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TRANSCRIPT
SMART CITY ARCHITECTURE AND FEATURES
Dr. Jing Cheng
Advisor, Zingbox, Inc. Mountain View, CA, USA
Advisor, Innobridge Capital Management LLC, Santa Clara, CA, USA
The Evolution of the Internet
Internet of Everything
Digitize the World Connecting:
• People • Process • Data • Things
Intelligent Connections
Connectivity Digitize Access to Information • Email • Web Browser • Search
Immersive Experiences
Digitize Interactions (Business & Social) • Social • Mobility • Cloud • Video
Networked Economy
Digitize Business Process • E-commerce • Digital Supply
Chain • Collaboration
Business and
Societal Impact
IOE Value
Private Sector Breakdown $14.4T
$ 19 T Value at Stake
Public Sector Breakdown $4.6T
$2.5T Asset Utilization
$2.5T Employee Productivity
$2.7T Supply Chain/ Logistics Efficiency
$3.7T Improved Customer Experience
$3.0T Innovation
$1.8T Employee Productivity
$1.5T Connected Militarized Defense
$740B Cost Reduction
$412B Citizen Experience
$125B Increased Revenue
Internet of Things Vertical Conversations
Government Government remains the most referenced vertical in
November. Reports around China’s ambitions to lead
the IoT space emerged whilst examples of recent
government initiatives (UK’s ‘smart city’) already
prove the applicability.
Top 3
Healthcare M2M conversations dominated November’s IoT
agenda and healthcare remains an often cited sector.
‘Connected healthcare’ is one of the newly coined
terms and GE already calculated the potential
benefits (1 hour of added productivity)
Manufacturing McKinsey kicked things off last month with a report on
the manufacturing future which sparked the M2M
conversation further amongst other things.
8%
10%
23%
22%
22%
15%
Financial Services
Education
Government
Healthcare
Manufacturing
Retail
Top 10 Public IOT Insights
Environmental concerns continue to grow deeper. Cities need to manage their carbon footprint and improve sustainability
City Challenges
Cities need to better manage their infrastructure to address key social, environmental and economic concerns
City Challenges
Rapid urbanization • 50 % of world population lives in the cities • 6.3 Billion will live in cities in 2050, up 70% from
3.6 Billion in 2010
Implication
Environmental pressure • Cities are responsible for between 60-80% of the
world’s energy and GHG emissions • Cities consume 60% of all water and lose as much
as 20% in leakage
Cities need to manage livability index more than ever to retain and attract trade, commerce & talent
Economic pressure • Large section of developed world will grow
between only 0-2% in 2013 • Recent economic recovery has not resulted in
proportional job growth
Pressure on the city infrastructure will continue to rise. Maintaining citizen quality of life is going to be a challenge
Smart City Deployment Issues
Parking optimization City lighting Public Safety Traffic Management
Pollution/ Environment Waste
management
Traffic Management Solution
Infrastructure
Public Safety Solution
Infrastructure
Street Lighting Solution
Infrastructure
Environment Management
Solution Infrastructure
Waste Management Solution
Infrastructure
Parking Solution Infrastructure
Cities have traditionally addressed these issues in silos, creating duplication in investment and limiting effectiveness Every city department makes investments independently No sharing of infrastructure No to minimal sharing of data
IOE Architectural Tenets
App Store
App Mgmt
Application Enablement
Cyber
Physical
Security
IT/OT
Protocols
Convergence
Key Tenets of IoE
Smart City Architecture Model
Local Storage/Processing Collect
Analytics Share Security Data Storage
Application/Service Enablement
Sensors (Legacy, Digital, Analog)
Machines People Vehicles
Private Apps/Svcs Public Apps/Svcs
Gateway/Interconnect (LoRa, WiFi, Cellular, Wired….)
