What Is the Internet of Things?

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In recent times, a set of technologies have begun to appear that are transforming industrial processes. One of them is the Internet of Things, or for its acronym in English, IoT (Internet of the Things) , a concept that is part of the technological transformation of companies towards industry 4.0 and smart factories. In short, what is sought is a high degree of automation, which allows processes to be optimized so that they are faster and more efficient and there is better quality control. Not only that. Industries today need to be prepared for the new dynamics of the market, more globalized than ever and also with new sales processes thanks to eCommerce. On-demand production has been gaining prominence for the benefit of the circular economy; AI-based intelligent demand forecasting also allows industries to better control production levels and reduce costs. Process automation has also come with industrial robotics.

What role does the Internet of Things , or IoT, play in this scenario ? To implement all these technologies, data is required. And IoT is key to collecting or compiling information that allows automation and Artificial Intelligence projects to be implemented. This is what we are going to talk to you about in this post. What is the Internet of Things (IoT)? The Internet of Things allows our production plants to provide data about what USA Phone Number List is happening in real time and with a high degree of precision. Analog processes are replaced to have production control based on devices that collect physical data in multiple ways and send them over the network to software in which you can have a precise and detailed view of what is happening in plant. The Internet of the Things is not limited only to process monitoring. There are many other functions that IoT devices can be used for.



For example: Process automation: IoT devices, through sensors, collect data from the environment such as temperature, humidity, luminosity, etc. By being able to obtain this information in real time, automation systems can be implemented that act based on the data provided by IoT. Preventive maintenance: through the information collected by IoT devices and sent to the software, it is possible to predict when a machine is going to have problems and maintenance is required. This can prevent a machine from breaking down completely, which would result in higher costs. Inventory monitoring: IoT devices can help manufacturers in inventory control processes, if they are accompanied by RFID systems that allow finished units and their location to be identified. This way they can send information to the software to facilitate inventory control. Security and access control: the Internet of Things also allows real-time control of access and security in certain areas of production plants, thus allowing information to be obtained in real time that helps to act quickly in the event of any risk.