2

Wireless

Technologies

Stefano Strapparava

Smart Services International

Switzerland

3

Internet of Simple Things

The IoT Cycle – From data acquisition,

through the LPWAN networks, to Niagara

4

Io(S)T – Internet of Simple Things

“Things” can be interconnected and communicate through Internet by

means of a Technology that, as such, is known as IoT.

Such a Technology may be applied in several fields like Building

Automation, Smart Cities, Industry, Retail to the Consumer Market....

What are the basic components to build up an IoT application?

5

Io(S)T – The pillars

– Electronic devices: as physical interface to the Things for the first data

exchange (i.e. environmental parameters, statuses, localisation and so on).

We can define this as the “field technology for data acquisition”.

– Connectivity: the technological Infrastructure to transfer the acquired data

(LPWAN Sigfox).

– Framework: to collect the data and make possible: visualisation, history,

data sharing with multiple users (Tridium Niagara Framework).

– Specific applications: to analyse big amount of data and extract the

information related to the business they are related to (Niagara Analytics).

6

Io(S)T - Electronic Front End

Low Radio Frequency sensors with a Low Energy footprint

• SSI designs and produces a wide range of wireless

sensors and actuators

• Factory calibration SoC (System On Chip)

• 433MHz ISM band (Narrow Band Long Range

Operation) Europe

• 868 MHz, +14 dBm Sigfox Europe

• 902 MHz, +22 dBm North America, Brazil

• Native Connectivity with Sigfox Network

• Powered by std alcaline batteries (option)

• Real integration inside N4 (SSI-DR-SIGFOX – SSI

driver for Sigfox)

• Design customisation

• High quality production standards (EU product)

7

Io(S)T - Connectivity

The Global Communication Service Provider

• Established in 2009 in Paris – France

• Fast development of the network in Europe and

Worldwide

• LPWAN-UNB Sigfox working on 868 MHz (EU)

• Seamless integration at International level

• Global reach

• Small messages from field devices

• Easy to use and deploy Simplicity

Costeffectiveness

Energy efficient

Globalreach

8

Io(S)T – Global Coverage

NETWORK

• 2.3 mln sq km covered

• 589 mln people

• 50 countries confirmed

• 38 countries fully covered

• More than 60 countries to be

covered within the end of 2018

https://www.sigfox.com/en/coverage

9

Io(S)T – Radio Zones

• RC1: Europe, MEA

868 MHz, +14 dBm

• RC2: North America, Brazil

902 MHz, +22 dBm

• RC3/5: Japan, Korea

920 MHz, +14 dBm, LBT

• RC4: South America

920 MHz, +22 dBm

10

Io(S)T – Data flow

IoT Management

System

IoT Service Device Owners

Devices

High Capacity

Global Network

Connectivity

SSI devicesSmall messages

Web/Mobile

Applications

Admin Management

Portal

IoT / Big Data Process

Management & Analysis

SSI Driver for

Sigfox /N4

11

Io(S)T - Data integration inside N4

SSI-DR-SIGFOX - Main features

• Made by SSI

• Available for server (WS) and local applications (WB or Jace8000)

• Autodiscover of the registered Sigfox devices

• License limited by active devices

• Points generated according to Tridium standards

• Installation manual

12

THANK YOUStefano Strapparava

Founder and Owner

Smart Services International SaglTridium OEM & Business Partner

Head Office & Operational Office:

Via Lavizzari, 11A

Aldany Building

6830 Chiasso - Switzerland

Tel./Fax: +41 (0)91.682.4190

Mob.: +41 (0)79.928.1137

E-mail: stefano.strapparava@smarts-int.com

13

Appendix

14

Sigfox System ArchitectureSource: Sigfox

1

4

Customer ITBig Data

analytics

platforms

Object data

Partners with

specific

applications for

your business

Data storage

and

intelligence for

verticals

Identification

and

authentication

integrity

0 to 12-byte

messages

optimized for

sensor data

High capacity

network: over 1

million messages

per Base station

per day

0 to 140

messages per

day per device

Transmitted

through its radio

protocol on the

public spectrum

Global

network

SIGFOX

cloud

15

Sigfox System ArchitectureSource: Sigfox

1

5

1 % duty cycle for Objects (ISM

limitation)

• Up to 6 messages of 12 bytes /hour

• Up to 10 messages of 1 byte / hour

UPLINK

12-Byte payload

- Sensor data

- Event status

- GPS fix

- Application data

DOWNLINK

8-Byte payload

- Action / actuator trigger

- Device management

- Application parameter setting

10 % duty cycle for Base Stations

• 4 guaranteed downlink msg/day

• More downlink possible

SIGFOX

CLOUD

17

Wireless

Technologies

1

7

Ged Tyrrell

18

Wireless Standards Overview

1

8

19

1

9

20

Tyrrell Smart Home /

eBMS/Micro

2

0

21

Smart Home Devices

2

1

Wireless

Smart Hub

Wireless

Thermostat

Wireless

Smart Relay

Wireless

Smart Switch

Wireless

Smart Meter

22

Smart Plugs

2

2

Wireless

Smart Plug US

Wireless

Smart Plug FR

Wireless

Smart Plug EU

Wireless

Smart Plug UK

Wireless

Smart Plug IT

23

Mesh Networking

2

3

24

Zigbee 1.2

2

4

Cloud based analytics

25

Wireless DALI

2

5

26

TCP-IP Gateway

2

6

27

Bridge Node

2

7

28

NEMA Node

2

8

29

Secure Synchronised Mesh

2

9

30

Schematic

3

0

31

N4 and AX Driver

3

1

32

N4 and AX Driver3

2

33

LoRa LPWAN

3

3

34

3

4

Long Range Wireless Network

Low cost Transceivers

Agreed Communication Standards

Low Powered Wide Area Network

35

3

5

Class A Class B Class C

The LoRa AllianceThe fastest growing global technology alliance

3

6

Jan 2015 June 2017

500+Members

MWC 2015 MWC 2016 MWC 2017

37

Why Major Telecoms Choose LoRaWAN?

3

7

1Low power connectivity unlocking

new use cases & business models

3 Scalable Capacity Model of Network

2 Low Cost of gateway roll-out for B2B & B2C

4Supports key IoT use cases with bidirectionality

and native security management

5 Supports of Sensor Firmware update over the Air

LoRa Devices

3

8

Door/window

/count Sensor

Temperature Motoring

Smoke detectors Waste managementFlood detection Feedback

button

Water / Gas Metering Condition Motoring Electricity Motoring

LoRa Devices

3

9

LoRa Devices

4

0

41

LoRa Based Lighting for Niagara

4

1

42

Introduction

4

2

43

Controllers

4

3

NEMA ControllerHard Wired Controller

44

System Schematic

4

4

Street Lighting with NEMA Controller

eBMS/MobileApp Interface

LoRa Server(Local or Remote)

LoRa CompliantEthernet Gateway

N4 HTML 5 BrowserBased User Interface

JACE8000 / N4+ TPL FlashNet Driver

45

Actility Partnership

4

5

46

System Schematic

4

6

Street Lighting with NEMA Controller

eBMS/MobileApp Interface

LoRa Server(Local or Remote)

LoRa CompliantEthernet Gateway

N4 HTML 5 BrowserBased User Interface

JACE8000 / N4+ TPL FlashNet Driver

47

Niagara Integration to All of LoRa

4

7

48

Typical Niagara Architecture Overview

4

8

49

Niagara Architecture Overview with Actility

4

9

Data management

And exposure

middleware

LoRaWAN

Server

50

Typical Niagara Architecture Overview

5

0

51

Summary

5

1

52

5

2

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