technology, ecosystem and community for iot...ota upgrades yes, all levels (os, plug-ins, custom...

Jan VastaIQRF Tech, Sales director

IQRF AllianceTechnology, ecosystem and community for IoT

27 November 2017

IoT seems to be simple

IoT is complex puzzle

IoT is hard if you are alone

You need a team

There is one

80+ members – 17+ countries

What Alliance does

Community

Interoperability

Promotion

Member benefits

Community

• Contact details of top representatives of all IQRF Alliance members• Participation on IQRF conferences and networking events• Large portfolio of companies for effective business cooperation (buy / sell)• Joint projects initiated and supported by the IQRF Alliance

Interoperability

• Opportunity to certify IQRF Interoperable products• Opportunity to participate on IQRF Alliance working groups and to influence further

development and direction of IQRF Alliance• Pre-release information providing competitive advantage to Alliance members

Promotion

• Significant discounts to participate and promote on events organized by IQRF Alliance• Opportunity to participate on joint stands on key exhibitions and conferences• Promotion on IQRF Alliance web site and social media (Facebook, Linked-in, Twitter)• Promotion of member company, products and solutions through IQRF Alliance PR activities

IQRF Ecosystem

IQRF Ecosystem

Typical design of an IoT application with IQRF netwrok

Open Ecosystem

IQRF Technology

Positioning

Project parameters for IQRF

Needed parametr for you project IQRF

Data acquisition sensor / operation data – tens of bytes

Control actuators (ON/OFF, dimming, rotation,..)

Gateway local control and data processing (fog/edge computing)

Number of nodes per GW tens / hundreds

Ready infrastructure and signal coverage not needed

Cost of wireless operation free of charge

Density of nodes < 200m from each other to ensure robust (redundant) mesh networking

Environment outdoor / indoor / deep indoor / RF harsh

Power ultra-low-power – 5+ years on battery

OTA upgrades yes, all levels (OS, plug-ins, custom app.)

Robustness and reliability very high due to mesh networking

Cloud any cloud, standard protocols (MQTT, https)

Complementary to other ecosystems

NB IoT

IQRF Technology – Basic features

• Bands 868, 916, 433 MHz

• Topology full mesh with 240 hops (used in real applications), 239 nodes

• References mature technology with 250+k running devices worldwide since 2008

• Protocol IQMESH®, patented directed flooding networking, secure communication,

redundant packet deliver, no need for self healing, no latency after reset, etc.

• Data 20 kBauds, up to 64 B in 1 packet

• Range 500m+ line of sight @ 12 mW

• Power consumption Standard RX 12.3 mA

Low Power RX 233 µA

Sleep with watch dog 2 µA

Deep sleep 100 nA

Unique features

• Transceiver architecture PATENTED, used in many technologies worldwide, built-in OS

• Robust routing algorithm PATENTED, directed flooding – reliably working mesh network with 239 routers

• Direct Peripherals Access PATENTED, framework for wireless networks with no programming,

easy-to-achieve interoperability, wireless integration in a few weeks

• Fast Response Command PATENTED, the fastest wireless mesh network data collection worldwide,

2bits from 240 nodes in 26s, minimal network traffic and power consumption

• OTA and RFPGM® robust wireless programming of hundreds of nodes simultaneously

• Precise Sleep 0.1% time variance on wake-up, often used in combination with FRC®

• Back up and restore back up of all network data for further easy network restore

• Autonetwork automated network build up

• Service mode direct connection to any node, FW upload, configuration, back up, restore,…

• Security based on standards (AES 128), pairing and communication encryption

IQRF Data Controlled Transceiver

Security

Access Encryption

• Access Password 128b - set by TR configuration or by setAccessPassword function in the C code

• bonding

• device restore - Coordinator/Node exchange in the network

• DPA Service Mode authorization

Networking Encryption

• automatic encryption of networking packets by AES-128 with 16 B long keys and additional proprietary CDC (Cipher

Data chaining) algorithm

• Every IQRF transceiver is equipped with a 192 b long unique fully random password individually generated at the

factory. The 128 b networking keys are derived from the password of the Coordinator.