Sensor Connectivity Model
Common de-facto interfaces allowing heterogeneous sensors to be interconnected
Public/Private WAN Network (wireless/wired)
Low Power Wide Area Architecture
LPWA Access Point
LPWA Access Point
LPWA Access Point
LPWA Server
Note: Based on ETSI LTN, IBM LRSC
Public/Private Network
WAN Aggregation
Network /Device Management
AAA/Security
LPWA Device
LPWA Device LPWA Device
LPWA App Server
Applications
LPWA Application Provider
LPWA Service Provider
AAA
LPWA Application Provider
AAA Mobile SP
Infrastructure
Applications
Applications LPWA App Server
LPWA App Server
Small, Embedded, low
cost smart device
Cloud-based Radio and
Packet management
AP: terminates Radio and proxy
packets
Low Power, Long Range
Radio
Per application secure data management
Gateway Interconnect Architecture Model
• Support sensor discovery/connection
• Policy control local processing/analytics
• Local alarm/control interface
• Data transformation, compression
• Cloud backend communications
Architecture – Data Processing Model
13
Evaluation against Rules and Data Aggregation/Normalisation (Performance Data and Alarms)
NOC (Configuration, Alarm Consoles, BI and Reporting)
Historical Data (periodical Export)
Alarms and Events (immediate delivery)
Raw Measurements (Voltage, Current, Resistance,
Binary, Integer, Float, …)
• Data Security - Machine intelligence to discover, analyze and secure IOT deployments
- Layered defense approach
• Cloud-based Big Data Analytics - Trending analysis for patterns and correlations
- Predictive/behavior analytics
- Analyze program integrity to identify problems
Application/Service Enablement
• Data Visualization - Extraction of meaningful information from raw data
- Incorporate GIS for location information
- 2D to 3D visualization
• Collaborative Data Sharing - Standardized open data interfaces
- Rich data sets across departmental silos
Application/Service Enablement - continued
• Build platform for smart city - Build foundation system for the first solution and reuse for roll out of additional
services
• Collaborative ecosystem - No single company can do it all
- Group of companies collaborate on solutions that run on top of foundational platform
• Citywide communications network is one of the key foundations for smart city readiness
Trends for Smart City Transformation Planning
Smart City Maturity Model
Step by Step Evolutionary Approach
Incremental
Technology
Investment
Parking optimization City lighting Waste management
• A network of
sensors providing
real time status on
vehicles / congestion
• Video Camera for
monitoring and
validation of incidents
• Data Center
Resources
• IoT Middleware
• Traffic Management
Application
• Video Cameras
• Video Management
and Storage
• Video Analytics
• Collaboration Tools
• Operator Interface
• Smart LED devices
on street light pole
• Monitoring/Control
Application
• Pollution (air, noise)
sensors
• Analytics application
• Waste sensors in
containers
• Monitoring/Reporting
application
• Parking Sensor
• End user mobile,
kiosk application
• City wide sensor data of traffic, parking, pollution sensors • City wide camera feeds of various roads, sensitive areas and public buildings • City wide lighting, safety & crime rate data
• City wide utilities data
• Core Network, Storage
• Field Area Network, IoT Middleware, Wireless Mesh
• Management applications
• Multi Service Kiosk
• Smart light pole to host Field Area Network, Cameras, continuous power to Field Area Network devices
Common
Data
Pollution/ Environment
Common
Infrastructure
Public Safety Traffic Management
Smart City Use Cases - Examples Project Highlights Cities
Nice
Use Cases: Smart Street lighting at multiple areas within the city
Barcelona
Use Cases: Parking, Traffic, Air, Noise Sensors, Lighting, Waste Collection
Use Cases: Smart parking, smart traffic, smart street lighting
Amsterdam
Use Cases: City Wifi, Smart city hall services, Street lighting evolve into infrastructure management use cases such as security, utilities
Copenhagen
Use Cases: City Wifi, Smart street lighting, Public safety,
Kansas City
Deployment Configuration – Example
Gateway Router
Switch
LPWAN/LTE/WiFi/Ethernet
Modbus sensors
Legacy sensors
IP Sensors
uplink Cloud-based Data Analytics
BLE Sensors
Thank You