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IQRF Ecosystem Ivona Spurná IQRF Alliance.

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Presentation on theme: "IQRF Ecosystem Ivona Spurná IQRF Alliance."— Presentation transcript:

1 IQRF Ecosystem Ivona Spurná IQRF Alliance

2 Integration Platforms
IoT is complex puzzle User Front-End System ??? AI Back-End System ??? Customer Mobile App ??? Cloud Telco Infrastructure Sales Channels Integration Platforms ??? Support ??? GW Remote Mngmt Standards Wireless Platforms Vertical Solutions Dvlp. Tools Education Actuator Sensor New Thing You need a team…

3 There is one Sponsor Adopters Contributors Institutions
90+ members – 17 countries

4 Open Ecosystem

5 IQRF Data Controlled Transceiver

6 Positioning

7 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)

8 Security

9 MESH Routing

10 Redundant packet delivery Minimal latency after reset
C Time slot Directed Flooding 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 4 3 3 1 Redundant packet delivery 6 6 2 No lost packets 5 4 5 No need of self healing 2 2 3 Minimal latency after reset 1 Time of packet delivery = Time of a hop * number of hops Time of packet delivery and receiving response = Time of a hop * number of hops *2

11 Fast Response Command Collect 2 bits – 239 nodes 1 byte – 63 nodes
[#] Polling [s] 10 3 20 13 50 77 100 303 200 1206 239 1721 Nodes [#] Polling [s] FRC 10 3 1 20 13 2 50 77 6 100 303 12 200 1206 24 239 1721 29 Collect 2 bits – 239 nodes 1 byte – 63 nodes 2 bytes – 31 nodes Send 2 – 30 bytes

12 Fast Response Command C 4 3 3 1 6 2 6 5 4 5 2 2 3 1
C Query broadcast 50 ms/n 4 3 3 1 6 2 6 5 4 5 2 2 3 1 on-line video Hi, this is Simon with IQRF Alliance. Within next few minutes let me tell how easy it is to make your product wireless IQRF. When I say wireless I mean how you can control your devices such as lamps, thermostatic heads, or basically any kind of actuator, or collect low volume data from your meters, sensors, detecters and so on.

13 Fast Response Command C 4 3 1 3 6 6 2 5 4 5 2 3 2 1
C Query broadcast 50 ms/n Send out data 30 ms/n Data collection 50 ms/n 4 4 3 1 3 3 3 4 6 6 6 2 3 6 6 N1 N2 N3 N5 N6 6 6 N1 N2 N3 N4 N5 N6 5 4 5 5 2 3 2 2 2 5 2 2 N1 N2 N5 N6 N1 N2 N5 N6 5 N1 N2 N3 N5 N6 N1 N2 N3 N5 N6 1 1 1 Hi, this is Simon with IQRF Alliance. Within next few minutes let me tell how easy it is to make your product wireless IQRF. When I say wireless I mean how you can control your devices such as lamps, thermostatic heads, or basically any kind of actuator, or collect low volume data from your meters, sensors, detecters and so on.

14 IQRF Ecosystem Typical design of an IoT application with IQRF network

15 Ecosystem Architecture

16 IQRF Case Studies

17 Monitoring of cars transit and streets load in Prague
Case Studies – Smart City Monitoring of cars transit and streets load in Prague 100% overview about number, length and cars speed Over 23,000 vehicles detected per day with ultra high accuracy 40 road lines monitored Over The Idea The Solution The Results The IQRF Benefits 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 and may take the form of cobblestones Alerts about delays in a given section of the road, occupancy information and data for further analysis and prediction Extra low power communication which enables up to 4 years on battery, OTA updates and debugging without extra service costs

18 Street lights controled in Rosice and Smolnik
Case studies – Smart City Street lights controled in Rosice and Smolnik 300 street lights installed and controlled Over problems since the first day of the run 50% cost savings thanks to the modern technology Over The Idea The Solution The Results The IQRF Benefits Provide efficient, economical environmentally friendly street lighting for city Rosice (CZ) and Smolnik (SK) LED lights controlled by the IQRF wireless network, MSB-K control unit and MSB-C with a relay output and digital output Very fast ROI thanks to lower consumption, 100% reliable and easy to use IQRF network provides robust, reliable and secure solution with option to supervise the network remotely

19 Efficient lighting solution in JULI Motorenwerk
Case Studies – Smart Building Efficient lighting solution in JULI Motorenwerk 70% of energy savings thanks to efficient control and LEDs 100% of lights in production hall remotely controlled and monitored Over 3 years of return on expenses Over The Idea The Solution The Results The IQRF Benefits Provide a production hall with automatic lighting solution that would significantly reduce energy costs LED lights controlled by robust and reliable IQRF wireless network through touch panel 70% cost savings and improving illumination quality without affecting production during installation Easy installation, secured communication and backend UI that enables set up the whole network

20 Automated heating system in Sala production hall
Case Studies – Smart Building Automated heating system in Sala production hall 2.5 years payback period 54,000 cubic meters of gas savings 90 sensors and control units Only Over Over The Idea The Solution The Results The IQRF Benefits Design and deliver an intelligent heating systém to significantly reduce gas consumption in IN VEST company (Slovakia) MAG ME (measuring board) and MAG CO (control board) with web application based UI with scheduler and remote control Significant gas savings in heating resulting in payback period of 2.5 years only and better heat distribution Multi-zone controlling allows to divide large spaces into sub-networks and set various tempereratures remotely

21 Defrosting of coal wagons in Slovak powerplant
Case Studies – Industry 4.0 Defrosting of coal wagons in Slovak powerplant 1 Austyn Global Supervisor system for control 500 infrared heaters controlled by the IQRF network Over 1.8 MW of input power for infrared heaters Over The Idea The Solution The Results The IQRF Benefits 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 electricity production and heating for households Possible to obtain data from a large number of sensors at once even under harsh environment

22 Wireless control of 1.5 MW turbine blades
Case Studies – Industry 4.0 Wireless control of 1.5 MW turbine blades 2 transceivers in every rotor for redundancy and higher reliability 4 years trouble-free operation Over 40 systems equipped with this control Over The Idea The Solution The Results The IQRF Benefits Control 1.5 MW turbine blades in the power plant in Poland 2 IQRF modules integrated Into the rotor sending Out data twice on 2 different channels Blade angle and rotation speed information are used to calculate optimal cooling IQRF wireless technology is highly robust and more reliable than previous wired solution

23 Save lives with railway embankments monitoring
Case Studies – Industry 4.0 Save lives with railway embankments monitoring 10.000 sensors located along the length of the railway Over 5 years on battery for wireless sensors work Over ? of lives saved thanks to early warning The Idea The Solution The Results The IQRF Benefits Develop solution to provide warnings for earthworks failures causing potential danger Earthworks system consists of multiple wireless tilt sensors, automatic alerts and auto triggered IR cameras Comprehensive early warning system of slippages reducing the need to send staff to site 5 years of battery life, OTA upgrades and debugging, reliable and secure communication

24 IQRF Summit 2018 Touch the real IoT! Prague, April 24th – 25th 2018
IQRF Summit 2018 Touch the real IoT! Prague, April 24th – 25th 2018 250+ participants 40+ speakers 12h of workshops Market Place

25 Useful links IQRF Alliance www.iqrfalliance.org
IQRF Technology IQRF Summit videos IQRF Summit IQRF Starter Kit IQRF Starter Kit step-by-step IQRF Daemon IQRF Solutions Shop

26 Celodenní seminář IQRF
Zájemci?

27


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