IQRF Alliance. Technology, ecosystem and community for IoT. Jan Vasta IQRF Tech, Sales director. 27 November 2017

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1 IQRF Alliance Technology, ecosystem and community for IoT Jan Vasta IQRF Tech, Sales director 27 November 2017

2 IoT seems to be simple

3 IoT is complex puzzle

4 IoT is hard if you are alone

5 You need a team

6 There is one 80+ members 17+ countries

7 What Alliance does Community Promotion Interoperability

8 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

9 IQRF Ecosystem

10 IQRF Ecosystem Typical design of an IoT application with IQRF netwrok

11 Open Ecosystem

12 IQRF Technology

13 Positioning

14 Project parameters for IQRF Needed parametr for you project Data acquisition Control Gateway Number of nodes per GW Ready infrastructure and signal coverage Cost of wireless operation Density of nodes Environment Power OTA upgrades Robustness and reliability Cloud IQRF sensor / operation data tens of bytes actuators (ON/OFF, dimming, rotation,..) local control and data processing (fog/edge computing) tens / hundreds not needed free of charge < 200m from each other to ensure robust (redundant) mesh networking outdoor / indoor / deep indoor / RF harsh ultra-low-power 5+ years on battery yes, all levels (OS, plug-ins, custom app.) very high due to mesh networking any cloud, standard protocols (MQTT, https)

15 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

16 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 12 mw Power consumption Standard RX 12.3 ma Low Power RX 233 µa Sleep with watch dog 2 µa Deep sleep 100 na

17 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

18 IQRF Data Controlled Transceiver

19 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

20 MESH Routing

21 Packet delivery Directed Flooding 0 C Time slot Redundant packet delivery 6 2 No lost packets No need of self healing Minimal latency after reset 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

22 5 out of 11 links lost 0 C Time slot

23 Time in seconds Fast Response Command Nodes [#] Polling [s] FRC [s] Collect 2 bits 239 nodes 1 byte 63 nodes 2 bytes 31 nodes Number of Nodes C N1 N2 N3 FRC N2 N3 N3 Polling

24 IQRF Applications

25 Smart Cities 35k parking places in Budapest 50k+ street lights in Israel 30k+ street lights in CZ and SK Smart City Pisek

26 Smart Buildings 50k+ shopping malls lights, Mexico Industry hall lighting Industry hall heating CO2, T, RH monitoring

27 Industry Skoda auto production line monitoring Wireless control of power plants Air tools monitoring Localization and safety monitoring

28 Transportation Smart Tire Valve Caps 130k+ embankment monitoring in UK Trailer monitoring Train monitoring

29 And many others Snow gun control in China Beehive monitoring Intelligent cycling jersey with signal lights Remote control of shooting targets

30 IQRF Case Studies

Case Studies Smart City Prague handicap street parking navigation system 100% instant overview and easy navigation for

parking spot occupation The Idea The Solution The Results The IQRF Benefits Monitoring occupancy of handicap street parking

street lighting pole using IQRF Handicap people are able to check available parking places in mobile app and use a

31 Case Studies Smart City Prague handicap street parking navigation system 100% instant overview and easy navigation for disabled people #1 in detectors merging with the Prague s historic center Up to 98% accuracy of detecting changes in the parking spot occupation The Idea The Solution The Results The IQRF Benefits Monitoring occupancy of handicap street parking places in Prague, with online information system Measuring changes of the magnetic field and sending them to a collector on street lighting pole using IQRF Handicap people are able to check available parking places in mobile app and use a navigation to an empty parking place Extra low power communication thanks to IQRF wireless technology enabling up to 8 years of battery life

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 Over 40

32 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 Over 40 road lines monitored 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

Case studies Smart City Street lights controled in Rosice and Smolnik Over 300 street lights installed and controlled 0 problems since the first day of the run Over

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

33 Case studies Smart City Street lights controled in Rosice and Smolnik Over 300 street lights installed and controlled 0 problems since the first day of the run Over 50% cost savings thanks to the modern technology 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

Case Studies Smart Building Efficient lighting solution in JULI Motorenwerk 70% of energy savings thanks to efficient control and LEDs Over 100% of lights in production

lighting solution that would significantly reduce energy costs LED lights controlled by robust and reliable IQRF wireless network through touch panel 70% cost savings

34 Case Studies Smart Building Efficient lighting solution in JULI Motorenwerk 70% of energy savings thanks to efficient control and LEDs Over 100% of lights in production hall remotely controlled and monitored Over 3 years of return on expenses 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

35 Case Studies Smart Building Automated heating system in Sala production hall 2.5 years payback period Only Over 54,000 cubic meters of gas savings 90 sensors and control units 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

Case Studies Smart Building Air quality monitoring in a Prague school 4 months of continous measurement Over 47% of the schooltime a bad-quality air high CO 2 (>1000

schools 10 combined sensors of CO 2, temperature and relative humidity, IQRF wireless network for data transfer, data cloud visualization Measurements shown that minimum

36 Case Studies Smart Building Air quality monitoring in a Prague school 4 months of continous measurement Over 47% of the schooltime a bad-quality air high CO 2 (>1000 ppm) Over 74% of the schooltime dry air (RH<30%) The Idea The Solution The Results The IQRF Benefits Remove students concentration problems caused by bad-quality air at schools 10 combined sensors of CO 2, temperature and relative humidity, IQRF wireless network for data transfer, data cloud visualization Measurements shown that minimum recommended values of CO2 and humidity levels were exceeded Entire large school for 600 students was covered by only 10 hops, although the IQRF network is capable of 240 hops

37 Case Studies Industry Austyn Global Supervisor system for control Defrosting of coal wagons in Slovak powerplant Over 500 infrared heaters controlled by the IQRF network Over 1.8 MW of input power for infrared heaters 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

equipped with this control The Idea The Solution The Results The IQRF Benefits Control 1.

38 Case Studies Industry 4.0 Wireless control of 1.5 MW turbine blades 2 transceivers in every rotor for redundancy and higher reliability Over 4 years trouble-free operation Over 40 systems equipped with this control 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

Case Studies Industry 4.0 Save lives with railway embankments monitoring Over 10.000 sensors located along the length of the railway Over 5 years on battery for wireless sensors work?

39 Case Studies Industry 4.0 Save lives with railway embankments monitoring Over sensors located along the length of the railway Over 5 years on battery for wireless sensors work? 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

IQRF Summit 2018 www.iqrf.org/summit2018 Touch the real IoT!

40 IQRF Summit Touch the real IoT! Prague, April 24 th 25 th participants 30+ speakers Workshop Market Place

41 Partners 2017

IQRF Mature technology and fast growing Alliance for IoT

IQRF Mature technology and fast growing Alliance for IoT Jan Vasta IQRF Alliance, CEO January 23 rd, 2017 IQRF Alliance We are an international community of developers, manufactures, system integrators