How can Smart Cities benefit from IoT standards in their water management deployments, short-term, mid-term and long-term

1. INTEROPERABILITY FOR WATER
MANAGEMENT IN SMART CITIES
Nicolas Damour, Sierra Wireless
oneM2M Architecture WG Chairman

2. The City… of People

3. The City… of Things

4. Embedded
Wireless
Modules
Gateways
and Modems
Intelligent
Comm. Devices
Secure Cloud
Services
Smart Connectivity
Service
Sensors and
Actuators
Applications
and Analytics
Connecting People & Things

5. The Smart Spaghetti City?

6. Transport
& Mobility
Security &
Police
Building
Management
The Smart City – in silos
Water
and Energy

7. The Smart City – some spaghetti?
Transport
& Mobility
Security &
Police
Building
Management
Water
and Energy

8. Stop! Think - a horizontal approach

9. Common networks for citizens and things
Transport
& Mobility
Security &
Police
Building
Management
Water
and Energy
Communication Networks

10. Connected things and Communication Gateways
Common objects and gateways
Transport
& Mobility
Security &
Police
Building
Management
Water
and Energy
Communication Networks

11. Communication Protocols
Connected things and Communication Gateways
Common Communication Protocols
Transport
& Mobility
Security &
Police
Building
Management
Water
and Energy
Communication Networks

12. Communication Protocols
Connected things and Communication Gateways
Horizontal IoT Service Platform
The Smart City – lasagna please
Communication Networks
Transport
& Mobility
Security &
Police
Building
Management
Water
and Energy

13. Layered Architecture for IoT
Server / Cloud
Infrastructure
Field Connected
Machines
IoT InfrastructureIoT Device
IoT Server
Application
IoT Device
Application
Application Layer
Service Layer
Network Layer
Cellular, xDSL, Satellite, Wifi,
Bluetooth, Zigbee…
IoT/M2M
Service Platform
IoT Embedded
Service Layer
IoT Service
Platform
Network

14. Interoperability & Standards
 Benefit 1: Short-term: Reduced Deployment & Operation Costs
 Sharing and reuse of infrastructure and field devices
 Cost-effective products thanks to shared R&D efforts
 Easier and cheaper integration and application development
 Deployment of open source products in some cases
 Benefit 2: Mid-term: Sustainable Investments
 No vendor lock-in
 Benefit from further evolutions of the standards as they grow
 Benefit 3: Unforeseen: Improved opportunities
 Ability to easily interconnect with other systems and applications
 Sharing and reuse of data beyond Smart Water (towards Smart Cities)
 Fostering of new applications and business models

15. Overview of IoT Standards
Guidelines
Protocols Full platformsConnectivity
MQTT
OMADM LWM2M
HTTP CoAP TLS DTLS
EC-GSM LTE-M NB-IoT

16. Interoperability in Smart Water/City
Street Lighting
• Big Data & Analytics
• Storage
• Application Mash Up
& data reusability
(semantics)
Video Surveillance
Service layer
&
Semantics Abstraction
Video App
Water Mgt
App 2
Water
management
platform
Water Mgt
App 1
Lighting
App 2
LWM2M
LWM2M
LWM2M
LWM2M LWM2M
LWM2M
LWM2M
LWM2M

17. Public Lighting
Video SurveillanceWater Management
Parking / Elec. Vehicles
Traffic Systems
Energy Management
WasteSignage
in the Smart City

18. Over 200 active members
www.oneM2M.org
Created in 2012 to specify and promote
a standard for an IoT/M2M Common Service Layer
The oneM2M partnership

19. Let’s try it out!
www.mangoh.io
100mm
120mm
Wakaama
www.legato.io
Contact: Nicolas Damour - ndamour@sierrawireless.com
www.airvantage.net
Looking forward to being more active in SWAN
And in the Interoperability Workgroup