European Metrology Cloud Kick-off Workshop. 12 th June 2018, PTB Berlin, Germany

Transcription

1 European Metrology Cloud Kick-off Workshop 12 th June 2018, PTB Berlin, Germany

2 What is this LOGO about? 2

3 What is this LOGO about? METROLOGY CLOUD Itprovides: A trustworthy, virtual Network Single-Point-of-Contact Streamlining of Processes Metrological Administration For all Stakeholders It easily Integrates: RA Measuring Instruments Infrastructures Data Bases Reference Architectures for innovative Products within the European Context of Legal Metrology 3

4 Meeting s Objectives Reflect the project s goals, objectives, deliverables and timeline Transfer a broad understanding of expectations from the TEAM Create awareness of communication- status reporting, etc. GettoknoweachotherandbuildasenseoftheTEAM Informaboutthenextsteps 4

5 Meeting s Objectives: Agenda 1/2 5

6 Agenda 2/2 6

7 European Metrology Cloud Objectives, Organization and Responsibilities, State of Play,: F. Thiel

8 State of Play: Metrology Cloud 2015 First Concept presented in WELMEC WG Discussion with European Stakeholder Associations 2016 Definition of Cross sectional needs 2016 EMPIR Proposal Decision: - Constitutes a Change of Paradigm, - Ambitious, -more than 3 years 2017 PTB sees the strategic importantsand takes over the burden as Initiator, Coordinator and Driver Consortium increases 2018 harmonization with individual Stakeholders June 2018, Kick-Off Meeting, Berlin 8

9 Legal Metrology Regulations set up a Quality Infrastructure: Manufacturer Specimen, Design Production Market User, Customer Conformity Assessment Scientific and technological counseling Market Surveillance / Verification PTB~ 600 Certificates/ a (2014/32/EU) Serves in many ways: Establishes a Chain-of-Trust Acceptance of technology in the market Sign of quality in new markets Germany ~ 1 Mio. Verifications/ a 9

10 Legal Metrology Regulations set up a Quality Infrastructure: Manufacturer Specimen, Design Production Market User, Customer Conformity Assessment Scientific and technological counseling Market Surveillance / Verification ~ 600 Certificates/ a (2014/32/EU) ~ 1 Mio. Verifications/ a Serves in many ways: Establishes a Chain-of-Trust Acceptance of technology in the market Sign of quality in new markets 10

11 Metrology Cloud s General Objectives - Streamline and Coordinate processes => Trustworthy Platform as single-point-of contact - Support innovative products and services => Reference Architectures and Procedures 11

12 Consortium European Metrology Cloud Industry: NMIs: Verification Authorithies: Science: Supported by: 12

13 Join what is there G20 / COM / National Initiatives Notified Body ICSMS AUX Market Surveillance Administrative Data Service Data MI Measurement Data Manufacturer User 13

14 WP 1: Trustworthy Metrological Core Platform Elements to be provided: Notified Body Market Surveillance Auxiliary Databases ICSMS : Trustworthy Coordinating Platform TLS Metrological Administration Trust and Security Digital Representation Administrative Shell Shared Databases Smart Services Manufacturer User MI MIMIMI Unique ID Reference Architectures 14

15 June 2018 Work Packages an their Convergence 36 Months Convergence WP1: Trustworthy Metrological Core Platform WP2: Reference Architectures WP3: Technology based Metrological Support Services WP4: Data based Metrological Support Services WP5: Coordination WP6: Impact Platform/QI Demonstrator Easy Integration of: 1. Data bases and Infrastructures 2. Fundamental Services 3. Reference Architectures 4. Prototypes 5. Existing MI Requirements catalogue For the Elements 15

16 Metrology Cloud: Main Impact - Metrological Trust Anchor - Easy Integration of Contributors / Data / Infrastructures - Digitally rendered Workflows - Digitally Streamlined Metrological Processes - Harmonization by Technology - Repair / Verify a large number of MI remotely - Reduced down time of MI - Globally available MI Data (Manuals, Certificates, etc.) - Open to integrate concepts from other regulated areas - Open to integrate other trust based workflows 16

17 Work Packages: Responsibility WP1: Trustworthy Metrological Core Platform (WP-Coordinators: Nordholz/ Neumann) WP2: Reference Architecture (WP-Coordinator: Oppermann) WP3: Technology based Metrological Support Services (WP-Coordinator: Peters) WP4: Data based Metrological Support Services (WP-Coordinator: Esche) WP5: Coordination (Thiel + WP-Coordinators) WP6: Impact (All) 17

