来自Fraunhofer IISis called MIOTY (no explenation were given about the meaning of the acronym). It is aimed at applications in remote monitoring of large industrial plants, buildings or company premises as well as smart city solutions. MIOTY is a hardware-independent software solution that has been integrated into the ETSI (European Telecommunications Standards Institute) standardization for so-called low throughput networks. The Fraunhofer experts show the licensable MIOTY technology on current hardware components as a monitoring solution in industry
在IIOT的许多领域，对植物和生产过程的可靠状态监测以及预测维护很重要。到目前为止，这还没有解决，尤其是在工厂和户外的复杂环境中。借助Fraunhofer IIS的Mioty技术，该技术基于专利的电报拆分过程，现在可以更改：Mioty可以通过无线电从AGEWAY上的数十万传感器和接待处进行无线电的干扰数据传输。该技术甚至可以回顾性地应用于运营和工业环境，也可以通过其他传感器连续压实。得益于基于软件的技术方法，可以使用各种硬件组件，例如市场上可用的Sub-GHz收发器芯片组。这个低功率广阔区域网络（LPWAN）的节能传输技术可确保长时间的运营时间。
Longevity and interference-free data transmission are of decisive importance in applications in the oil and gas industry. The transmission of sensor data in these large industrial plants must therefore also function reliably in the event of possible interference from other radio systems or from buildings and metal structures, which is not always the case with transmission in conventional mobile radio networks. This is where MIOTY technology from Fraunhofer IIS can provide the solution: In the free 868 MHz frequency band, data is sent directly from the individual end nodes to the central base station in a star topology. Since usually only small amounts
