Technology

  • About The Distributed Cloud

    From the public cloud to private cloud, hybrid cloud, and multi-cloud, each step can bring certain special futures to users. However, some problems still exist, for example, even a hybrid cloud with edge and multi-cloud cannot solve the problem of interoperability, portability and inconsistency. Today, enterprise businesses are diverse and constantly changing. No single size…


  • 6.4.1 Site Model – Networking

    The SD-WAN, EVPN VXLAN, and OVN can be integrated into a comprehensive solution to implement the complete enterprise networking environment for the Distributed Cloud. The OVN is good at E/W traffic between the computing node, typically through the Geneve tunnel. EVPN VXLAN benefits the Multitenant and Layer 2 and Layer extension features to offer global…


  • 6.3 Site Edge

    The physically independent site edge node(s) exists in the Max, Pro, or Mini type of site in the on-premises case. In the Lite site, the site edge is implemented in the IPU host. Only a single node can be deployed in the site edge location by default. In some special conditions, the site edge can…


  • 6.2 Sites Taxonomy

    In the Distributed Cloud, at the top-level view and from the distribution attribute, it is divided into OneCenter and Sites. In OneCenter, there are one Unified Resource Manager and at least one OneZone instance. OneCenter manages multiple zones by respective OneZone instance, and the sites can be Lite, Mini, Pro, and Max site according to…


  • 5.2 Kubernetes Clusters Manager Components Architecture

    The majority of Kubernetes Clusters Manager software runs on the Kubernetes Clusters Manager Server. Kubernetes Clusters Manager Server includes all the software components used to manage the entire Kubernetes Clusters Manager deployment. Figure 5-15 below illustrates the high-level architecture of Kubernetes Clusters Manager. This figure depicts a Kubernetes Clusters Manager Server installation that manages three…