18 Work Packages: Responsibility WP1: Trustworthy Metrological Core Platform (WP-Coordinators: Nordholz/ Neumann) Task 1.1: Single Point of Contact (Digital Representation) (Dohlus, Yurchenko, Nischwitz, n.n.) Task 1.2: Join Infrastructures and Databases (Dohlus, Yurchenko, Neumann, n.n.) Task 1.3: Metrological Administration, Trust and Security (Wetzlich, Nischwitz, Neumann, n.n.) WP2: Reference Architecture (WP-Coordinator: Oppermann) Task 2.1: Reference Architectures for IoT Devices (Peters, Nordholz) Task 2.2: Reference Architectures for distributed Instruments (Oppermann, Nordholz) WP3: Technology based Metrological Support Services (WP-Coordinator: Peters) Task 3.1: Supporting Repair and subsequent Verification (Peters, Nordholz, Neumann) Task 3.2: Supporting Software Maintenance / Smart Contracts (Peters, Dohlus, Nordholz) Task 3.3: Digital Verification Marking (Dohlus, Nischwitz, Neumann, n.n.) WP4: Data based Metrological Support Services (WP-Coordinator: Esche) Task 4.1: Closing the Risk Assessment Loop (Esche, Grasso-Toro) Task 4.2: EU ring comparison WP5: Coordination (Thiel + WP-Coordinators) WP6: Impact (All) 18

19 Rough Time Line June Months (May 2021) WP1: Trustworthy Metrological Core Platform (Co-Coordinators: Nordholz/ Neumann) Task 1.1: Single Point of Contact (Digitale Repräsentation) Task 1.2: Join Infrastructures and Databases Integration of metrological Services Task 1.3: Metrological Administration, Trust and Security WP2: Reference Architecture (Co-Coordinator: Oppermann) Task 2.1: Reference Architectures for IoT Devices Task 2.2: Reference Architectures for distributed Instruments Prototyps / Connection to Platform Prototyps / Connection to Platform WP3: Technology based Metrological Support Services (Co-Coordinator: Peters) Task 3.1: Supporting Repair and subsequent Verification (Peters, Nordholz) Task 3.2: Supporting Software Maintenance / Smart Contracts Task 3.3: Digital Verification Marking Metrologische Dienstleistungen WP4: Data based Metrological Support Services (Co-Coordinator: Esche) Task 4.1: EU ring comparison Task 4.2: Closing the Risk Assessment Loop Integration in Platform Integration Integration EU Harmonisation Implementation 19

20 Individual Work Packages 20

21 Individual Work Packages WP 1: Trustworthy Metrological Core Platform WP1: Trustworthy Metrological Core Platform (Nordholz/ Neumann) Task 1.1: Single Point of Contact (Digital Representation) (Dohlus, Yurchenko, Nischwitz, n.n.) Task 1.2: Join Infrastructures and Databases (Dohlus, Yurchenko, Neumann, n.n.) Task 1.3: Metrological Administration, Trust and Security (Wetzlich, Nischwitz, Neumann, n.n.) Industry Partners:Bizerba, Diehl Metering, Itron, Sartorius, Gilbarco Veeder-Root, NMI-Partners: CEM, NPL, LNE, METAS, BEV Interactionwith WPs: WP 2 / 3 / 4 Expected Deliverable: - Platform Demonstrator - Catalogue of requirements 21

22 Digital Representation of a Measuring Instrument Notified Body Central Communication Element Digital Representation Market Surveillance Supervision Manufacturer Community Areas Private Areas Metrological Administration User MI Part of the Instrument in the Conformity Assessment Process Available when a copy of the type is connected to the Metrology Cloud 22

23 Metrological Administration A newrolein Legal Metrology tobefilledbya trustworthyentity! Software Update Monitoring of operational Processes Communication Change and Administrative Processes Profil management of thedigital Representations Metrological Administration Information Security Management (ISMS) Key Management (PKI) Incident Management Certificateand Access Rights Management 23

24 WP 1: ID Management ID Measuring Instrument - ID Type - ID Software - ID Software Modules - ID Hardware - ID Hardware Modules - ID Verification Marking - ID Conformity Cerificates - : ID Container (T = t1) ID Container (T = t2) : Type (1) Individual MI (>1000) Design Conformity Assessment Production Placing on the Market Repair/ Update Verification Type adjustment End of life 24

25 WP 1: Data Sovereignty by Design Trustworthy Coordinating Platform Metrological Administration Digital Representation Shared Databases Stakeholder Control Stakeholder Trusted- Node Trusted-Node: Trusted Metrological Architecture, e.g. provided by PTB, supervisedbyma 25

