Gusmeroli sergio.gusmeroli@polimi.it

European Factories of the Future Research Association (EFFRA) Who We Are ▪ Industry-led association representing private side in the ‘Factories of the Future’ Public -Private Partnership with European Commission ▪ 170+ members from across Europe (a network of experts) ▪ Members include large, small & medium industrial enterprises, research organisations, universities, industrial associations and clusters ▪ Full time secretariat: Connecting with members, coordinating research agenda & liaising with the European Union ▪ Support wider Factories of the Future community

The Factories of the Future PPP - Some figures… Nr of Cumulative 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 projects total 25 projects post-project impact &investments FoF-2010 25 25 36 projects post-project impact &investments FoF-2011 36 61 37 projects post-project impact &investments FoF-2012 37 98 53 projects post-projectimpact & investments FoF-2013 53 151 post-projectimpact & investments 29 projects FoF-2014 29 180 post-project impact &investments 28 projects FoF-2015 28 208 post-project impact &investments 37 projects FoF-2016 37 245 23 projects post-projectimpact & investments FoF-2017 23 268 post-project impact & investm 15 projects FoF-2018 15 283 ▪ 283 Projects to date. ▪ Projects feature demo activities ▪ > 2,000 organisations participating ▪ >1000 results have been reported ▪ High involvement of SMEs: on EFFRA Innovation Portal >30% of funding (portal.effra.eu)

1 From FoF 2020 roadmap to Factories 4.0 & Beyond 2 3

1 I4MS Programme: ICT Innovation for Manufacturing SMEs Phase II BEinCPPS, Success Stories Industrial Cases CloudiFacturing Phase III MIDIH, DIHs Networks, Reference Architecture, Open Calls Phase IV DT-ICT-03- 2020 Uptake digital game changers

Smart Mould lds in in Pla lastic ic In Industry Data storage Data visualization Data analysis Local Fiware Sensor data Components T1 (°C) T2 (°C) 125 122,5 Cloud NGSI Motor Command P1 (bar) 860 Motor following Factory Gateway I1 (A) I2 (A) 2,7 3,4 C1 ( mm ) C2 ( mm ) 67 17 OPC-UA Injection machine data Top closing mold A6 EUROMAP67 Pull out ejection B4 Pull in ejection B3 Alerts Smart Mold Injection Date Time Alert Machine 25/04/16 14h56 A1 25/04/16 08h45 A1 http://www.beincpps.eu/ 26/04/16 15h12 A2 6

On On-fi field Experimentation Encoder Controler 24V -> 5V Wires (Opto Couplers) Wires 5v -> 24V Wires (Transistors) Current Sensor Stepper x2 Serial Bus Thermal Sensor x 2 Local WireCloud SPI Socket server Serial Bus Orchestrator ADC NGSI / OPC-UA Pressure Sensor 7

NPE 2018: Orlando OCCC 8

White Goods Zero Defect Quality process WH Network Operator Intelligence Dashboard Q-Box 2 Test Plan Configurator OPC UA Server Box Handler Executor Advantech Interface 4 DI & 4 DO EKI 6332 A-Box2 Actuator/Sensors 4 AI & 2 Counters Adam Adam Adam Adam EKI 3728 Temperaure Measure 6017 6018 6051 6052 Power Measure 15/05/2019 9

Experimentation / / Cassinetta Refrigeration La Lab • Appliances Under Test • Type Built-in • Testing Time duration from 20 to 120 minutes in according with the model and the specific procedures • Appliances in preparation for testing • 4 Temperatures in cooling areas • 2 Temperatures in warm areas • Electrical Parameters 15/05/2019 10

MIDIH Analytics Framework- Apache Implementation Industrial Analytics Analytics Middleware Data-at-Rest (Data Management & Integration) Streaming and Batch Analytics Cloud DaR Information Bus Flume Sqoop Zeppelin Mahout DaR Visualization DaR Services Computing (Hybrid Clouds) SPARK Flink Hive Data Semantic Models DaR Security DaR Offline Processing Pig Tez Hadoop HBase Data Persistence Middleware Pheonix Cassandra Industrial IoT IoT Middleware Data-in-Motion Edge KAFKA DiM Events Broker DiM Visualization Zeppelin DiM Services Computing (Local Clouds) Flume Edgent STORM SPARK Flink Field Gateway NiFi DiM Security DiM Offline Processing Samza

