iot and digital manufacturing - actemium belgium
TRANSCRIPT
Alexis Malchair
Solutions Sales Manager, Internet of Things
June 2016
IOT and Digital Manufacturing The new evolution
Digitization Trends Across Major Industries
ENABLE NEW BUSINESS MODELS
Create recurring revenue models with increased customer intimacy
TRANSFORM BUSINESS PROCESSES
Higher productivity by predictive maintenance and better asset utilization
Smart Manufacturing Grid Modernization Shopper Insights
IoT Enabling Transformation
Smart Cities Connected Transit Smart Space
Where is the value
Connect the
Unconnected 50Billion
Smart Connected Devices by 2020
Hyper-connectivity, IT and OT convergence
Interoperability across silo’ed systems
required to capture 40% of IOT value
<1% of data currently used, more can be
used for optimization and prediction
Over 60% of the IOT value will be
generated in Enterprise deployments
Source - McKinsey: The Internet of Things: Mapping The Value Beyond The Hype
CONTROL
ACT
AUTOMATE
IoT: The Internet of Things
Sensors
Connectivity
Analytics & insights
Processes & integration
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Christian Horner Team Principal, Infiniti Red Bull Racing
“The network will play a crucial part in how we develop the car; gathering data, learning from it and adapting will ultimately determine our season.”
A New Industrial Revolution Digitizing Manufacturing to Capture the Value of the Internet of Everything
18th
Century
Steam
20th Century
Mass Production 70’s
Robots
Today
Digitization
Technology
Progress
Smart
Devices
Digital Manufacturing Priority Investments #1 Analytics | #2 Connectivity | #3 Automation | #4 Mobility
Source: SCM World/Cisco “Smart Manufacturing & the Internet of Things 2015” survey of 400 Manufacturing Business Line Executives and Plant Managers across 17 vertical industries.
Design principles for Industry 4.0
• There are 6 design principles
1. One open standard for communication
2. Virtualization and simulation models of production
3. Flexible and decentralised control
4. Capability to collect, process and store data in real time
5. Service possibillities over the network
6. Modular and flexible production for fast adoption and small seriespå produkt
Reduction in
Defects
49%
Defect rate
down from
4.9%
to 2.5%
Reduced
Downtime
48%
Unplanned
downtime down
from 11%
to 5.8%
OEE
Improvement
16%
Average OEE
improved
from
74% to 86%
Improved
Inventory
35%
Inventory
turns increased
from
14 to 19
Reduction in
Energy Use
18%
Annual energy
cost down from
$8.4M
to $6.9M
The Real Economic Value is Immense
New Product
Introduction
23%
New product
introduction cycle
time reduced from
15 to 11
Source: SCM World/Cisco “Smart Manufacturing & the Internet of Things 2015” survey of 400
Manufacturing Business Line Executives and Plant Managers across 17 vertical industries.
Digital Manufacturing Driving Business Outcomes
Disruptive Trends in Manufacturing
Security Convergence
Convergence (industry 4.0, Industrial Internet Consortium) • Network integration between machine and factory
• Factory network integrates with the enterprise network
• Single network platform
Increased focus on Services by OEM’s • Customer demand for high availability and uptime
• Take control of after market for parts and tools
• Remote connectivity and monitoring to reduce service costs
• Zero touch deployment and provisioning
Data Driven Manufacturing • TQM: Real time quality control with in-line re-work
• Real time operator visibility with OEE alerts from OEM
• Flexible cell manufacturing, rapid re-tooling
Secure Operations and Machines • Operations needs IT to address security
• Security strategy drives new business and partnership models
• Framework approach to address organization boundaries
Manufacturing Data Cloud Services
Smart Industry
Day -
16/06/2016
9
IOT Standard topology
Ethernet/IP, Profinet or any standard Ethernet protocol
Real–Time Control
Fast Convergence
Traffic Segmentation and Management
Managed switches
Site Operations and Control
Multi-Service Networks
Network and Security Management
Routing
Application and Data share
Access Control
Threat Protection
Gbps Link for Failover Detection
Firewall (Active)
Firewall (Standby)
HMI Scada
Application Servers
Cisco ASA 5500
Cisco Catalyst Switch
Network Services
Cisco Catalyst 6500/4500
Cisco Cat. 3750 Switch Stack
Patch Management Terminal Services Application Mirror
AV Server
Cell/Area #1 (Redundant Star Topology)
Drive
Controller
HMI Distributed I/O
Controller
Drive Drive
HMI
Distributed I/O
HMI
Cell/Area #2 (Ring Topology)
Cell/Area #3 (Linear Topology)
Layer 2 Access Switch
Controller
Enterprise/IT Integration
Collaboration
Wireless
Application Optimization
Cell/Area Zone Levels 0–2 Layer 2 Access
Manufacturing Zone Level 3 Distribution and Core
Demilitarized Zone (DMZ) Firewalls
Enterprise Network Levels 4–5
Web Apps DNS FTP
Internet
Cisco Validated Ethernet Architecture
Supply chain
Factory IT in a Box
Fog-Edge Cloud Core Data Center
Backup &
Replication
Backup & Replication
Management Centralized
SW/HW
Machine
Adapter
Connected Machine service model
Machine monitoring
Machine as a Service
green light,
utilization,
OEE
streaming analytics
Zero Down Time like Services
Condition based Monitoring
New OEM services models w/ SLA’s
Machine, Process, & Quality Optimization
Advanced Analytics
Cloud or Data Center Manufacturing Plant
Connected Machines
Rapid Provisioning
IT/OT Interface, security
Network Hosted
OPC MTConnect IoT SW
Agents
1:1 machine
1:1 cell
1:1 Plant
Plant Level
Systems
OEM
MES
Quality
OEE
Plant
Perimeter
FW
DPI
Policy
Data Center
Perimeter
FW
DPI
Policy
Data Store
Applications
Analytics
Visualization
1 Persistent
Secure
Connection
Transaction/Streaming
Utilization
OEE
Machine Application (ZDT, Advanced Quality Monitoring, Advanced Analytics)
IT/OT, Security, NAT
Plant
Network
Plant
Systems
IoT Platform
embedded/cell
Distribution