taiwan strategy in iot industry
TRANSCRIPT
Taiwan Strategy in IoT Industry
Daniel WangInstitute for Information Industry
Smart Network Systems Institute
November 2013
1
Outline
2
What is IoT?
The Trend of IoT Applications
Taiwan Strategy in IoT Industry
Conclusion
1
2
3
4
Institute for Information IndustryA Glance
Founded in 1979 as a Government Sponsored
Not-for-profit Organization
HQ in Taipei, with Goal to Develop a World-
class Information Industry in Taiwan
Facilitate the Development of Taiwan’s ICT Industry
Promote the Deployment of ICT in Public & Private Sectors
33 years of Continuous Growth
• Pivotal Contribution to the Development of Taiwan’s ICT Industry & Information Society
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Institute for Information Industry(Smart Network System Institute)
Ph. D. (7%)
Bachelor(18%)
1,900* College (5%)
Other (1%)
Board of Directors
Vice Presidents
President
Finance and Resource
Management Division
Southern Industry
Service Division
Smart Network System Institute
Innovative DigiTech Enabled
Applications & Services Institute
International Division
Information Technology
Services Division
Planning & Evaluation Division
Accounting Division
Auditing Office
Source: III, 2012.01
Industry Development
Augmentation Division
*figure includes 460 contractors
Cyber Trust Technology Institute
Master(69%)
Advanced Research Institute Human Resource
Development Division
Cloud System Software Institute
Digital Education Institute
Market Intelligence &
Consulting Institute
Science & Technology
Law Institute
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Core Competence of SNSI
LED Smart Lighting
Energy
Management
System (EMS)
Multi-source MulticastOn-board Unit
Remote DeviceManagement
Precise Positioningand Navigation
Traffic InformationCommon Platform
WiMAX Vertical
Private Network
LTE Protocol LTE Small Cell
4G/B4G
Essential IPR
Hybrid Sensor
Network Management
Power Line
Communication
(PLC)
Zigbee
Advanced Metering
Infrastructure (AMI)
Digital
Convergence
Android
Auro-testing
Smart TV
Middleware
3D MultimediaMulti-screen
Interaction
HIB TV Platform
NFC Smart
Guidance
Advance Traffic Signal System
Demand RespondTransit Services
3D MobileGraphicMappingAugmented Reality
Navigation
WiMAX PicoBS
Network
Management
4G/B4G
Verification
Platform
4G Access
Network
Android
Light-weight
System
Advanced
Broadband
CommunicationsTelemetics
Adaptive FleetRouting System
Sensor Network
and Smart Energy
Demand Side
Management
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Outline
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What is IoT?1
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The Architecture of IOT
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8
A Brief History of IoT
’80:
The Internet as
a network of
COMPUTERS
’90:
The Internet as a
network of
DOCUMENTS
’00:
The Internet as a
network of
PEOPLE
&
SERVICES
Tomorrow:
The Internet as a
network of
THINGS
TCP/IP HTTP Web Service Cloud Computng
IoT=Sensing
+
Networking
+
Intelligent
Outline
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The Trend of IoT Applications2
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Sensors LAN WAN Applications
Driving Forces of IoT
IoT applicationsEnergy, Healthcare, Transportation etc.
