Major Equipment Transportation and Delivery Safety Management and Control SystemThe Transportation and Delivery Security Service Platform is supported by big data, uses transportation and delivery models as core components, operates with edge-cloud collaboration, and displays with multi-dimensional visualization. It achieves full-process, multi-dimensional, visual, and intelligent safety control for critical transportation and delivery links, conducting real-time monitoring of goods and vehicles during transportation and delivery, promptly identifying or predicting potential hidden damages and transportation/delivery accidents to goods and vehicles, and simultaneously addressing potential dangers during vehicle operation.

Forest Fire Scene Situation Awareness and Command and Rescue Assisted Decision-making PlatformThis platform integrates multiple data sources such as satellite remote sensing, UAV inspection, ground sensor networks, and video surveillance to achieve real-time monitoring and rapid response to forest fire sites. Combining big data analysis, cloud computing, and artificial intelligence technologies, the platform can automatically identify fire risk areas, predict fire spread trends, assess the scope of disaster impact, and provide scientific rescue plans and decision-making basis for command personnel.

Geological Disaster Monitoring and Rescue Command PlatformThis platform is an intelligent rescue decision-making system designed for geological disasters such as landslides, debris flows, collapses, and ground subsidence, integrating real-time monitoring, data analysis, and visual command functions, aiming to improve disaster response efficiency and minimize casualties and property losses.

Dedicated Power Supply Health Management SystemBy real-time monitoring and tracking the operating status of typical equipment, establishing a multi-dimensional database for typical faults, and constructing a visualized health management platform based on digital twin technology, the platform aims to achieve diagnostic evaluation of equipment health status and predictive assessment of component lifespan, thereby assisting the efficient, healthy, and safe operation of equipment and enhancing the overall equipment safety operation assurance capability.

IMT-H100The IMT-H100 impact recorder is a high-precision vibration monitoring device specifically designed for in-vehicle environments, dedicated to providing comprehensive and real-time monitoring and recording of vibration status during vehicle operation.

IMT-H200The IMT-H200 shock recorder is a high-precision vibration monitoring device specifically designed for in-vehicle environments. It records device location and speed information. It is dedicated to providing comprehensive and real-time monitoring and recording of vibration status during vehicle operation.

IMT-H300The IMT-H300 shock recorder is a high-precision vibration monitoring device specifically designed for in-vehicle environments. It includes device location recording and speed recording information. It features an over-threshold alarm and vibration data waveform storage function. Equipped with a solar charging interface, it ensures ample power for extended device endurance. It is dedicated to providing comprehensive, real-time monitoring and recording of vibration status during vehicle operation.

IMT-H400The IMT-H400 impact recorder is a high-precision vibration monitoring device specifically designed for in-vehicle environments. It is equipped with a 4G module, supports connection to a cloud platform, and uploads alarm data. It includes device location recording information and speed recording information. It has a function for storing vibration data waveforms for over-threshold alarms. It comes with a solar charging interface, providing sufficient power for long-term device operation. It is dedicated to providing comprehensive, real-time monitoring and recording of vibration status during vehicle operation.

IMT-H500The IMT-H500 data logger is a high-precision vibration monitoring device specifically designed for in-vehicle environments. It features a 7-inch LCD screen with touch functionality. Equipped with a 4G module, it supports connection to a cloud platform for uploading alarm data. It records device location and speed information. It includes a feature for storing vibration data waveforms for over-threshold alarms. It has a solar charging interface, ensuring ample power for long device endurance. It is dedicated to providing comprehensive and real-time monitoring and recording of vibration status during vehicle operation.

Forest fire surface sensorIn the critical area of forest fire prevention, surface fire monitoring sensors play a crucial role, serving as a frontline defense for forest safety. This sensor integrates various advanced functions, providing strong support for the timely detection and prevention of forest fires.

Non-line-of-sight microwave base stationNon-line-of-sight microwave communication products can achieve a net rate of 1000Mbps, with a maximum range of over 150 kilometers. Equipped with integrated antennas covering a wider frequency range, it also offers external models that can connect to third-party antennas, coupled with improved transmit power and receiver sensitivity, this product family will perfectly integrate into a wide range of applications such as backbone transmission in the telecom market, education, oil and gas, smart cities, video surveillance, and public safety. Specifically designed to meet the practical needs of most customers, the most complex projects, and the most challenging environments.