User Encryption

• possibility of user encrypting by AES-128 (set by TR configuration or by setUserKey function in the C code)

• new OS functions: encryptBufferRF and decryptBufferRF

MESH Routing

4

1

0

C

6

5

3

2

6

2

3

1

2

3

5

4

Directed Flooding

Redundant packet delivery

No need of self healing

Minimal latency after reset

0 1 2 3 4

Time slot

Time of packet delivery = Time of a hop * number of hops

0 1 2 3 40 1 2 3 40 1 2 3 40 1 2 3 4

No lost packets

0 1 2 3 4

Time of packet delivery and receiving response = Time of a hop * number of hops *2

Packet delivery

4

1

0

C

6

5

3

2

6

2

3

1

2

3

5

4

0 1 2 3 4

Time slot

0 1 2 3 40 1 2 3 40 1 2 3 40 1 2 3 40 1 2 3 4

5 out of 11 links lost

0

200

400

600

800

1000

1200

1400

1600

1800

2000

0 50 100 150 200 250

Tim

e in

se

con

ds

Number of Nodes

Polling

0

200

400

600

800

1000

1200

1400

1600

1800

2000

0 50 100 150 200 250

Tim

e in

se

con

ds

Number of Nodes

FRC Polling

Nodes[#]

Polling[s]

10 3

20 13

50 77

100 303

200 1206

239 1721

Collect

• 2 bits – 239 nodes

• 1 byte – 63 nodes

• 2 bytes – 31 nodes

Nodes[#]

Polling[s]

FRC[s]

10 3 1

20 13 2

50 77 6

100 303 12

200 1206 24

239 1721 29

C 1 2 3

N2 N3 N3N1 N2 N3

Fast Response Command

IQRF Applications

35k parking places in Budapest 50k+ street lights in Israel

30k+ street lights in CZ and SK Smart City Pisek

Smart Cities

50k+ shopping malls lights, Mexico Industry hall lighting

Industry hall heating CO2, T, RH monitoring

Smart Buildings

Industry

Skoda auto production line monitoring Wireless control of power plants

Air tools monitoring Localization and safety monitoring

Transportation

Smart Tire Valve Caps 130k+ embankment monitoring in UK

Trailer monitoring Train monitoring

And many others

Snow gun control in China Beehive monitoring

Intelligent cycling jersey with signal lights Remote control of shooting targets

IQRF Case Studies

Prague handicap streetparking navigation system

100%instant overview

and easy navigationfor disabled people

98%accuracy of detecting

changes in the parkingspot occupation

#1detectors mergingwith the Prague‘s

historic center

Up to

The Idea The Solution The Results The IQRF Benefits

Monitoring occupancy ofhandicap street parking

places in Prague, with onlineinformation system

Measuring changes of themagnetic field and sending

them to a collector on streetlighting pole using IQRF

Handicap people are ableto check available parking

places in mobile app and use a navigation to an empty parking place

Extra low power communicationthanks to IQRF wireless

technology enabling up to 8 years of battery life

in

Case Studies – Smart City

Monitoring of cars transitand streets load in Prague

100%overview aboutnumber, lengthand cars speed

40road linesmonitored

23,000vehicles detectedper day with ultra

high accuracy

Over Over


Monitor occupancy of streets in the Prague historical center,monitor traffic due to frequent

traffic jams

The geomagnetic detector registers vehicle passage.

