IQRF Alliance revealed the future of IoT

IQRF Alliance revealed the future of IoT with its live demo. Visitors had an opportunity to control devices from various manufacturers at one place. Live interactive demo consists of the IQRF Alliance members’ products such as Microsoft, IBM, O2 Czech Republic, O2 IT Services, AAEON, Zyxel, Netio, Cetin, CITIQ, DATmoLUX, MICRORISC and many more.

The demo is clearly divided into three categories - Clouds & Services, Gateways, and End Devices. Selected groups of the devices are running and measuring real-time data right away from the exhibition and processing them in various clouds, such as Microsoft Azure, IBM Bluemix or IQ Home cloud.

All the products are interconnected via the IQRF wireless. “Every wireless system is exposed to potential OTA attacks. But IQRF OS v4.00 brings ultimate security based on industrial standards. Security in IQRF does not mean just an encryption but a complex approach to avoid potential vulnerabilities,” explained CEO of MICRORISC, inventor of the IQRF technology, Dr. Vladimir Sulc.

A complete data aggregation is done over all the vertical solutions - data from all live products and different clouds are collected to the cloud of O2 IT Services to show the interoperability of all products and devices.

“This demo clearly shows the strengths of the IQRF Ecosystem. You can build up your own solution from ready components exactly according to your needs,” added Simon Chudoba, CEO of the IQRF Alliance. 

The examples of vertical solutions of the IoT Demo:

1. AIR QUALITY
Protronix CO2 sensor is monitoring the air quality in a building and it indicates the air quality with three coloured LEDs so the user can quickly check the status. The collected data are sent to AAEON Up Board gateway which is very flexible and can be used for Smart Home applications, Education, Intelligent Cars and Internet of Things solutions. Finally, the data are visualised by InteliGlue cloud by Inteliments company which represents a sophisticated solution with many features and options for customisation.

2. AUTOMATED SHIELDING
The automated sun blinder by IQ Home represents perfect solution when you are bothered by sharp sunlight. The blinds can be controlled wirelessly manually or automatically. IQ Home humidity sensor or temperature sensor can be connected to ensure the required conditions by controlling the blinds automatically. Data from sensors are sent through IQ Home Universal Gateway which can use GSM, Wi-Fi or Ethernet connection. Any cloud (here IQ Home cloud) can collect and manage the data and automatically execute pre-set commands.

3. AUTOMATED LIGHTING
Preci Light design light is controlled by the level of illumination monitored by MICRORISC SHD-SE-01 illumination sensor which sends data to a cloud through the MICRORISC Ethernet gateway. The user can choose from various cloud providers. Professional AAEON AEC-6877 server build on the latest generation of Intel processors can be used. The user interface can be ensured by CIS solution of IQRF cloud with many options of data visualisation (tables, graphs, visuals…).

4. STREET PARKING
Car parking on a parking lot is monitored by the CITIQ Smart Parking System. Smart Parking System is a modular system which provides users anonymous detection of occupied parking lots. Magnetic detector beneath the ground of parking lot sends signal to a solar powered GSM gateway attached to street lighting pole which sends it to a cloud to visualise the data. This system optimises turnover, reduces the density of traffic, and increases the collection of payments up to 200%.

5. ENERGY MONITORING
Solutions from the area of the Internet of Things can be used for various purposes. One of them is energy monitoring to prevent inefficient energy management and save the costs. Bitspecta street light can be installed and the Bitspecta pulse meter can complement the lighting system by measure electrical quantities and thus increase energy savings even more. The whole system is controlled by touch control panel. User is able to set different modes of power saving, read log, set up individual devices, control light intensity, send the data into cloud and measure power consumption or temperature.