IMT-WG100 Network Communication GatewayIMT-WG100 Network Communication Gateway is a highly reliable communication device designed for complex environments such as disaster relief, emergency command, and field operations. It can ensure data interoperability among multiple systems and protocols under extreme conditions (e.g., network outage, power outage, severe weather), ensuring real-time information exchange between the rescue command center, on-site personnel, and various monitoring equipment, and improving emergency response efficiency.

Power supply for a certain type of auxiliary machineComposed of engine assembly, generator and its controller system, support frame device, cooling system, and related system components.

A certain type of diesel generator setThe diesel generator set is composed of an engine assembly, generator and its controller system, support frame device, cooling system, and related system components. The engine uses a two-cylinder in-line turbocharged electronically controlled diesel engine as the power source, and the engine flywheel directly couples with the generator rotor for rotational operation. The two independent windings of the generator respectively produce AC/DC power with corresponding rated voltage and power, output after rectification and filtering by the generator controller, to meet specific auxiliary power requirements.

UnderwaterThis system, based on Internet of Things (IoT), Beidou/GPS positioning, big data analysis, and AI intelligent early warning technology, builds a "device-edge-cloud" collaborative transport safety control platform.

Water surfaceAchieved by real-time distributed multi-dimensional multi-channel sensing for easy installation and removal, the monitoring content achievable by the system includes: key sensing data such as temperature and humidity, vibration, stress and strain, deflection and displacement; full traceability is achieved using digital twin technology.

LandThis system is based on Internet of Things (IoT), BeiDou/GPS positioning, big data analysis, and AI intelligent early warning technology, building an "edge-end-cloud" collaborative transportation safety management and control platform to achieve

RailwayAchieved by real-time distributed multi-dimensional multi-channel sensing for easy installation and removal, the monitoring content achievable by the system includes: key sensing data such as temperature and humidity, vibration, stress and strain, deflection and displacement; full traceability is achieved using digital twin technology.

AerospaceAchieved by real-time distributed multi-dimensional multi-channel sensing for easy installation and removal, the monitoring content achievable by the system includes: key sensing data such as temperature and humidity, vibration, stress and strain, deflection and displacement; full traceability is achieved using digital twin technology.

Multimodal Transport Safety Monitoring and Control SystemThe Multimodal Transport Safety Monitoring and Management System is an intelligent solution based on Internet of Things (IoT), Big Data, and Artificial Intelligence (AI) technologies. It achieves full-process visualization of goods across various transportation modes such as road, rail, and water, real-time risk early warning, and emergency coordinated response. The system, through distributed sensor networks, edge computing, and cloud collaboration, solves problems in multimodal transport related to connection breakpoints, supervision blind spots, and efficiency bottlenecks.

Forest Fire Monitoring and Rescue Command PlatformWith the impact of global climate change and human activities, the frequency and destructiveness of forest fires are increasing year by year. To enhance forest fire prevention and control capabilities, achieve rapid response and scientific rescue, there is a need to build a comprehensive platform integrating real-time monitoring, intelligent early warning, resource scheduling, and command decision-making.

Geological Disaster Monitoring and Rescue Command PlatformUtilizing various professional equipment such as displacement sensors, rain gauges, and video surveillance, based on remote sensing technology (RS), Geographic Information System (GIS), and geological disaster monitoring technology, geological disaster bodies like landslides, debris flows, collapses, and land subsidence are monitored. Through relevant analysis and processing of information on deformation factors, related factors, and inducing factors, the stable state and changing trends of the disaster bodies are assessed, thereby preventing the occurrence of geological disasters and reducing losses of life and property.

Power Transformer PHM 3D Visualization Monitoring SystemThe Power Transformer Fault Prediction and Health Management (PHM) 3D Visualization System mainly consists of a 3D visualization display module, a video and sensor acquisition module, a data analysis and status evaluation module, and a fault prediction and health management module. It comprehensively analyzes data such as daily equipment operation information, equipment maintenance information, and equipment control information, provides a comprehensive evaluation of power transformer equipment, and offers decision-making maintenance suggestions to users.

