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IBM Industrie 4.0 Core Tech Team IBM Industrie 4.0 Core Tech Team 2. Roundtable SPS 4.0 − Experts in Excellence June,15 2016 From the IT for the Industry Cloud Concepts and Solutions, Technology, Experience and Outlook Plamen Kiradjiev Industrie 4.0 Chief Architect IBM TechSales Industrie 4.0 [email protected]

Consumer vs industrial IoT

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Page 1: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

IBM Industrie 4.0 Core Tech Team

2. Roundtable SPS 4.0 − Experts in Excellence

June,15 2016

From the IT for the Industry

Cloud Concepts and Solutions, Technology, Experience and Outlook

Plamen KiradjievIndustrie 4.0 Chief Architect

IBM TechSales Industrie 4.0

[email protected]

Page 2: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

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Today’s machines can twitter…

Should they?

Page 3: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

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Cloud scales infinitely…

Really?

Source: IBM Global Technology Outlook 2015

© Versonnen / PIXELIO

Page 4: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

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Missing Industrie 4.0 Standards…

Should projects wait?

© S. Hofschlaeger / PIXELIO

“IT Floor” lessons learned:

• two Web Services enabled systems do not

communicate directly out-of-the-box

• Standards as common denominators

• Differentiation through extensions

=> Real Leaders Don't FollowBook from Steve Tobak

Page 5: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

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Gadget & Auto…

What do they have in common opposed to a production machine?

Open vs. closed environment

“Consumer” vs. Industrial IoT

2-layered vs. 3-layered architecture

pattern

Page 6: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

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“Consumer” IoT2-Layered Architecture

Cloud Cloud

Machines

(CPS / SPS+)

Factory

(Smart Manufacturing Bus)

Cloud

(PaaS)

Industrial IoT3-Layered Architecture

Page 7: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

Industrie 4.0 Architecture

EDGE FACTORY CLOUD

This three-layered distributed architecture takes into account the

requirements for autonomy and self-sufficiency of each productive

site and balances workload between Edge, Factory and Cloud.

SECURITY DEVOPS COLLABORATIVEDEVELOPMENT

DEVICEMANAGEMENT

RULES CONFIGURATIONMANAGEMENT

SHOPFLOORWORKFLOW

PRODUCTION MACHINES

TRANSFORMATION& CONNECTIVITY

BACKENDSYSTEMS

INTERSERVICECOMMUNICATION

Smart Manufacturing

Platform

MACHINE DATA STORE

SHOPFLOORANALYTICS

DATAINTEGRATION

STREAMINGCOMPUTING

ENTERPRISE-WIDEANALYTICS

GATEWAY

ACTIONABLEINSIGHT

Cyber-Physical Systems

SMARTDEVICES &TOOLS

WATSON SERVICES

IoT Gateway

CENTRAL IT

MOBILE BACKENDAPPLICATION

IoT / PaaS

1

2

3

4

5

6

7

89

10

PARTNERSYSTEMS

Page 8: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

Industrie 4.0 Architecture – Minimal Start Configuration

EDGE FACTORY CLOUD

SECURITY

SHOPFLOORWORKFLOW

PRODUCTION MACHINES

TRANSFORMATION& CONNECTIVITY

BACKENDSYSTEMS

INTERSERVICECOMMUNICATION

Smart Manufacturing

Platform

MACHINE DATA STORE

SHOPFLOORANALYTICS

SMARTDEVICES &TOOLS

CENTRAL IT

1

3

5

Typically present (MES)

IBM Industrie 4.0 StarterPack

Present (ERP, Quality Mgmt., Logistics, etc.)

PARTNERSYSTEMS

Page 9: Consumer vs industrial IoT

IBM Industrie 4.0 Core Tech Team

Watson Maintenance Advisor in the 3-Layers SMP Architecture

RFID Antenna

Camera

Worker Assistance System

TellMeWhatsUp @theLine

1. Potential problem alert2. Image Recognition

3. Watson Conversation

Page 10: Consumer vs industrial IoT

Watson Maintenance AdvisiorLive Demo: https://www.youtube.com/watch?v=6MzIt865HNc

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IBM Industrie 4.0 Core Tech Team

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