The detector is in the ground andmay take the form of cobblestones

Alerts about delays in a givensection of the road, occupancy

information and data for further analysis and prediction

Extra low power communicationwhich enables up to 4 years on battery,

OTA updates and debuggingwithout extra service costs

Case Studies – Smart City

Street lights controledin Rosice and Smolnik

300street lightsinstalled and

controlled

50%cost savings

thanks to the moderntechnology

0problems

since the firstday of the run

Over Over


Provide efficient, economicalenvironmentally friendly

street lighting for city Rosice (CZ) and Smolnik (SK)

LED lights controlled by the IQRFwireless network, MSB-K control

unit and MSB-C with a relay outputand digital output

Very fast ROI thanks to lowerconsumption, 100% reliable

and easy to use

IQRF network provides robust,reliable and secure solutionwith option to supervise the

network remotely

Case studies – Smart City

Efficient lighting solutionin JULI Motorenwerk

70%of energy savingsthanks to efficientcontrol and LEDs

3years of

return onexpenses

100%of lights in production

hall remotely controlledand monitored

Over Over


Provide a production hall with automatic lighting solution

that would significantly reduce energy costs

LED lights controlledby robust and reliable IQRFwireless network through

touch panel

70% cost savings andimproving illumination qualitywithout affecting production

during installation

Easy installation, securedcommunication and backend

UI that enables set upthe whole network

Case Studies – Smart Building

Automated heating systemin Sala production hall

2.5years payback

period

90sensors andcontrol units

54,000cubic meters of

gas savings

Over Over


Design and deliver an intelligentheating systém to significantly

reduce gas consumption inIN VEST company (Slovakia)

MAG ME (measuring board)and MAG CO (control board)

with web application based UIwith scheduler and remote control

Significant gas savings in heatingresulting in payback period

of 2.5 years only andbetter heat distribution

Multi-zone controlling allowsto divide large spaces into

sub-networks and set varioustempereratures remotely

Only


Air quality monitoring ina Prague school

4months ofcontinous

measurement

74%of the schooltime

dry air(RH<30%)

47%of the schooltimea bad-quality air

high CO2 (>1000 ppm)

Over Over


Remove students‘ concentrationproblems caused by bad-quality

air at schools

10 combined sensors of CO2,temperature and relative humidity,

IQRF wireless network for datatransfer, data cloud visualization

Measurements shown thatminimum recommended

values of CO2 and humidity levels were exceeded

Entire large school for 600students was covered by

only 10 hops, although the IQRFnetwork is capable of 240 hops


Defrosting of coal wagonsin Slovak powerplant

1Austyn Global

Supervisor system for control

1.8 MW of input

power for infrared heaters

500 infrared heaters controlled by the

IQRF network

Over Over


Design and deliver modern & economical system for brown

coal wagons thawing

450 infrared heaters with 3.6 kW output and

108 heaters with 1.2 kW output

No threatened electricityproduction and heating

for households

Possible to obtain data from a large number of sensors at once even under harsh

environment

Case Studies – Industry 4.0

Wireless controlof 1.5 MW turbine blades

2transceivers in everyrotor for redundancyand higher reliability

40systems

equipped withthis control

4years

trouble-freeoperation

Over Over


Control 1.5 MW turbine blades in the power plant

in Poland

2 IQRF modules integratedInto the rotor sending

Out data twice on 2 different channels

Blade angle and rotationspeed information

are used to calculateoptimal cooling

IQRF wireless technologyis highly robust andmore reliable than

previous wired solution


Save lives with railwayembankments monitoring

10.000sensors locatedalong the length

of the railway

?of lives saved

thanks to earlywarning

5years on battery

for wirelesssensors work

OverOver


Develop solution toprovide warnings forearthworks failures

causing potential danger

Earthworks system consistsof multiple wireless tilt

sensors, automatic alerts andauto triggered IR cameras

Comprehensive earlywarning system of

slippages reducing the needto send staff to site

5 years of battery life, OTA upgrades and debugging,

reliable and securecommunication


IQRF Summit 2018Prague, April 24th – 25th 2018

200+ participants

30+ speakers

Workshop

Market Place

www.iqrf.org/summit2018

Touch the real IoT!

Partners 2017

technology, ecosystem and community for iot...ota upgrades yes, all levels (os, plug-ins, custom...

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