MIDIH Analytics Framework- FIWARE Implementation Industrial Analytics Analytics Middleware Data-at-Rest (Data Management & Integration) Streaming and Batch Analytics Cloud CKAN DaR Information Bus Knowage Biz Ecosys. DaR Visualization DaR Services Computing (Hybrid Clouds) AuthZForce WILMA Data Semantic Models (DATA MODELS) Cosmos DaR Security DaR Offline Processing KeyRock Data Persistence Cygnus STH-Comet Middleware Industrial IoT IoT Middleware Data-in-Motion Edge Orion CB Wirecloud DiM Events Broker IoT Broker Kurento Biz Ecosys. DiM Visualization DiM Services Computing (Local Clouds) IDAS IoT Discov. AuthZForce WILMA Field Gateway Proactive Cepheus DiM Security DiM Offline Processing KeyRock Perseo MIDIH Second Wave OPEN CALLS: from May 6th 2019

2 Digital Manufacturing Platforms in DT-ICT-07-18/19 industrial platforms Network/Marketplace/ • Explicit connections between users Roles of digital eFactory is the • Community Network is key value Marketplace for Agile • Complementary applications Technology infrastructure Value Networks in Lot • Development platforms Size 1 Production • Unlock data Data • Integration ZDMP is the Operating Examples of how different platforms fill in roles in different ways and to varying degrees System for developing ZDM systems of systems "Middleware" "Marketplace" "Operating system" Network/Marketplace/ Network/Marketplace/ QU4LITY is the cross- Network/Marketplace/ Community Community Community platforms Middleware Technology infrastructure Technology infrastructure for operating ZDM Technology infrastructure Data systems of systems Data Data Adapted from http://platformed.info/platform-stack/

3 OPEN DEI CSA in DT-ICT-13

Pathways to digital manufacturing + enablers and critical success factors Video on https://www.connectedfactories.eu/pathways-digitalisation-manufacturing CPPS in Data-driven Architectures

Three major pathways towards Digital Manufacturing Collaborative Product-Service Factories : Inter- operability of Personal and Industrial IoT Data Spaces along the Product / Material lifecycle for Sustainable Value Networks (Circular Economy) Autonomous Smart Factories : Collaborative Intelligence between humans and IoT-driven Autonomous Systems (Collaborative Robots, Humans in the Loop) considering Human Factors and Skills gaps Hyper-connected Factories : Interoperability between IoT Open Platforms and Proprietary Systems through pan-EU Data-Service Marketplaces (IoT Catalogue)

The SMI Discussion Paper 1.0: FoF background The FoF background is materialised by its validation business scenarios of Smart Factory, Smart Product and Smart Supply Chains as projected to 2025 by the pathways • Autonomous Smart Factories, • Collaborative Product-Service Factories and • Hyperconnected factories FoF is also providing its reference architectures , originated e.g. from RAMI 4.0 Plattform Industrie 4.0 and the Industrial Internet Consortium, and data-driven implementation guidelines such as the layered data-buses architecture of IIRA 1.8 .

SMI Reference Framework Smart Supply Chain Grand Scenarios Smart Product Smart Factory (data is generated by (data is generated by BDVA Data Priority (data is generated inside ecosystems of suppliers, product-service itself along Tech areas production lines) providers, distributors, its lifecycle) retailers, etc.) Data Management and Lifecycle Data Processing Architectures 56 big data research and Data Analytics innovation challenges Data Protection related to Smart Manufacturing Data Visualization and User Interaction

Towards a Manufacturing Partnership under Horizon Europe (2021 – 2027)

CREATE the Next Generation IoT eXperience for the Future European Industry Partnership Collaborative Event Strategic Directions and Research Priorities. Amsterdam, April 17 th 11:20 EFFRA Roadmap and Connected Factories 2025 pathways materialization Sergio Gusmeroli sergio.gusmeroli@polimi.it

Thank You info@effra.eu @EFFRA_Live TM EFFRA.Live TM EFFRA.EU TM