Establish regional cascades between cloud platforms, unified identity and resource management
Regional Flexible Access
Support multiple sets of cloud platforms with different architectures for one click access and unified management, and provide a visual regional management interface.
Convenient Resource Management
It supports the management of multiple sets of cloud platform resources by region, provides a unified and visual resource management interface, and can seamlessly switch between regions for resource management.
Unified Identity Authentication
Use one account system to manage multiple sets of cloud platforms with different architectures, and unify identity and access management in multiple regions.
Operating Principle
The multi-region management service uses the standard SAML 2.0 protocol to establish regional cascades of cloud platforms with multiple architectures, and uses a visual interface to manage the resources of each cloud platform by region in a unified manner to achieve unified identity authentication and access control management among multiple regions.
Advantages
Why do we choose to use Easystack Multi-Region Management
Unified Management of Heterogeneous Cloud Platforms
It supports one-click access to Yijiexing cloud platforms of different forms, different architectures, and different versions, and can manage, maintain, and operate the resources of multiple sets of cloud platforms by region.
Flexibility for Regional Needs
Provide a visual area management interface, you can choose multiple cloud platforms to form a multi-area environment for management on demand, support arbitrary dismantling and reorganization, and the operation is convenient and fast.
Secure Connection Across Geographies
It supports the formation of cloud platforms of cross-regional data centers into multiple regions for management, establishment of secure connections, unified identity authentication, and safe and efficient cross-regional access.
Full Stack Cloud Product Compatibility
It supports unified management of full-stack cloud product resources through multiple regions, is compatible with different versions and different functional boundary cloud platforms, and improves the efficiency of operation and maintenance management.
Business Fault Domain Isolation
Adopting the leading technical architecture, it realizes the unified management of multiple regional resources, and the services run independently. After the main area fails, the remaining sub-areas can still operate and manage independently, and can be freely formed into a new multi-area again.
Supports Multi-Level Nesting of Regions
After the cloud platform is connected to the IdP as an SP, it can still be used as an IdP to connect to other SPs, build multi-level areas, realize multi-level nested management of areas, and provide multi-dimensional area resource isolation.
Use cases
Scenarios
Heterogeneous Cloud Platforms In the Same Region Form Multiple Regions
Multiple sets of heterogeneous Easyxing cloud platforms of enterprises in the same region are formed into multiple regions for unified management, operation and maintenance and operation.
Multi-Region Heterogeneous Cloud Platform to Form Multi-Region
The enterprise’s multiple sets of heterogeneous Easyxing cloud platforms in multiple regions are formed into multiple regions for unified management, operation and maintenance and operation.
Unified Management of Cloud Infrastructure and Cloud Native Infrastructure Resources
If an enterprise has both cloud infrastructure and cloud-native business requirements, the ECF and ECNF solutions of Easyxing can meet the requirements respectively. And can use multi-region management to form ECF and ECNF into multi-region for unified resource management.
Application Cluster Deployment Across Data Centers
Multi-region management can provide strong support for the high availability of enterprise application clusters. After multiple sets of cloud platforms are organized into multiple regions, application clusters can be deployed in different regions to achieve cross-region high availability and physical isolation of fault domains.