why we need an european logistics data space
TRANSCRIPT
// 1www.industrialdataspace.org
WHY WE NEED AN EUROPEAN LOGISTICS DATA SPACEThorsten Huelsmann, Industrial Data Space Association
THORSTEN HUELSMANN IS CEO OF EFFIZIENZCLUSTER MANAGEMENT GMBH (ECM) AND AFFILIATED WITH FRAUNHOFER IML AND IDSA
Member of / Partner of:
// 3www.industrialdataspace.org
Foto © greatist.com
Digitalisation is both an enabler and a driving force behind innovative business models.
A key ability for innovative business models is to be able to combine data in one “ecosystem”:
• Services are decoupled from physical platforms/products
• The architecture levels are decoupled
• Products become platforms and vice versa
• “Ecosystems“ develop around platforms
• Innovation takes place cooperatively
Data as strategic resource enables smart services, products and our desired lifestyle of the future.
A SNEAKER IS NO LONGER A SNEAKERPHYSICAL PRODUCTS GROW TO DIGITAL SERVICES
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The purpose of this Communication is to reinforce the EU's competitiveness in digital technologies and to ensure that every industry in Europe, in whichever sector, wherever situated, and no matter of what size can fully benefit from digital innovations.
DIGITISING EUROPEAN INDUSTRY (DEI) AS UMBRELLA FOR DIGITAL TRANSPORT AND LOGISTICS
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DIGITISING EUROPEAN INDUSTRY (DEI) TECHNOLOGIES DRIVING THE CHANGE
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DIGITAL TRANSPORT & LOGISTICS FORUMADRESSES THE RIGHT QUESTIONS
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IN »DIGITISING EUROPEAN INDUSTRY« DATA IS A KEY RESOURCE FOR BUSINESS MODEL INNOVATION
»DigitisingEuropean Industry«
End-to-End
Customer Process
Hybrid Service
Offerings
Data-Centricity
Business Ecosystem
s
Digital Platforms
New Business Models
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AS A CONSEQUENCE OF »DIGITISING EUROPEAN INDUSTRY« THE DEMAND FOR TRANSPARENCY AND INTEROPERABILITY IN VALUE NETWORKS IS INCREASING
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VARIOUS FP7 AND H2020 PROJECTS ADDRESS SMART SERVICES AND PLATFORM / SAAS SOLUTIONS
Interoperability
Data Exchange
»Sharing Economy«
Data Centric Services
Data Ownership
Data Security
Data Value
ENTERPRISES END UP IN A CONFLICT OF INTEREST BETWEEN THE DEMAND TO SHARE DATA AND THE NEED TO PROTECT IT
is the cability of a natural orlegal person for exclusiveself-determination withregard to ist economic datagoods.
DIGITAL SOVEREIGNTY
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INDUSTRY ARTICULATED REQUIREMENTS FOR A NETWORK OF TRUSTED DATA - THE INDUSTRIAL DATA SPACE
Trust
CertifiedParticipants
Scalability
Network Effects
Openness
Neutrality andUser Community
Governance
Mutual Rules ofthe Game
Ecosystem
Platforms andServices
Security
On-Demand DataExchange
Sovereignty
Data Ownership
Decentral Control
FederatedArchitecture
This means …
… all actors oblige themselves to play by the rules of Industrial Data Space.
… actors and technical components are to be certified.
… we provide usage control for data and different tailor-made levels of trust.
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Others
THE INDUSTRIAL DATA SPACE DEFINES THE DATA ARCHITECTURE BETWEEN SMART SERVICES AND THE INTERNET OF THINGS
Manufacturing Health FoodLogistics
© Fraunhofer, Boris Otto
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THE INDUSTRIAL DATA SPACE CONNECTS VARIOUS DIGITAL PLATFORMS AND THE INTERNET OF THINGS
© Fraunhofer, Boris Otto
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THE INDUSTRIAL DATA SPACE
MULTILATERAL – USAGE CONTROL – CONNECTING PLATFORMS AND CLOUDS
PLANNING, EXECUTION, CONTROL(MULTI-SIDED PLATFORMS)
Traffic Weather
OPEN CONTEXT DATA
Actors Sensors Machines
IoT Clouds
Domain specific platforms
Marketplaces
BrokerConsumerProduction
FIELD VIEW(FACTORY)
VALUE CHAIN
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A TRUSTED PEER TO PEER NETWORKFOR ALL INDUSTRIES TO SHARE DATA
Software components enable all stakeholders (defined roles) to participate in IDS
The quantity of all (external) IDS connectors defines the Industrial Data Space
Internal IDS connectors are used to link data sources in the company, to transform and to improve them.
