IoT-based integration is an initiative that emerged after a study at MIT in 1999, making our lives easier and accelerating the development of the internet. It is a community of solutions that argues that the Internet is not only a means of communication between smart devices but also that all the things we use can be controlled via the Internet.
IoT-based integrations install internet-based integrations on all the things we see around us, enabling them to process and collect data. Thanks to the processed data after this data collection process, the items start to work much more efficiently, conveniently, and quickly. For example, it is possible thanks to IoT-based integrations that an oven can not only heat and cook the food but also learn which food to cook for how many minutes and which dough type to cook at what temperature.
Smart homes, remotely controlled devices, cars with autopilot, and even the new trending smart vacuum cleaners are innovations that fall under the class of IoT-based integrations. With these innovations, the movements of goods have become more complicated and it has become easier for us to manage everything. We can say that IoT-based integrations, which show how useful data and internet access can be, are one of the most effective innovations that have entered our lives.
IoT-based integrations concentrate on 4 main components. For example, if a vehicle is to be optimized thanks to IoT-based integrations, it must first detect the changes in its environment and the operations you want to do with the help of sensors. The information it detects is called data and it enables the goods to be connected to automation systems in the future and used more easily.
The vehicle then transfers this information to the database via a connection such as Wi-Fi or Bluetooth. This database, where all data is collected, will act as an encyclopedia for your vehicle. Then, with the help of software, this collected data is processed and turned into actions. These actions can be quite simple and easy. On the other hand, in specialized systems such as camera systems, much more complex actions can be defined for vehicles thanks to IoT-based integrations.
After all these processes are completed, the final stage is passed. At the last stage, you users will be able to use IoT-based integrations with peace of mind. You will be able to access these vehicles with a simple computer program, remote control, or mobile application and enable your vehicles to perform complex operations within seconds.
IoT-based integrations can be encountered frequently in many areas. For example, these systems are frequently used in automation systems in the field of logistics and cargo companies. Likewise, IoT-based integrations provide the best management of environments such as smart homes and smart workplaces. On the other hand, we can encounter IoT-based integrations in industry production stages, occupational safety solutions, and many other areas.
Thanks to the technical features of IoT-based integrations, it is possible to provide facilitating services in many areas of our lives. In addition to organizing life in our homes, these systems can create great organizations by bringing together huge data. For example, thanks to the IoT-based integrations on our devices, as soon as we go to the internet, we begin to see advertisements about the topics we are relevant to.
On the other hand, companies; can also get help from IoT-based integrations in highly technical issues such as logistics, employee optimization, workforce control, and data analysis. You can also use IoT-based integrations to automate your supply chain, focus your employees on their work, and make critical decisions very quickly.