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1 © Nokia Solutions and Networks 2014
Impact of Connectivity on
Sustainable Development
66
Workshop FIESP – Outubro 2016
2 © Nokia Solutions and Networks 2014
Are we ready for the future?
<Change information classification in footer>
3 © Nokia Solutions and Networks 2014
4 © Nokia Solutions and Networks 2014
Industry 4.0 – Towards a Digital and Networked EconomyConcept of the Industrial Communication of the Future
•Industry 4.0 covering
mainly the Manufacturing
industry.
•Industrial Internet
Consortium (IIC) having
additionally:
Public Sector,
Health Care, Transportation
and Energy/Utilities
5 © Nokia Solutions and Networks 2014
Manufacturing Industry is a large market with big economic valueConcept of the Industry 4.0
Source: Berg Insights
6 © Nokia Solutions and Networks 2014
Industrial Infrastructure Control HierarchyConcept of the Industry 4.0
MActuators/Sensors
Field Equipment
Cell/Line
Factory
Company
Controller Framework
Drive Control
Motion Control
Logic Control
Indoor Traffic Control
Logic Control
Manufacturing Operations
& Control
Business, Engineering &
Logistics PlanningLevel 4 Systems (PLM/ERP)
Indoor Mobility Control
Level 3 Systems (MES)
Level 2 Systems (SCADA)
Level 1 Systems (PLC,
field bus)
Level 0 Systems <<1ms
1 ms
1-10 ms
1-10 ms
Min. - hrs
Days- weeks
Potential
for
Wireless
Wired
Cycle Times
Enterprise IT Domain
Industrial Automation Domain
Value Chain Level 5 Systems
(SCM/PLM)
Days- weeksCross-company
collaboration
7 © Nokia Solutions and Networks 2014
Network of Industrial Clouds
Factory Cloud
Company Cloud
Partner Cloud
Public Clouds and
Infrastructure
8 © Nokia Solutions and Networks 2014
Scenario for Industrial Communication in a Local Area ContextConcept of the Industry 4.0
Private 4G/5G BTS and Edge
Cloud with
local GW and integrated
industrial PaaS (IoT platform,
analytics, etc.)
Local Sub-Licensed Spectrum
Private Cloud
Data CenterPublic Cloud
Virtual ICT Resources Control (e.g. SDN)
(Private) Cloud Security
Integrated High Accuracy
Indoor Positioning (HAIP)
4G/5G based
Distributed Antenna
System (DAS)
Interfaces/APIs to local applications (ERP/MES/PLM/CIM/CAx)
Meshed Bluetooth LE
(PAN)
Low energy sensor data
collection
Public 4G/5G
Private
Local 4G/5G
Latency, error-rate optimized
4G/5G resource allocation for
industrial use cases
New authentication mechanism (SIM-less)
9 © Nokia Solutions and Networks 2014
Reuse of existing building blocks and reengineer for manufacturing customers
Concept of the Industry 4.0
Private 4G/5G BTS and Edge
Cloud with
local GW and integrated
industrial PaaS (IoT platform,
analytics, etc.)
Local Sub-Licensed Spectrum
Private Cloud
Data CenterPublic Cloud
Virtual ICT Resources Control (e.g. SDN)
(Private) Cloud Security
Integrated High Accuracy
Indoor Positioning (HAIP)
4G/5G based
Distributed Antenna
System (DAS)
Interfaces/APIs to local applications (ERP/MES/PLM/CIM/CAx)
Meshed Bluetooth LE
(PAN)
Low energy sensor data
collection
Public 4G/5G
Private
Local 4G/5G
Latency, error-rate optimized
4G/5G resource allocation for
industrial use cases
New authentication mechanism (SIM-less)
rfViewLASS LTE-M
Liquid Applications
BTLE & HAIP (Tech)
Big Data & Analytics for Manufacturing
API mgt. Platform
Security
SDNOrchestrator
Small Cell
Air Frame
Whispernet
NetLeap
Requires Manufacturing Industry Specialization (Customers/Partners)
BENI
IoT Platform
10 © Nokia Solutions and Networks 2014
Scenario for Industrial Communication in a Wide Area ContextConcept of the Industrial Communication of the Future (ICF)
Public 4G/5G
Private Cloud
Public Cloud
Private
Local 4G/5GPrivate
Local 4G/5G
Virtual Private Network (VPN)
inside Public Infrastructure
Programmable
Real-time
Supply Chain
Secure
seamless
WAN/LAN +
ICT infra
Multi-purpose and lot size
one factory. Instant new
product introduction
(“Contract Manufacturing”)
Real-time response to supply
chain changes
Instant production
reconfiguration
Multiple customers with
different products
Collaborative
applications and data
sharing platform
Automatic subscription a nd
provisioning
SIM-less
Network slicing
11 © Nokia Solutions and Networks 2014
INTERCONNECTED AUGMENTED REDEDICATED AUTONOMOUS
VIRTUAL TACTILE REVOLUTIONIZEDSUPEREFFICIENT
4th industrial revolution: create an "artificially intelligent" production
system
Production materials with IC chips
Arrange themselves for optimal production efficiency
Dialogue between e.g. 3D printers
Manufacture a wide variety of products in small quantities
Cooperate in completely new ways
Integrate operations Remotely steer robots with
integrated surveillance cameras
50%Improvement of manufacturing productivity in 10 years
Zero-inventory production system; Minimized labor and energy costs0
Fleet of robots is supervised, updated and controlled by a cloud service
Autonomous vehicles in warehouses move around at high speeds
REVOLUTIONIZED
“4th industrial revolution: Creating an artificially intelligent production system – drastically increase industrial competitiveness”Nikkei Asian Review
12 © Nokia Solutions and Networks 2014
• Connectivity has changed the world for good
• Positive impact overrides the negative big time
• Connectivity has enormous potential for sustainable development
- Every field including the sub-fields have and will have massive benefits
• The IoT will bring limitless opportunities for individuals, industries and the society
- Economic growth and energy-related CO2 emissions have been decoupled last year!!
Conclusions
6