© Fraunhofer
INDUSTRIAL DATA SPACETHE INITIATIVE AND OUR TARGET
/ 2016 - Establishment of IDSA / 80+ Companies, Alliances, Institutions are membersof the association/ 2016 - Introduction to Oettinger Roundtable / IDSA active in 14 countries
Governance and referencearchitecture for an
international standardon data sovereignty
Start 2014
Target
/ 2015 - Initial Project supported by German Government/ 2015 - High Level Talks in German and European Industry
Jan. 2016
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80+Companies andOrganisations
5Working Groups
18Use
Cases
1Ecosystem
=
First workinggroup meetings
MEMBERSHIP DEVELOPMENTAND MILESTONES
Foundation with 18 Members
Connector realised in firstsprint
Go Live first usecase with
thyssenkrupp
2016 2017
52 membersend of 2016
80+members
today
First international
member
More than 150 members at the end
of 2018
Hannovermesse:Release of thereferencearchitecturedocument
Start of the DIN standardisation process Foundation of
first international hub
First publicassembly on CeBIT – MoUwith OPC-Foundation –releasewhitepaper
Strategic Goals for 2018
∕ More (international) members∕ Strategic alliances∕ First products
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OUR USE CASES MAKE IT REALINDUSTRIAL DATA SPACE IN ACTION
Each member of the associationrealizes a business driven usecase
The use cases demonstrate the innovations based on Industrial Data Space
Potential core of an ecosystem by integrating further partners (also from different domains)
Use-Case Company Industry
Broker-based Design of Supply Chains Atos Logistics & Supply Chains
Collaborative Supply Chain Risk Management Audi und Bosch Logistics & Supply Chains
Supplier Capacity Management Audi Logistics & Supply Chains
Control of Inbound- and Outbound-Logistics Bayer Logistics & Supply Chains
Enhanced Maintainence of Facilities by Exchanging Facility Data Bayer Logistics & Supply Chains
Central Providing of Clinical Data Boehringer-Ingelheim Health Industry
Assessment of Data Sources Boehringer-Ingelheim Health Industry
Plattform-Integration of Production Facilities Festo Production & Industrie 4.0
Smart Data Hub KOMSA Logistics & Supply Chains
Continuous Monitoring PWC End2End Customer Processes
Online-Transportgoodtracking Robert Bosch GmbH Logistics & Supply Chains
Constant Information in the Productionprocess Salzgitter Production & Industrie 4.0
Intelligente Bestandsauskunft Salzgitter End2End Customer Processes
Digital Linking of Production Lines Schaeffler Production & Industrie 4.0
Smart Sensor Intelligence SICK Production & Industrie 4.0
Dynamic Timeslot Management and Tracking in the Supply Chain Thyssenkrupp Logistics & Supply Chains
Control of Upstream- and Downstream-Supply Chain Volkswagen Logistics & Supply Chains
16Use
Cases
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• Time Slot Management, Dynamic Estimated Time of Arrvial and Track & Trace
• Integrating all existing telematics systems
• Ensuring maximum connectivity to all logistics service providers
• Using GS1 EDI XML as common message standard
• Comprehensive status changes
DIGITAL LINKING OF A PRODUCTION LINE
• Semantic standards for the Machine 4.0 (RDF)
• Combining of production, replenishment, maintainence, quality management
• Exchanging data along the whole production line and supply chain
• Combining vocabularies
• Reference technology stack for a machine 4.0
DYNAMIC TIMESLOT MANAGEMENT AND TRACKING IN THE SUPPLY CHAIN
+ Automatic matching of tool and order data
+ Minimizing tooling time
+ Correlation of machine and work pieceBenefits Benefits
+ Reducing traffic jams and out of stock situations
+ Time slot management in realtime
+ Better data quality for planning
OUR USE CASES MAKE IT HAPPEN
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• Merging of procurement systems
• Automatic management of semantic description of steel quality criterias
• Machine interface for availability
• Transparency and fast response time to customers
BROKER BASED DESIGN OF SUPPLY CHAINS
• Small lot sizes make adhoc actions necessary
• Orchestration of all network partners (Logistic service providers) to fulfill orders
• Selforganisedconfiguration of a transportation order
• Tender management
INTELLIGENT STOCK INFORMATION
+ Tailormade supply chains on demand
+ More transparency and options
+ Reducing the connections to suppliers
+ Procurement in realtime
+ Better quality by reducing misinformationBenefits Benefits
OUR USE CASES MAKE IT HAPPEN
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Short Description
• Phase 1: Event based transfer of effected Supply Chain data
• Phase 2:Event based transfer of material flow data
COLLABORATIVE SUPPLY CHAIN RISK MANAGEMENT
Benefits
+ On demand Supply Chain Transparency
+ Realtime Tracking and Tracing
+ Proactive Supply Chain Risk Management
OUR USE CASES MAKE IT HAPPEN
Main Technology/IDS Components
• Internal and external IDS connector
• Vocabulary
• Bosch Tracking & Tracing
Partners/Ecosystem
• Logistics Service Provider (tbd.)
