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The industrial IoT intelligent platform provides one-stop IoT end-to-end products and services, meeting the needs of different customers through two modes: public cloud services and local deployment+cloud services.
By utilizing advanced computer technology, network technology, modern control technology, audio, video, streaming media technology, communication technology, etc., we aim to digitize, intelligentize, and automate various resources of building complexes/structures, comprehensively improving their management level and service standards. Build green, energy-saving and smart buildings based on the Internet of Things and big data analysis.
We assist power companies in building and implementing power communication networks with smart grid characteristics. We have strong research and development capabilities in the field of communication, providing ONT, PTN, MSTP optical communication equipment for ultra-high voltage transmission and long-distance transmission lines, a series of routers and switches for dispatch data networks and comprehensive business data networks, power XPON systems for distribution network automation, electricity information collection, and smart community construction, and can provide supporting fiber optic cables and OSP products as well as a package of solutions.
There are a large number of optical cable lines, power cables, and oil and gas pipelines laid in the industry-specific network, and the environment along the way is complex and changeable, often threatened by external forces, climate, and natural disasters; For the base defense zone, there is even a risk of illegal intrusion. Distributed Optical Fiber Sensing (DOS) systems can be widely used in industries such as power, telecommunications, utilities, and petrochemicals. By combining technologies such as artificial intelligence, pattern recognition, and GIS mapping, we provide differentiated, user-friendly, and multi-dimensional monitoring and early warning solutions to ensure safe production.
According to the deployment characteristics of telecom operators' backbone networks and metropolitan area networks, in order to ensure the reliability of data links, network traffic usually adopts the method of optical replication. Considering the issues of weak light collection, backend data analysis equipment, and collection points not located in the same server room, we have launched a comprehensive network visualization solution that integrates beam splitting amplification, wire transmission, and data preprocessing.