Internet of Things (IoT) is a concept that describes systems in which the flow of information and data over the internet is carried out not only by people, but also through physical objects. Objects with one or more sensors add the data they collect from their environment; this data is then compiled into a form of big data shared over the internet to create intelligent networks. IoT devices—and closely related to concepts such as smart cities, smart homes, and smart businesses—will also be joined in the future by devices that regularly share data from the human body. And as a result of the rapid growth of IoT objects, not only us but billions of small devices will be using the internet.
Our Mission Is Device Electronics
Our sensor, electronic, and micro-mechanical experience in engineering applications is guiding us in our work on new R&D projects. By building up our team of expert engineers and technicians every year, we have come a significant way in the production of AI-supported handheld devices connected to the internet. One of our first major experiences in developing such devices was a special smart device for remotely sealing and size testing natural gas systems, which we achieved by incorporating electronic, software, pneumatic, micro-mechanical, and sensor technologies. We are now building on this and other experiences in our product development in different areas.
The IoT Revolution in Medical Devices
Until recently, medical electronics was a sector that provided large imaging devices mainly to hospitals, but today it is aimed directly at the home user. To take the work in this field to the next level, we have started bringing our IoT experience to bear on medical devices and begun R&D work on home telemedical devices. Telemedicine, supported by IoT devices and AI-powered software, is a system that allows doctors to diagnose an illness using information about a patient’s body obtained remotely, whether from home or from work. We believe that telemedicine applications will be the most important factor in the future development of public health, allowing healthcare services to reach remote locations at a low cost.
Big Data’s Small Sensors
The Internet of Things is a concept directly related to big data. Billions of small sensors are spread around the world, collecting data from all over and sending it to central servers. Provided that the privacy of information is protected, the data collected from IoT devices is of incredible use for scientific and technological development, and for the development of artificial intelligence, too. Today, the data collected by smartphone accelerometers and GPS sensors is processed in map applications, providing real-time information on city traffic that allows us to make accurate predictions about traffic flows. In the near future, we will be surrounded by IoT devices that collect various types of data that AI can use for all sorts of novel purposes. For this reason, we at Tekhnelogos believe that the future of IoT is going to be revolutionary in all kinds of ways, and we’re committed to embracing these possibilities through an openness to new ideas in all our R&D work.
Embedded Software Engineer
The concept of IoT has now become a commonplace in our daily lives. The digital transformation has moved on from smart homes and cars toward smart cities where entire ecosystems will be connected to one another. In the same way, IoT plays an important role in industry, just like in daily life, and its use is increasing every day. We are aware of how important IoT is: we are putting IoT technology to work in the fields of logistics and healthcare and taking pioneering steps in both sectors. As the Tekhnelogos team, we are very proud of our work and the contributions it’s making to society.
Our IoT Products
An IoT device that injects air into natural gas systems, performs sealing and volume measurements, sends data out wirelessly, and allows the gas feed to be activated remotely.