• Tier-2 Supplier (tbd.)
Targets
• Set of rules
• Standardized data definitions
• Harmonized data model
• Proof of concept for the data transfer
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Several research and technology organisations(RTOs) allover Europe saveguard thetechnological core of the Industrial Data Space
RTOs act as hubs in Europe, to spread the ideainto the respective countries, gain newmembers and set up multiple use cases
Participating in European and national research programs
IDS-specific workinggroup within the EARTO (european association of RTOs)
STRONGLY ENGAGED
IN EUROPE AND WORKING TOWARDS IDSA HUBS
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MILESTONES REACHEDAND NEXT STEPS
ARCHITECTURE
First release of thereference architecturemodel in February as
base forstandardisation
INTERNATIONAL
Members all over theworld, major european
RTOs, intenseengagement in
european researchactivities
STANDARD
Foundation of a workinggroup at DIN to
create a DIN specification for the IDS
connector
HANNOVERMESSE
Breakthrough on Hannovermesse 2018
with multiple use cases
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THORSTEN HUELSMANN
DIRECTORINDUSTRIAL DATA SPACE ASSOCIATION
www.linkedin.com/in/thorstenhuelsmannecmde.slideshare.net/ThorstenHuelsmann
Joseph-von-Fraunhofer-Str. 2-444227 Dortmund | Germany
+49 231 9743 [email protected]
@ids_association#industrialdataspace
www.industrialdataspace.orgRessource Hub – Press Area – Blog
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Architecture
• Reference architecture
• Developing software components
• Standardization within DIN
• Configurating product backlog
Use-Cases & Requirements
• Transfer requirements of companies
to functional overview
• Support Use-Case integration
• Validation of IDS components
Certification
• Definition of requirements and
criteria for certification
• Certification roadmap
• Definition of components and roles
for certification
Exploitation & Business Modeling
• Development of user stories with IDS
in industries
• Defining regulation and market
incentives
• Strategic decisions
Legal Framework
• Consideration of legal aspects
within IDS
• Shaping the data economy
• Development IPR Policy
Communication
• Promotion of marketing and
communication of the initiative
• Communication strategy and actions
IDSA Annual Ordinary General Assembly
20.02.2017
3. Overview of Governance andWorking Groups
WORKING GROUPS AND TASKFORCES
HOW YOU CAN GET INVOLVED
• Piloting, applying and testing Industrial Data Space
• Implementing requirements in the development of the architecture
Use Cases
ArchitectureBusiness Development
• Support to help design the reference architecture
• Hands on workshops
• Agile software development
Workings groups
• Regular exchange with all member companies
• Dealing jointly with problems concerning data exchange
• Quick go to market
• Development of business models
• Development of common user models
• Joint use cases
Exchange of information
• Insights and business ideas
• Common events/Networking events
• Organisation of marketing activities/fairs
Standardisation/Certification
• Defining and implementing standards
• Designing the Industrial Data Space certification measures
Foto © Christian Rolfes/Ford