The application belongs to the technical field of
cloud computing organization management, and discloses an organization
management system based on a
cloud computing architecture, which adjusts the
cloud server specification in advance by combining historical data with an organization business load prediction model to avoid
system collapse during peak periods; the master-standby-disaster three available area architecture and multi-specification micro cloud instance meet the high
concurrency and high stability requirements of provincial organizations, are suitable for low-cost and low-
concurrency scenarios of township-level organizations, and avoid the plight of small organizations pulling large carts; compared with traditional systems, the
resource utilization rate is significantly improved, and the stable operation of subsequent business modules is supported, thereby reducing operation and maintenance costs and business interruption risks caused by improper
resource adaptation; through inter-module coordination and linkage, the module data of organization management, learning, organization fees and the like are automatically synchronized, so that when the organization relationship is transferred, learning permission can be opened and a
payment base can be generated without manual repeated input, thereby greatly reducing the operation burden of grassroots organizations.