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In industrial production scenarios, equipment failures, parameter deviations, process abnormalities, etc. often lead to lengthy troubleshooting cycles and increased production losses due to non-real-time data recording and fragmented traceability. The Simmir industrial event traceability system is natively adapted to PROFINET, MODBUS, EtherNet/IP and other protocols, seamlessly connects to all types of industrial equipment (including PLCs, sensors, and actuators of various brands), and builds a global traceability network for production line data. Real-time correlation mapping of full data and high-definition video streams—when equipment parameters trigger abnormal thresholds, the system automatically starts event recording, and key data is embedded in video frames in the form of OSD. Combined with intelligent retrieval algorithms, millisecond-level traceback positioning of the timestamp, associated parameters, and on-site images of any production event can be performed, completely solving the technical pain points of inefficient video retrieval and separation of data and images in traditional traceability. The system provides full-process production event traceability for automobile manufacturing, 3C electronics, new energy and other industries. Through protocol-level equipment docking and deep coupling of data and video, it builds a digital mirror of the production process and supports industrial scenarios such as equipment health diagnosis, process deviation analysis, and fault root cause tracing. It helps enterprises shorten the abnormal processing cycle, reduce production losses, improve process control accuracy, and create a transparent, traceable, and efficient intelligent production closed loop.