Power Transformer Temperature Field Monitoring and Flame Detection SystemThe system is mainly composed of a front-end infrared dual-light camera, temperature and flame detection software. For equipment detected by the camera, 24-hour infrared temperature field detection is performed. When an abnormality occurs, based on the actual measured temperature values on site, maintenance level suggestions are provided; for example, if there is a significant temperature jump, a power outage inspection is prompted. In case of fire, the fire situation is automatically reported, and the progress of on-site disposal is displayed in real-time through 3D panoramic and live video, guiding safe and orderly on-site fire emergency response; achieving monitoring and perception of fire hazards in converter stations.

Intelligent Inspection System for Converter Station (Substation)The communication method of the intelligent inspection system platform adopts fiber optic communication. Image information, vibration information, sound information, temperature information, and other data collected by the front-end are transmitted to the server. A monitoring platform with intelligent recognition and analysis functions is deployed on the server side, which can provide real-time video information, noise information, and temperature information for critical areas to O&M personnel, and provide early warning functions and intelligent decision-making services.

Equipment Vibration Detection and Modal Analysis SystemWith the development of industrial equipment towards high-end and intelligent levels, vibration problems have become a core bottleneck restricting equipment reliability and lifespan. Traditional vibration detection systems generally suffer from issues such as insufficient accuracy, poor flexibility, and reliance on imported technology, making it difficult to achieve early fault warning and vibration source localization, especially under complex working conditions.

Pump equipment fault diagnosis systemThe ship engine room transmission mechanism refers to the system in a ship used for transmitting power and bearing loads, primarily consisting of components such as thrust bearings, intermediate bearings, and propeller shafts.

Fault Injection Detection DeviceThis system is controlled based on PXI controllers and signal generator boards, equipped with corresponding input devices, display devices, and panel signal quick-plug terminals, providing accurate and convenient system solutions. The main cabinet is connected to the device under test via cables, and after configuring the parameters of a specified fault through the operation panel, fault triggering is performed, along with control commands.

Vibration Damping Component Detection DeviceThe vibration damping component installation status monitoring device is an innovative monitoring system that integrates high-precision sensing, real-time data acquisition, and intelligent analysis. It is specifically designed for optimizing the installation status and health management of industrial equipment's vibration damping components (such as dampers, damping connections, and elastic hangers). Through non-contact laser measurement and multi-dimensional data analysis, this device can accurately monitor the deformation and displacement of vibration damping components, helping users achieve stable equipment operation, extend service life, and reduce maintenance costs.

Dedicated Power Supply Health Management SystemIn the military industry, the reliability of power supply equipment directly affects national security and mission success. Facing the potential risks of externally purchased and assembled power supplies, a dedicated power supply health management system has emerged. Relying on IoT sensing and digital twin technology, this system achieves full lifecycle health management of power supply equipment, with precise monitoring, intelligent early warning, and efficient maintenance as its core, providing a solid guarantee for the stable operation of military power supplies.

Test Site Spatiotemporal Signal Acquisition, Transmission, and Visualization SystemThe test field vehicle spatiotemporal signal acquisition, transmission, and visualization project is a comprehensive intelligent management platform designed for military equipment test fields, deeply integrating 3D geographic information, digital twin, artificial intelligence, and big data technologies to achieve comprehensive real-time monitoring, in-depth data analysis, and visual display of test vehicles. The platform, through high-precision sensors, video surveillance, and intelligent algorithms, builds a digital mirror of the physical test field, providing precise technical support for equipment testing, training optimization, and decision-making, driving the comprehensive upgrade of test field management towards digitization and intelligence.

Intelligent safety monitoring and multi-dimensional visual early warning management for axle vehiclesTo thoroughly implement General Secretary Xi Jinping's important discourse on production safety, strictly implement the Group and Logistics Supply Chain Headquarters' deployment for production safety work in 2024, and accelerate the application of digital and intelligent safety technologies. Based on the characteristics of engineering logistics production activities, strictly implement control over major hazard sources and address objective needs such as monitoring stress deformation of hydraulic axle vehicle main beams, monitoring tilt angles, identifying potential risks, and conducting safety inspections.

Distributed Monitoring and Multidimensional Visualization System for Railway Special VehiclesThrough distributed sensor networks, edge computing, and cloud-edge collaborative processing technologies, real-time collection, fusion, and analysis of multi-source heterogeneous data are achieved, and multi-dimensional dynamic visualization technologies (such as 3D modeling, spatiotemporal situation mapping, interactive dashboards, etc.) are utilized to intuitively present vehicle status, test environment, and historical trends.