Telecom
Services
Government
Policy
MEMS
Technology
Sensor
Network
Applications
The Trend of IoT Applications
11Source: III
IBM + smarter planet = President Obama’s
National Urban Policy Smart Traffic, Energy, Food, Water, Supply Chains,
Region, Cities System
Sensing China: the 12th 5 year plan focuses
on Smart City
u-Japan focuses on IoT infrastructure
i-Japan 2015 focuses e-Gov, e-Healthcare
EU’s future internet project focusing on Smart Grid and Intelligent Transport
Outline
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Taiwan Strategy in IoT Industry3
Taiwan IoT SWOT analysis
Strength Opportunity
ANALYSIS
S O
Threat
T
Weakness
W
Proof of concept to
Competitive
Solutions
ECFA- China Market
ICT and Hardware
core competence
Strategic R&D in
IoT
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Size of market
Size of players
Market Maturity
Lack of total
solution
Lack of
government
support
IoT Roadmap of Taiwan
From RFID technology-driven applications, to holistic User-
centric i236 projects
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Smart Park
(Small scale Demo)Smart City
Home, Energy, Healthcare,
Transportation etc.Smart Town
(Large scale Demo)
Broadband Network
Networks and Components
I236
Project
Biotech
Tourism
Green
Healthcare
Agriculture
CultureSensor Network
(RFID)Digital TV Network
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Sensing
Devices
Snesor Networks
Public Network Private Network
Area NetworkLocal Area Network
Networks
OGC based Communication ServerEvent
Management
System Management / Operations
Performance Demand / Supply
Management Management
Time Synchronization
Management
Data ManagementSecurity Management
Service Oriented Architecture (SOA)
Complex Event Processing (CEP)
Components
Broadband Network
Sensing &
Device ActuatorDevices
Service Platform and Optimization
Scenario Planning and Identification
Behavior Modeling and Recognition
Sensing Technologies
Cloud Platform (CAFÉ)
III’s IOT System Implementation
IOT Data Analytics and Service Models
Energy Management, Transportation, Tourism etc. – Big Data
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Smart City
Solutions
1.Industrial and Commercial AMI system
Core Technology
High Inter-operability platform
High reliability (99% on-line)
High Inter-operability: propose system specification and supports different meters
System specification
Automated Meter Readings
Consumption Database
Event Detection and Messaging
Competitiveness Edge Self R&D AMI system Technology License to Tatung Contract with Taipower for the first AMI
system in Taiwan
Project Results
Taipower TMAP system
Currently 700 meters, plan to deploy 23,000 meters in 2012
Taipower TMAP
System
Meter Readings
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2.Intelligent Energy Management System
Core Technology
Using stochastic load forecasting methods to optimize energy contract volume
High-reliability and high scalability platform
Appliance monitoring
System Specification
Automated real-time data collection
Multipurpose analysis reporting
Event detection and messaging
Load Forecasting and intelligent control
Competitiveness Edge
“Low cost and easy to install” solution
24hr online real-time data
Open and standard communication interface
Project Results
Six 7-11 convenience stores in Taipei
AUO office for 50 people in Taichung
Naluwan Hotel in Wulai
Four retirement homes
能源監控圖
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3.Intelligent Lighting System
Core Technology
Light quality sensing and harvesting
Lighting equipment state inference
Lighting equipment synchronization
System Specification
Intelligent management system
Self-adjustable luminous
Real-time event detection
Competitiveness Edge
Lighting system improvement
First networked lighting monitor and control system
Multiple usage of LED
Increased energy savings
Project results (Sanchung City)
Chongshan parking lot (8 stories tall)
Municipal library parking lot
Rose parking lot
Microwave
directional
sensor
Infrared
Sensor
Car park
floor plan
User Interface
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4.Taipei Port
Core Technology
Wireless Sensor Network Deployment
Vehicles position tracking
Wireless electronic badge
System Specification
WSN Platform
WSN increases efficiency
Intelligent position tracking
Real-time information update to reduce waiting time
Automated truck recognition to reduce delivery error rate
Competitiveness Edge
Idle rate: 50% ↓ 36.98%
CCR recognition rate: 90% ↑ 96.79%
Ship standby time: 11~12 Hr ↓ 9 Hr
TEU: 25 Move/Hr ↑ 36.18 Move/Hr
Project Results
Taipei port pier 1move: 貨櫃搬動次數
Badge
Truck device
Sensing
Device
Port monitoring
interface
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Outline
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Conclusion4
Conclusion
The IoT application is a “natural” evolution of
Internet application
A new opportunity for Taiwan ICT industry and a
step towards Intelligent Living
Focus resources on profitable areas and the biz
model is the key
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Thank you
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