As a provincial-level financial institution comprising rural credit cooperatives and rural commercial banks across Fujian Province with independent corporate entity status, FJRCU has implemented large-scale virtualization technology architecture in its IT infrastructure to enable elastic resource allocation. However, resource delivery remains reliant on manual intervention and allocation processes. The convenience of change procedures has led to insufficient monitoring and planning of business capacity allocation, coupled with significant operational risks and workloads in resource statistics, monitoring, and maintenance. Through Winhong WinCloud cloud management platform integration, FJRCU achieves automated resource management and self-service provisioning, strengthens capacity planning and delivery efficiency, reduces O&M team workload, mitigates operational risks, and ensures compliance-driven business changes supported by data-centric decision-making.

FJRCU has adopted a virtualization architecture for IT resources, achieving comprehensive virtualization of computing and storage resources. However, processes and resource provisioning have not realized automated self-service capabilities:

(1)Resource provisioning still relies on manual methods, failing to reduce workload demands.

(2) In addition to managing physical equipment, O&M departments now must maintain virtualization software platforms, resulting in additional troubleshooting procedures.

(3) The convenience of resource modifications has objectively stimulated a significant increase in change requirements.

(4) Monitoring, capacity planning, performance optimization, and statistical reporting have become more intricate, with report maintenance workloads substantially increasing.

The average cycle from business unit resource requests to environment deployment remains three weeks. This prolonged provisioning timeline has paradoxically increased O&M department workloads, escalated personnel and resource pressures, and heightened operational risks due to more frequent manual operations.

Construct a cloud management platform for virtualizing computing, storage, and other resources, achieving automated resource management and self-service capabilities to enhance provisioning efficiency, reduce O&M department workload pressure, mitigate operational risks, and strengthen resource governance.

Heterogeneous Resource Governance：

Unified management of existing virtual resources, bare-metal resources, and storage resources through a graphical and automated management portal, effectively reducing O&M costs;

Advanced Self-Service Design Philosophy：

Adopting on-demand self-service mechanisms to achieve automated IT resource provisioning alongside standardized resource/authorization/compliance management, ensuring investment protection and facilitating long-term system maintenance/upgrades;

Flexible Scalability：

Modular, component-based, and parameterized system architecture enables effortless modification and expansion. Preconfigured upgrade interfaces allow independent and seamless system evolution, with feature extensions causing negligible impact on overall operational efficiency.