Internet of Things

Find out yourself how OKIN FACILITY has been proactive in using the Internet of Things with a whole range of our clients. It really works.

What does the notion of Internet of Things (IoT) refer to?

Simply speaking, the system could be described as a connection of individual devices by means of the Internet in absence of any human being. In principle, data is collected from various sensors and shared via the Internet for further processing and evaluation.

Experts estimate 20 billion IoT devices to be operated worldwide by 2020.

How is the Internet of Things used by OKIN FACILITY?


System for checking employee’s location

Machine Tracking

System for mobile machines monitoring

Asset Management

System for monitoring technical devices condition

Smart Sensoring

System for technical devices monitoring

Thermo Control

System for remote monitoring of specific devices

Remote Metering

System for remote metering of measuring devices

Smart Cleaning

System for scheduling dynamic cleaning

Cleaning Control

System for tracking cleaning operators’ attendance

Tested and stable communication environment

Specifically designed for the Internet of Things, the communication technologies we have been using (LPWAN) feature in particular extremely low power consumption, long-time battery operation, transmission of low amount of data and long coverage range. Indeed, these qualities ensure the devices are virtually maintenance-free.


Extremely low power consumption
Low purchase price
Transparent roaming

Narrow Band IoT

High signal penetrability
Two-way communication
Country-wide coverage (CR)


Geofencing, also called Circuit participation check, is the system monitoring employees’ location (i.e. whether they are in the places assigned). The monitoring is ensured via a company mobile phone that is sending time and location data, using GPS. Consequently, it provides us with information on the relevant employee’s location and on the time he came there and left.

Machine Tracking

Also known as Mobile machines monitoring. Machine Tracking monitors position and activity (moto-hours) of each machine integrated within the system. Position monitoring is done by means of accelerometer principle in combination with Sigfox Geolocation tool. To enhance the level of precision, standard GPS is also used in outdoor premises. Sigfox network then sends the data for further processing. Monitoring devices are powered by long-life batteries. Furthermore, data is also collected concerning the use of the machine in time to calculate moto-hours: enabling thus better estimation of machines wear-and-tear or their optimal distribution.

Asset Management

As part of the IoT, QR or NFC codes are used to label individual devices, enabling to keep more information on the device identification as well as data from the last review. Subsequently, the data can be read via mobile device also offline.

Smart Sensoring

Special sensors are used for remote monitoring, e.g. of temperature and moisture in the relevant room, water pipe temperature, as well as measuring noise emission levels or identify the risk of potential flood. In principle, the service involves placing sensors on relevant technologies in boiler rooms and other technical rooms to provide for remote monitoring of the area. Consequently, the data is transmitted via GPS; sensors are powered by electricity.

Thermo Control

We have been using thermographic cameras to enhance Smart Sensoring capabilities: they are suitable for specific workplaces requiring thorough temperature monitoring for individual devices, such as boiler rooms or distributor boards with high energy demands. Advanced thermographic cameras combined with other sensors are able to measure temperatures at various places of the boiler room and respond with flexibility in case the thresholds set have been exceeded. Besides, it is also a way to monitor deviations from ordinary operation of the boiler room, enabling thus early problem identification.

Remote Metering

Remote Metering ensures remote monitoring of metering devices, to provide the customer with an overview of everyday consumptions or even consumptions at different times during the day without the need of visual metering. Consequently, this allows for early identification of possible deviations or accidents and prevents huge financial losses (e.g. resulting from water leakages, etc.). In this case also, the data is transmitted via Sigfor network; measuring sensors are battery-powered.

Smart Cleaning

Smart Cleaning’s fundamental feature is best described by the notion of “dynamic cleaning”. Using motion and CO2 sensors, it enables monitoring of the real use of the premises (e.g. meeting rooms, warehouses, etc.) and, as a result, deploying cleaning staff efficiently. In practice, this means more frequent cleaning of frequently used rooms while less frequent cleaning of those rooms that are not used so much. Furthermore, we are able to respond flexibly to temporary arrangements, if relevant: i.e. identifying the case an exceptional conference is held in a meeting room which has not been so frequently used, and temporary increasing the cleaning frequency.

Cleaning Control

Simple yet efficient system for cleaning staff attendance.


The employees push the ENTRY button...


...and place their chips to the box.


When leaving, they just press the LEAVE button...


...and again just place their chip to the device.

The coordinator is thus provided with a perfect overview
Coordinators can consult the report at any time to check current staff attendance at the branches under their responsibility. Furthermore, they will also find out scheduled time for cleaning. In case scheduled cleaning time has already started, the coordinator is provided with the following data:

Contact us

And ask for further information on the solutions we provide making use of IoT features.