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• first digital calibration certification worldwide

• easy integration in existing structures

• based on SI-units

• covering legal metrology

• 100% praxis oriented

• applicable to all metro-

logical domains

• worldwide exchange of metro-

logical data, global competition

• chaos and accident prevention

• unambiguity of metrological data

• significant cost reduction

(communication costs,

bug fixing, liability, device

and software adaption)

• digitisation of trade

production, metering,

homes, buildings,

devices,

mobility

excellence implementation

SI-based

DCC

universal

NMI/DI

unfunded

ext. funded

easy and fast implementation

RAMI4.0

reference model

map-source: wikipedia

consortium:

SI-

world

worldwide relevance; existing NMI network, multiplicator effect

2 pilot-applications in two different metrological domains

(length-metrology, weighing)

mid-term stakeholder workshop

guidelines “meta-data-format” and “UniTerms in metrology”

1 brochure “digital communication”, 1 handbook about

data-validation, 1 pre-normative document on DCCs 2018 2019 2020 2021 2022 2023 2024 …

P-start

stakeholder-Netpilot-

application

.

GPGs

P-end NMI/DI

stakeholder

standardisation

expected multiplicator effect

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WP

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requirements and data fields

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gWP 1 (PTB)

data transfer format

WP 2 (NPL) digital

calibration certificate (DCC)

WP 3 (NPL) online validation

WP 4 (PTB) conformity

assessment in legal metrology

legal documents and requirements

WP 5 (Aalto) build and

validate two demonstrators

validation strategy

pilot application in weighing

proof of concept in length metrology

good practice guides transfer of knowledge

and procedures to European NMIs

excellence of idea

• worldwide first DCC

• legal metrology oriented

• core competence of NMIs

excellence of the consortium

• driven by leading European NMIs;

a worldwide consortium with world

market leaders from industry

scientific and technical excellence

• advanced cryptography and data

handling concepts using e. g.

blockchain or hash chain

technology

Vision: Develop and establish the basis for an unambiguous, universal, safe

and uniform communication of metrological data in theInternet of Things (IoT) and Industry 4.0

Obj. 1

Obj. 2

Obj. 3

Obj. 4

Obj. 5

• research on legal requirements and exchange and

conversion of data, mathematical + numerical correctness

outcome and impact

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first

standards

end users

WP 1

WP 2

WP 3

WP 4

WP 5

Facilitating impact with efficient group of worldwide recognized experts

17IND02 Communication and validation of smart

data in IoT-networks (SmartCom)

Vision of the project

Objectives and implementation

• To develop and establish a worldwide uniform, unambiguous and secure data exchange format for the use in IoT

networks based on the SI.

• To develop and establish secure digital calibration certificates from NMIs over calibration laboratories to end users

and industry

• To develop an online validation for services in order to validate communication interfaces

• To develop a reliable, easy to use, validated and secure online conformity assessment procedure designed for cloud

system applications for legal metrology.

• To build and validate demonstrators.

Need

Develop and establish the basis for an unambiguous, universal, safe and

uniform communication of metrological data in the Internet of Things (IoT)

and Industry 4.0.

Unsolved metrological challenges

- for all cloud applications: handling metrological data

- ensuring reliable and traceable data for the automated factory of the future

- boost digitisation by enabling unambiguouse and safe communication

Standards Committee / Technical Committee / Working GroupDeliverables

Social and daily life: Interconnected, intelligent communication will ease life. For example light management, intelligent cooking, security and safety

(intelligent clothes communication with medics or car; oven with fire department, unmanned transportation). Dynamically automate routine tasks by “Smart”

Consumer Technologies. Wearable technologies are among the fastest-growing segment of the IoT and promise to have widespread societal influences in the

coming years, particularly in the areas of personal safety and security, health, wellness, fitness, personal organization, communication, and fashion.

Impact on labour: 84 percent of German manufacturers and users believe that IoT will provide a new frame work to human labour in production; - estimates

that there will be a total of 23.4 billion IoT devices connected by 2019 and that adoption will be driven by enterprise and manufacturing sectors.; - projects

that the number of IoT developers will grow from roughly 300,000 in 2014 to more than 4.5 million by 2020.

Technological impact: “Smart” Manufacturing and Infrastructure Technologies: factory managers will create networks of connected production facilities along

entire value chains that can autonomously communicate with each other and direct changes in response to unexpected developments. In industry the

forerunner of IoT – M2M (machine to machine communication) will be substituted by internet based communication protocols and procedures. Calibration on

button press will be possible. Digital certification worldwide.

Impact on markets, sales and economy: Reduced downtimes and less rejected parts and better organised maintenance will support conservation of energy

and resources and will lead to extended business success. Measurement provides actual performance data and equipment health, instead of just estimates

D1 Guide for the use of the metadata-format used in metrology Guideline

D2 Digital brochure “Establish the use of units in digitized communication” Brochure

D3 Pre-normative document describing the fundamental structure of digitizes

calibration certificates

Prenorm.

document

D4 document specifying rules for the use of digital calibration certificates also

covering legal aspects

guide

D5 guideline for the online validation of digital commun. interfaces in metrology guideline

D6 guideline describing the concept of universal terminals in legal metrology guideline

D7 handbook describing the use of validation of digital communication interfaces

in metrology

handbook

D8 handbook describing the transferability of the project results to any other

metrological domain

Handbook

D9 worldwide NMI network to promote the project results also after the project

has been founded

reports

Standards Committee / Technical Committee / Working Group involved

ISO TC 213 10: Technical committee “Dimensional and geometrical product

specifications and verification.”

PTB

ISO TC 69: Technical committee “Applications of statistical methods” NPL

VDI/VDE GMA 7.21: Technical committee “Industrie 4.0” PTB

VDI/VDE GMA 3.31: “Koordinatenmessgeräte” [coordinate measuring

machines]

PTB

DIN NATG: „Normenausschuss Technische Grundlagen”

[standards committee technical bases]

PTB

“ISO/IEC JTC1 / WG10: ISO/IEC Joint Technical Committee 1 / Working Group

10, IoT”

PTB

PSK Standards Association: compiling standards for Finnish process industry Aalto

worldwide

NMI-network

ready to use pilot

applications

online validation

system

manifold guidlines

and handbooks

lasting stakeholder

network

Impact …