Carbon Fiber Modular Mobile Command Post System

Applicable to high-end command and control environments, typically deployed in government agencies, security departments, traffic regulation authorities, command and dispatch centers, and military information command centers.

Applicable to mobile command posts and emergency command sites. Utilizing a rapid-deployment enclosure as the carrier, the system can be swiftly transported to incident locations during emergencies, enabling fast and flexible on-site command network setup. It provides a robust communication assurance foundation for disaster relief, emergency rescue, field training, and mobile command operations.

Information systems for cross-regional command and collaboration in field, emergency, and mobile scenarios, such as command, meetings, monitoring, medical, rescue, and surveillance operations.

Suitable for small-scale power resource allocation scenarios, such as small fixed base stations, mobile command posts, emergency command sites, temporary command centers at disaster sites, field rescue operations, and emergency support for large-scale events.

This system consists of a high-performance access switch, AI computing servers (Type I/II), and a disk storage system, providing comprehensive computing and storage solutions for research institutions, AI enterprises, cloud platforms, and high-performance computing centers. The system features a modular design, delivering exceptional computing power, high-speed network interconnects, massive storage capacity, and high reliability. It is suitable for diverse applications, including artificial intelligence, big data analytics, cloud computing, scientific computation, and industrial IoT.

This network and security device system includes optical transmission equipment, gigabit network routers, gigabit firewalls, and gigabit network switches (Type I/II), providing high-performance, high-reliability, and comprehensive network security solutions for enterprise data centers, cloud computing platforms, research institutions, and large campus networks. The system features a highly modular design, supporting multi-service and multi-protocol unified access, with capabilities for high-speed transmission, intelligent routing, data protection, and flexible expansion. It is suitable for large-scale network deployment and complex business requirements.