Consumer vs industrial IoT
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This document discusses concepts and solutions for Industry 4.0 from IBM's perspective. It addresses: 1. Questions around whether today's machines should be able to communicate like humans on social media platforms and whether cloud technologies can truly scale infinitely. 2. Issues that arise when standards are missing for Industry 4.0 projects and whether projects should wait for standards. 3. Differences between consumer gadgets/automobiles and industrial production machines, and the implications of open vs. closed environments and 2-layered vs. 3-layered architectures.
Consumer vs industrial IoT
- 1. 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]
- 2. IBM Industrie 4.0 Core Tech Team 2 Today’s machines can twitter… Should they?
- 3. IBM Industrie 4.0 Core Tech Team 3 Cloud scales infinitely… Really? Source: IBM Global Technology Outlook 2015 © Versonnen / PIXELIO
- 4. IBM Industrie 4.0 Core Tech Team 4 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 Follow Book from Steve Tobak
- 5. IBM Industrie 4.0 Core Tech Team 5 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
- 6. IBM Industrie 4.0 Core Tech Team 6 “Consumer” IoT 2-Layered Architecture Cloud Cloud Machines (CPS / SPS+) Factory (Smart Manufacturing Bus) Cloud (PaaS) Industrial IoT 3-Layered Architecture
- 7. 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 COLLABORATIVE DEVELOPMENT DEVICE MANAGEMENT RULES CONFIGURATION MANAGEMENT SHOPFLOOR WORKFLOW PRODUCTION MACHINES TRANSFORMATION & CONNECTIVITY BACKEND SYSTEMS INTERSERVICE COMMUNICATION Smart Manufacturing Platform MACHINE DATA STORE SHOPFLOOR ANALYTICS DATA INTEGRATION STREAMING COMPUTING ENTERPRISE-WIDE ANALYTICS GATEWAY ACTIONABLE INSIGHT Cyber- Physical Systems SMART DEVICES & TOOLS WATSON SERVICES IoT Gateway CENTRAL IT MOBILE BACKEND APPLICATION IoT / PaaS 1 2 3 4 5 6 7 89 10 PARTNER SYSTEMS
- 8. IBM Industrie 4.0 Core Tech Team Industrie 4.0 Architecture – Minimal Start Configuration EDGE FACTORY CLOUD SECURITY SHOPFLOOR WORKFLOW PRODUCTION MACHINES TRANSFORMATION & CONNECTIVITY BACKEND SYSTEMS INTERSERVICE COMMUNICATION Smart Manufacturing Platform MACHINE DATA STORE SHOPFLOOR ANALYTICS SMART DEVICES & TOOLS CENTRAL IT 1 3 5 Typically present (MES) IBM Industrie 4.0 StarterPack Present (ERP, Quality Mgmt., Logistics, etc.) PARTNER SYSTEMS
- 9. 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 alert 2. Image Recognition 3. Watson Conversation
- 10. Watson Maintenance Advisior Live Demo: https://www.youtube.com/watch?v=6MzIt865HNc
- 11. IBM Industrie 4.0 Core Tech Team 11