1. International Automation Congress - 2014 29 th -31 st October, 2014 The Arrowhead Framework - Future of Cooperative Automation Zsolt Szepessy, Gábor Singler, Zoltán Theisz, Viktor Steiner

2. 29 th -31 st October, 20142 Process and energy system automation Starting date: 2013. 03. 01. Duration: 48 months EU contribution: 11M€ (total: 68M€) 78 partners Coordinated by an ARTEMIS CoIE Arrowhead project overview Author: Title

3. 29 th -31 st October, 20143 Arrowhead vision Creating an interoperability framework to enable collaborative automation by networked embedded devices

4. 29 th -31 st October, 20144 Arrowhead grand challenges Enabling the interoperability of services provided by almost any device Enabling the integrability of services provided by almost any device

5. 29 th -31 st October, 20145 Arrowhead approaches TCP/IP everywhere, middleware nowhere.  Internet of Things - IoT  System of systems - SoS The Integrating Technology  Service Oriented Architectures - SOA

6. 29 th -31 st October, 20146 Arrowhead demonstrations ARROWHEAD is addressing efficiency and flexibility at the global scale by demonstrating interoperability and collaborative means of automation for five application verticals production (manufacturing, process, energy), smart buildings and infrastructures, electro-mobility and virtual market of energy.

7. 29 th -31 st October, 20147 evopro Innovation in Arrowhead Contributes to two technical workpackages: WP7 - Interoperability and integrability framework WP8 - Interoperability and integrability Service Specification and Common Components Design and Implementation

8. 29 th -31 st October, 20148 evopro Innovation in Arrowhead WP7 objectives Document the generic design guideline and design patterns which shall describe how systems shall interact in an Arrowhead environment Definition of the overall Arrowhead framework, the selection of suitable technologies as well as processes for specification, design, engineering, commissioning etc.

9. 29 th -31 st October, 20149 evopro Innovation in Arrowhead Our contribution in WP7 Develop a model-driven methodology to Document the Arrowhead Framework Document pilot applications Provide an integration platform between Different modelling tools Different abstraction levels Implement a model-driven service repository Accessible through standardized Arrowhead API façade

10. 29 th -31 st October, 201410 evopro Innovation in Arrowhead

11. 29 th -31 st October, 201411 evopro Innovation in Arrowhead

12. 29 th -31 st October, 201412 evopro Innovation in Arrowhead Holistic, Model-based Service Repository for Distributed Industrial Automation Authors: Zoltán Theisz, Zsolt Szepessy, Viktor Steiner – evopro Brice Morin – SINTEF Gergely Mezei – BUTE Accepted and presented at IEEE Emerging Technologies and Factory Automation 2014, Barcelona

13. 29 th -31 st October, 201413 evopro Innovation in Arrowhead WP8 objectives Designing and producing the common systems and components Designing and producing common integration components

14. 29 th -31 st October, 201414 evopro Innovation in Arrowhead Common systems and components ARROWHEAD FRAMEWORK COMPLIANT NETWORK IA SM II Application system

15. 29 th -31 st October, 201415 evopro Innovation in Arrowhead Common systems and components Application Systems SoSD – Generation 2

16. 29 th -31 st October, 201416 evopro Innovation in Arrowhead Common integration components – maturity levels Application (”legacy”) system Adapter type X (SW component) ARROWHEAD FRAMEWORK COMPLIANT NETWORK Application system Application (”legacy”) system Adapter type Y Level 3 Native implementation Level 2 Implementation based on integrated commonly provided SW component Level 1 Implementation using commonly provided adaptor that connects to existing interface.

17. 29 th -31 st October, 201417 evopro Innovation in Arrowhead Common integration components – a „system” can be… System