Project background
Under the guidance of the national strategy of "transportation power", Beijing Jiaotong University has built the "fully autonomous controllable cloud Computing System Project" to provide innovative platform capabilities for its teaching and scientific research in the field of rail transit.
Support the adaptation of key research topics of Jiaotong University with domestic hardware and software platforms, and jointly contribute to the independent and controllable construction of national rail transit.
Demand challenge
Some business software and hardware have strong binding.
The existing IT resources of the school are scattered and the utilization rate is low.
Student resource application cannot be managed flexibly, and the management is loose.
Scheme characteristics
Based on UCloudStack, Xinchuang Cloud has built a safe and stable unified digital base for the university scientific research system.
"One cloud multi-core", based on the domestic Feiteng + Haiguang hybrid computing platform, from the chip to the application for a comprehensive domestic adaptation, to ensure complete autonomy and control.
UCloudStack uses three separate architectures of computing, storage and management.
Scheme value
UCloudStack Xinchuang Cloud solves the problem of binding the traditional business system and hardware of Beijing Jiaotong University.
The flexible computing resource delivery capability of the cloud platform helps teachers easily manage students' resource applications, quickly open the experimental environment required by students, and supervise the experimental progress, which greatly improves the utilization rate of IT resources.
Based on the hybrid cloud architecture, combined with the existing infrastructure of the university, to create a unified resource pool, effectively reducing the management and maintenance costs of IT systems.
