The design is based on the principle of universality and wide availability. We assume that the reader we created will allow reading any water meter. Wares is a reading associated with Narrowband (hereinafter: NB-IoT) and artificial neural networks. The product dedicated to telecommunications network providers in Poland and Singapore will use the NB-IoT network for data transfer. The main assumption is a universal reading, enabling the analysis of data from each water meter. Users in the mobile application will be able to analyze their water consumption. This is key information for both the business segment and individuals due to aspects related to sustainable development, environmental protection, expenditure, as well as the possibility of diagnosing defects. The main elements of the system will be optical readers, a management platform using artificial intelligence and NB-IoT communication....
The design is based on the principle of universality and wide availability. We assume that the reader we created will allow reading any water meter. Wares is a reading associated with Narrowband (hereinafter: NB-IoT) and artificial neural networks. The product dedicated to telecommunications network providers in Poland and Singapore will use the NB-IoT network for data transfer. The main assumption is a universal reading, enabling the analysis of data from each water meter. Users in the mobile application will be able to analyze their water consumption. This is key information for both the business segment and individuals due to aspects related to sustainable development, environmental protection, expenditure, as well as the possibility of diagnosing defects. The main elements of the system will be optical readers, a management platform using artificial intelligence and NB-IoT communication.
More information