26 Individual Work Packages WP 2: Reference Architectures (Instrument Prototypes to be connected to the Metrology Cloud) RA WP2: Reference Architecture (Oppermann) Task 2.1: Reference Architectures for IoT Devices (Peters, Nordholz) Task 2.2: Reference Architectures for distributed Instruments (Oppermann, Nordholz) Industry Partners: Bizerba, Diehl Metering, Itron, Sartorius, ESPERA, Gilbarco Veeder- Root, NMI-Partners: RISE, CMI, CEM, METAS, Interactionwith WPs: WP 1 / 3 Expected Deliverable : - Instrument specific adaptation as a prototypefor different measurement instruments according to the needs of the industry partners. - Integration in existing Infrastructures - Realization and a document describing the Elements of the General Reference Architecture and fulfillment of the WELMEC 7.2 Guide s requirements. - 26

27 WP2: Reference Architectures Provide Architectures for new Technologies to support Conformity Assessment and Verification RA Manufacturer s Associations / User Individual Manufacturers New Technology relevant for LM General Reference Architecture Instrument Specific Reference Architecture Individual Realisation Prototype 27

28 WP2: Reference Architectures RA Technology Relevant for LM? General Reference Architecture Highest Risk Class Essential Legal Requirements Verification Method Risk Analysis Contemporary Threats Usability Connective Element 14 classes of EU regulated instruments Several classes of national regulated instruments Instrument Specific Requirements To be tailored to Risk Class: A-F (EAL) Individual Risk Class Focus on IoT-Devices and distributed Systems 28

29 Individual Work Packages WP 3: Technology based Metrological Support Services Responsibility: PTB Peters Industry Partners: Bizerba, Itron, Sartorius, ESPERA, Gilbarco Veeder-Root, NMI-Partners: CMI, CEM, LNE, NPL Interactionwith WPs: WP 1 / 2 Expected Deliverable: To develop new technology-driven metrological services: Technological net-based services may include: remote verification and diagnostics, condition monitoring, (predictive) maintenance and verification with the help of the digital representation, i.e. e-market surveillance and e-compliance according to [COM2014/25]. 29

30 WP3: Technology based Metrological Support Services Supporting remote Repair and Verification Supporting Software Maintenance Digital Verification Marking Integrating Smart Contracts 30

31 Individual Work Packages WP 4: Data based Metrological Support Services Responsibility: PTB Esche, Grasso Toro Industry Partners: CECIP, CECOD NMI Partners: CMI, CEM, LNE, Market Surveillance Partners: NSAI, Agentschap Telecom, LEBs Interactionwith WPs: WP 1 Expected General Outcome: To develop new data-driven metrological services: Each of thebillions of measuring instruments used in the EU single market creates enormous data volumes of different sorts over its life-cycle in separate data bases. From the data made accessible via the Legal Metrology Grid new services such as methods for closing the risk assessment loop will be developed. 31

32 Join Separated Databases Notified Body ICSMS AUX Market Surveillance Administrative Data Service Data MI Measurement Data Manufacturer User Within individual Data Shell Within joined Data Shells => Trustworthy information exchange Potentials: - Improved Administrative Services - Individualization: i.) Re-verification Intervals ii.) Risk Assessment and Determination 32

33 WP4: Data based Metrological Support Services EU ring comparison of risk assessment procedure Closing the Risk Assessment Loop Module-wise Risk Assessment? The Metrological Data Lake? => Data basedstreamliningofconformityassessment and Market survaillance/verification? => Derive new Services? 33

34 Integration in PTB s Concept Digitalization of Metrology Degree of Regulation (BSI/EU) Intelligent Metering-Systems for Critical Infrastructures (Smart Meter Gateway) Net based Measuring Instruments in Legal Metrology Calibration Services Staged Security Concept Smart Sensors in industriel IoT Met4FoF Single-Point-of-Contact Trustworthy Platform Metrological Administrator Reference Architektures Digital Calibration Certificate Server based Services Calibration of digital Sensors Data Quality in IoT 34

35 Legal Metrology Points of Contact Central, trustworthy Platform Reference Architectures for IoT- ánd Cloud-Systems Digital Metrological Services Digital Harmonization in Europe Start 06/18 Integration of the Digital Calibration Certificate Industrial Metrology Usability ofthedata Transfer Format for Legal Metrology? Instrument specific Reference Architecture for non-legallyrelevant scales. Digital Calibration Certificate Server based Services Data Transfer Format 35

36 Metrology Cloud What do we expect from the participants: - Bring in your specific expertise - Integrate your Data and Infrastructure via a NODE - Developa Prototype basedon a Reference Architecture to be connected to the Metrology Cloud - Identify the next workflows to be integrated 36

37 Questions? Physikalisch-Technische Bundesanstalt Braunschweig und Berlin Abbestr Berlin Dr. habil. Florian Thiel Telefon: