High stability, high security, and quick response. Provides a full coverage and unified deployment and hosting of urban rail service applications, dynamic allocation of resources, and unified development, operation and deployment environments; offers platform services including big data and digital twins for various system applications of urban rail transit; and builds remote active-active disaster recovery centers and in-depth network security protection capabilities to facilitate the intelligent development of urban rail lines and networks.
Inspur’s smart urban rail solution is committed to taking advantage of cloud computing, big data, and other new-generation information technologies to foster the digital transformation and upgrade of the urban rail transit system and provide customers with value solutions for building a comprehensive, green, safe, and intelligent urban rail transit system.
The open-source architecture OpenStack is adopted to build a unified ICT infrastructure management and O&M platform, which is heterogeneously compatible with mainstream enterprise clouds and industry clouds and integrated with digital intelligence platform capabilities such as artificial intelligence to support the rapid and stable deployment of various urban rail business systems, including the set-up of the safety production network, enterprise management network, and passenger service network, as well as the support of business management systems such as communication, signaling, financial sharing, passenger travel, and subway business. A digital portal for rail transit will be formed to create a solid digital platform for improving system security and reliability, network production efficiency, comprehensive service level, and social and economic benefits.
Improved operational stability: Remote active-active disaster recovery is applied to meet the three-level classified protection standards and improve the unified security and stability of business systems.
Improved quality and efficiency of the business systems: The unified deployment among all services improves resource utilization by more than 20%, and dynamic resource allocation and millisecond-level demand response capabilities improve the efficiency of service development, testing, and deployment by more than 30%.
Reduced operating costs: The highly integrated infrastructure services, unified resource scheduling and O&M services, and green and low-carbon design concept reduce the operating costs of the entire business system by 50%.