The main economic trend of the current era is digital business transformation and innovative technologies. The most popular are technological solutions aimed at work safety, cost reduction, optimization of production processes logistics and efficient management of production assets. In order to optimize business processes and control the current activities of the enterprise, they are introducing digital automation systems for monitoring and controlling the work of personnel, vehicles, loading equipment on the territory of the enterprise (outside and inside closed workshops), including if conditions do not allow the use of GLONASS/GPS satellite navigation signals. This article discusses an innovative technological solution based on GLONASS/GPS satellite navigation technologies, Bluetooth Low Energy (BLE) technology, end-to-end navigation and Industrial Internet of Things (IoT). Including, an automated monitoring and control system for personnel, vehicles and loading equipment outdoors and indoors using a smartphone or smart watch as personal wearable devices.
Scientific article
S. V. Khadonova, A. V. Ufimtsev and S. S. Dymkova, "Wide application innovative monitoring system with personal smart devices," 2020 Systems of Signal Synchronization, Generating and Processing in Telecommunications (SYNCHROINFO), Svetlogorsk, Russia, 2020, pp. 1-5, doi: 10.1109/SYNCHROINFO49631.2020.9166115.
I. INTRODUCTION
With the emergence of new challenges and requests from consumers of navigation services, the growing demand for digital technologies for connected and unmanned vehicles, navigation and telematics are becoming more than just a set of routine operations or a function for narrowly focused industries. The digitalization of the navigation industry is developing before our eyes. Auto park owners strive to reduce the cost of vehicle ownership, improve the quality of transport services and transport safety, while private car owners want to receive more high-quality services. The trend is connected mobility, navigation and digital technologies in the logistics of people and things, digital transformation of the industry, the development of smart cities and intelligent transport systems (ITS), digital platforms and BigData, the use of drones and unmanned systems, insurance telematics, secure mobility, cybersecurity and blockchain. In the context of the fourth industrial revolution, manufacturing wants to receive more and more data in real time: where are people, how is equipment moving, is there a possibility for an emergency situation [10]. Forbes predicts that the turnover of companies that have switched to Industry 4.0 technologies in 2022 will reach $ 1.5 trillion, and their efficiency will exceed the current level of productivity by more than seven times.
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