The Industrial Internet of Things (IIoT) is a collection of networks and associated manufacturing equipment, augmented with software and embedded sensors. Systems are designed to collect data exchange and can be controlled automatically without human intervention. In recent years, IIoT technologies have been widely used in many areas of business. They are used to solve many corporate problems in order to increase the efficiency of production activities and build innovative business models. The introduction of technology can lead to the Fourth Industrial Revolution, which will entail dramatic changes in people's lives, including work, household and service needs.
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Industrial Internet Things (IIOT) is a system of combined computer networks and industrial (production) objects with built-in sensors and software for collecting and exchanging data, with the possibility of remote control and management in automated mode, without the participation of the human factor.
The result of the work for the customer, depending on the requirements of the contract and the terms of reference, are software modules https://www.softeq.com/industrial_iot algorithms software of the lower upper levels test software for functional testing of devices in production mobile applications and software documentation for the software transferred to the customer.
Designing wireless connections optimized for power requirements is now especially beneficial for small networks. Enabled gadgets are often used to create a so-called smartphone hub. The hub allows you to quickly transfer important data to the cloud. Numerous examples of integration can be found in the smart home, medicine and fitness industries.
Intellectualization of the user's graphical design, its intuitively understandable non-procedural and approximation of the language of communication with the PC to the professional user language, setting the user interface to the features and needs of a particular user, while his dialogue with the PC, the use of multimedia tools when implementing the user interface, all this and much more must be taken into account.
The process of developing a software product using software development principles and methods is called software evolution. This includes the initial development of the software, maintaining it and updating it until the desired software product is developed that satisfies the expected requirements.