Smart Gateway and Data Integration Solutions
for IoT Edge Computing Platforms in the Age of Industry 4.0
Business introduction
In order to complete the latest ICT technology services, it is essential to quickly transmit and process huge amounts of data, and technologies that can interface and process large amounts of data from various sensor data, support smooth communication between different networks, and interface technologies for data integration with smart gateways that can interface with legacy sensor data and respond to network security and safety issues.
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The need for technologyIn the Age of Industrial 4.0, technologies such as big data, AI, and deep learning, which are applied to new service models, require a large amount of data to be processed in real time, further emphasizing the need for edge computing platform technology. In the Age of Industrial 4.0, technologies such as big data, AI, and deep learning, which are applied to new service models, require a large amount of data to be processed in real time, further emphasizing the need for edge computing platform technology.
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Applications of the technologyInterfaces with large volumes of various sensor data, supports seamless communication between heterogeneous networks with different technologies and capabilities, interfaces with legacy sensor data, and addresses security and safety issues. It processes large amounts of real-time data at the edge even when internet connectivity is uneven, and integrates data from autonomous ships that need to be connected to a central center for over-the-air (OTA) updating, and is applied to smart factory applications, disaster and safety applications at industrial sites, and connected cars (autonomous vehicles).
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Overview of technologyA technology that provides data from IoT sensors at the lowest level in the form of modules that can be connected without cables, such as Lego blocks, to expand various interfaces such as DI/O, serial communication, CAN communication, wired and wireless Ethernet as needed, and processes and routes large amounts of data in real time, and transmits reliable data to higher layers. Smart gateways that can collect data on a standardized and structured platform instead of individually acquiring data from various sensors or systems through unique communication methods and languages, and standard network configuration technology that can work with existing legacy systems, sensors, etc. to integrate data with higher-level systems. To realize the above technology, we developed the adaptor part together so that a unified hardware platform can be equipped with the standard protocol of the appropriate network according to the application field, so that it can be easily applied to any field by replacing only the adaptor part without changing the entire system, and develop a technology that can secure scalability.
