1 Arrowhead coming to an end Productive4.0 to start Prof. Jerker Delsing Luleå University of Technology www.arrowhead.eu
2 Arrowhead 78 partners, +300 people 68M € RESULTS www.arrowhead.eu jerker.delsing@ltu.se www.arrowhead.eu ARTEMIS Industry Association The association for R&D actors in embedded systems
3 Major achievements • 26 Industrial demos • 6 Keynotes at IEEE conferences • Arrowhead Framework open source project released • +15 products using Arrowhead technology • 4 start up companies • +145 papers published • 9+ EU projects using Arrowhead Framework www.arrowhead.eu
4 Specific achievement Arrowhead results used in business cases between Noda and • Abelko Economic impact (qualitative evaluation): • New business in the order of 5-10 million Euro o Commercialisation of gateways for intermediation between building o systems, heat grid systems and the cloud www.arrowhead.eu
Key feature of Arrowhead Framework Reduction of application development time by 65-80% Proven by companies in commercial projects. Abelko and BNearIT; 4 projects. Supported by qualitative analysis comparing ISA95 and Arrowhead local cloud engineering Oscar Carlsson, Jerker Delsing, Engineering of Service-oriented IoT Automation Systems, IEEE System journal www.arrowhead.eu
DIGITISING EUROPEAN INDUSTRY European Commission proposal 16
7 So what have we done www.arrowhead.eu
8 Arrowhead Grand challenges Enabling the interoperability of services provided by almost any device. Enabling the integrability of services provided by almost any device.
From enterprise to multi stakeholder operation Stakeholder Business collaboration domain Support Lifecycle domain Suppliers Customers Supply chain domain Design Shop floor www.arrowhead.eu
The automation technology transition 10 Automation Digitalisation www.arrowhead.eu
11 Digitisation and Automation system requirements Real-time performance System safety Internt of Thing, IoT, interoperability IT security and associated system safety Engineering simplicity to reduce, design- and run-time change, costs Scalability to very large system of systems (> 10 6 IoT’s) System evolvability over time and technology generations www.arrowhead.eu
12 Local cloud meeting automation requirements Automation is local Local clouds shall provide A protective fence Against external communication Inter cloud service exchange Thus protecting sensitive automation operations as Real time closed control loops Safety critical operations www.arrowhead.eu
13 Core Cloud Fog & Edge <<system>> Gatekeeper <<system>> <<system>> Gatekeeper Gatekeeper Local clouds Local Locations www.arrowhead.eu
14 Arrowhead Framework https://forge.soa4d.org/plugins/mediawiki/wiki/arrowhead-f/ index.php/Main_Page www.arrowhead.eu
15 IoT Automation Arrowhead book ARROWHEAD FRAMEW O R K CRCPress, Feb 6 https:// www.crcpress.com/ Arrowhead- Framework-IoT- Automation-Devices- and-Maintenance/ Delsing/p/book/ 9781498756754 EDITED BY Jerker Delsing
Final Conclusion You can be very proud of the achievements of the project. You have done an excellent work. Congratulations to everybody that participated in the project!!!!
Productive4.0 Optimised supply chain management covering the entire product lifecycle Base line architecture is: Arrowhead Framework 3.0 First year target is Arrowhead Framework v4.0 specifications and reference implementation The project receives grants from the European H2020 research and innovation programme, ECSEL Joint Undertaking, and National Funding Authorities from 19 involved countries under grant agreement no. GAP-737459 - 999978918.
From enterprise to multi stakeholder operation Stakeholder Business collaboration domain Support Lifecycle domain Suppliers Customers Supply chain domain Design 18 Shop floor
Productive4.0 ▪ Arrowhead follow up project ▪ Started May 2017 ▪ 107 partners ▪ 100M € budget ▪ Swedish partners ▪ Volvo, SEB, Ericsson, Combitech, Midroc, BnearIT , LTU ▪ Swedish budget ∼ 75MSEK 19
Productive4.0 services - security and autonomy support ▪ security support ▪ Gatekeeper and Gateway services ▪ Inter cloud secure service negotiation and data transport ▪ Self adaptability ▪ Security management adaptation to anomalies ▪ Anomaly detection ▪ Autonomy support ▪ Semantics translation ▪ Machine learning approach ▪ On-demand code generation for service consumption 20
Productive4.0 services - Production support ▪ SafetyManager ▪ Emergency handling ▪ Smart Service Contract ▪ Ledger/block chain for stakeholder agreements along supply chain and product life cycle ▪ Configuration, IoT ▪ PlantDescription, SoS ▪ Nano transaction services ▪ Analytics for product life cycle management ▪ Virtual twins for supply chain management ▪ 15+ Industrial production demonstration using Arrowhead Framework, planed 21
Productive4.0 services - engineering support ▪ Engineering tool for legacy adapters ▪ Interfacing to legacy communication technology ▪ Interfacing of legacy engineering tool data to PlantDescription/Configuration ▪ Test tools - interoperability ▪ Management tools, ▪ Interfacing to SOA and legacy protocols ▪ REST , CoAP , MQTT (existing) ▪ OPC-UA (prototypes) ▪ Modbus TCP (in preparation) ▪ IEC 61499 (existing) ▪ IEC 61131 (planed) 22
23 Arrowhead Framework Currently the leading IoT Automation Framework www.arrowhead.eu
jerker.delsing@ltu.se
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